CN103192451A - Composite insulation board production line and machining process of insulation board - Google Patents
Composite insulation board production line and machining process of insulation board Download PDFInfo
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- CN103192451A CN103192451A CN 201310146969 CN201310146969A CN103192451A CN 103192451 A CN103192451 A CN 103192451A CN 201310146969 CN201310146969 CN 201310146969 CN 201310146969 A CN201310146969 A CN 201310146969A CN 103192451 A CN103192451 A CN 103192451A
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Abstract
The invention relates to a composite insulation board production line and a machining process of an insulation board. The composite insulation board production line comprises a one-to-three material preparing system, a forming system, a transferring system, a cutting system and a plate loading system, wherein the one-to-three material preparing system comprises a raw material bin, a one-way double-outlet spiral lifting conveyor, a two-way spiral horizontal conveyor, a measuring bin I, a measuring bin II, a lower-layer pulp material preparing device, a thermal insulation material preparing device and an upper-layer pulp material preparing device, and the forming system is installed above the transferring system through a frame type workbench and comprises a lower-layer grid cloth laying device, a lower-layer pulp material feeding device, a thermal insulation mixture feeding device, an upper-layer grid cloth laying device, a rolling device and an upper-layer pulp material feeding device which are sequentially arranged. The composite insulation board production line in the invention essentially consists of five systems, namely the material preparing system, the forming system, the cutting system, the transferring system and the plate loading system, is high in degree of automation, compact and reasonable in layout, and improves the production efficiency.
Description
Technical field
The present invention relates to and the building machinery technical field, relate in particular to a kind of complex heat-preservation board assembly line.
Background technology
Under the main trend of current energy-saving and emission-reduction, building energy conservation requires to stand in the breach, and various types of composite thermal-insulating walls are expediting the emergence of the appearance of the energy saving building material of heat insulation, insulation accordingly, and composite insulation boards is exactly a class wherein.The typical structure of composite insulation boards is " sandwich " formula, be to be incubated compound, upper and lower surface grid coverage cloth and to smear slurry in the middle of it, process through operations such as roll extrusion, maintenance, cuttings, it is a kind of new A level fire-proof composite heat preservation board material, be mainly used in external wall outer insulation, have insulation, fire-retardant fireproof, steady quality, be convenient to characteristics such as construction, can replace the benzene plate that has been limited the use of, still be the upgraded product of the present foam cement plate that is using simultaneously, its market prospects are very wide.
State Intellectual Property Office is CN100586686C in the notification number of bulletin on February 3rd, 2010, name is called the patent of " composite heat-insulating wall plate, external wall outer insulation board assembly line ", it is the continuous polyphenylene heat insulation slab of putting on the streamline that belt is carried, by blanking anticracking cement mortar, shop multiple tracks glass fiber grid cloth is strengthened, through severing after the multiple tracks roll extrusion, maintenance is solidified and is made warming plate or ash wall body plate.Yet this patent is merely able to the warming plate of production and processing individual layer coverage rate, can not adapt to now the processing request of coverage rate and middle heat-insulation layer up and down.
Summary of the invention
The present invention is directed to above problem, a kind of compact in design, rational in infrastructure is provided, effectively the technology of the complex heat-preservation board assembly line of improve production efficiency and product quality and processing warming plate thereof.
Technical scheme of the present invention is: comprise one minute three system that gets the raw materials ready, formation system, movement system, diced system and dress plate system;
Described one minute three systems of getting the raw materials ready comprise that former feed bin, unidirectional two outlet spirals promote conveyer, bidirectional screw horizontal conveyer, measuring chute one, measuring chute two, lower floor's slurry feed preparing device, insulation material feed preparing device and upper strata slurry feed preparing device;
Described unidirectional two outlet spirals promote conveyer and have discharging port A and discharging opening B, and described bidirectional screw horizontal conveyer has discharging opening C and discharging opening D, and the discharging opening of described former feed bin is communicated with the charging aperture that described unidirectional two outlet spirals promote conveyer,
Described lower floor slurry feed preparing device comprises lower floor's slurry mixer, and described discharging opening C is communicated with described lower floor slurry mixer;
Described upper strata slurry feed preparing device comprises upper strata slurry mixer, and described discharging opening D is communicated with described upper strata slurry mixer;
Described insulation material feed preparing device comprises heat preservation slurry mixer, insulation compound mixer, super-light aggregate storage bin and super-light aggregate metering device, described heat preservation slurry mixer is communicated with described insulation compound mixer, described heat preservation slurry mixer is located at the top of described insulation compound mixer, and described super-light aggregate storage bin is communicated with described insulation compound mixer by the super-light aggregate metering device;
The charging aperture of described measuring chute one is communicated with described discharging port A, and the discharging opening of described measuring chute one connects the charging aperture of described bidirectional screw horizontal conveyer, and described measuring chute two is located between described discharging opening B and the described heat preservation slurry mixer;
Described formation system is arranged on the top of described movement system by a frame-type workbench, and described formation system comprises lower floor's grid cloth installation aiding device, lower floor's slurry feeding device, insulation compound feeding device, upper strata grid cloth installation aiding device, rolling device and the upper strata slurry feeding device that sets gradually;
Described lower floor slurry feeding device is located at the below of described lower floor slurry mixer;
Described upper strata slurry feeding device is located at the below of described upper strata slurry mixer;
Described insulation compound feeding device is located at the below of described insulation compound mixer;
Described movement system comprises base, supporting plate and conveyer, and described conveyer is located on the base, and described supporting plate is placed on the described conveyer;
Described diced system is located between described upper strata slurry feeding device and the dress plate system,
Described dress plate system is located at the rear end of described conveyer.
Described super-light aggregate metering device is located on the described workbench, described super-light aggregate metering device comprises frame, belt feeder and blower fan, described super-light aggregate storage bin is located on the described belt feeder, described blower fan is communicated with described super-light aggregate storage bin, the discharging opening of described super-light aggregate storage bin is communicated with the charging aperture of described belt feeder, and the discharging opening of described belt feeder is communicated with described insulation compound mixer.
Be provided with the insulation material lying device between described insulation compound feeding device and the upper strata grid cloth installation aiding device, described insulation material lying device involving vibrations motor, spring and guide plate, described guide plate bottom is circular arc towards described insulation compound feeding device, and described guide plate connects described vibrating motor by spring.
Be provided with rolling device between described insulation lying device and the upper strata grid cloth installation aiding device.
The technology of the processing warming plate of complex heat-preservation board assembly line is among the present invention:
1), reinforced, raw material is added in the former feed bin;
2), the metering sub-material, with former feed bin Central Plains material discharging port A and the discharging opening B and through measuring chute one and measuring chute two by unidirectional two outlet spirals lifting conveyers, be delivered to bidirectional screw horizontal conveyer and heat preservation slurry mixer respectively; Discharging opening C and discharging opening D through the bidirectional screw horizontal conveyer is delivered to lower floor's slurry mixer and upper strata slurry mixer respectively again;
3), bottom arrange net, cloth, supporting plate is transported to the below of lower floor's grid cloth installation aiding device and lower floor's slurry feeding device, supporting plate elder generation lay grid cloth, raw material in the measuring chute one is after lower floor slurry mixer stirs then, transports in lower floor's slurry feeding device the grid cloth on the supporting plate is added lower floor's slurry;
4), the insulation compound is reinforced, supporting plate is delivered to the below of insulation compound feeding device, the raw material in the measuring chute two stirs for the first time through the heat preservation slurry mixer; Unload then to insulation compound mixer, super-light aggregate in the super-light aggregate storage bin unloads to described insulation compound mixer by the super-light aggregate metering device simultaneously, carrying out the second time stirs, after the stirring, unload to insulation compound feeding device, be positioned at lay insulation compound on the grid cloth that supporting plate adds lower floor's slurry;
5), insulation material vibration paves, behind the lay insulation compound, pave evenly by the insulation material lying device;
6), roll extrusion, a upper strata arrange net, secondary rolled, cloth, the supporting plate of the intact insulation of lay compound is delivered to the below of rolling device, upper strata grid cloth installation aiding device, carry out a roll extrusion, lay grid cloth, secondary rolled, be delivered to slurry feeding device below, upper strata then, raw material in the measuring chute one is transported in the slurry feeding device of upper strata the grid cloth on the supporting plate is added the upper strata slurry after upper strata slurry mixer stirs;
7), cutting, the upper strata slurry is reinforced to finish, and is delivered to cutting work station and cuts off at the adjacent bottom plates seam crossing and cut apart;
8), the dress plate, finish.
Complex heat-preservation board assembly line among the present invention mainly by get the raw materials ready, moulding, cutting, transhipment and five systems of dress plate form.
In the system of getting the raw materials ready, get the raw materials ready and be divided into two parts, the one, for the preparation of the insulation compound in warming plate intermediate layer, the 2nd, for the preparation of the bilevel rubber cement fabric of warming plate, the stirring that wherein is incubated compound divides two stages to carry out the secondary stirring, make slurry be rolled in the super-light aggregate surface uniformly, the ultralight material can evenly distribute in slurry to greatest extent; Can obtain intensity and density warming plate more uniformly like this.In batching, adopt unidirectional two outlet spiral to promote the meausring apparatus of conveyer and bidirectional screw horizontal conveyer simultaneously, saved equipment cost and space, place; And in the prior art, generally need three groups of systems that independently get the raw materials ready, this problem of bringing is: former feed bin just needs three groups, and the rubber cement fabric only needs very a spot of raw material at every turn, causes the raw material in the former feed bin of its correspondence can't use up for a long time, run into humid air after, raw material is rotten, sclerosis causes blanking not smooth, improved the difficulty of cleaning, serious may scrap, and produces waste greatly.
In formation system, forming process is carried out stage by stage, by shop lower floor grid cloth, add lower floor's rubber cement material, shop and press insulation compound, a roll extrusion, spread a layer grid cloth, secondary rolled, add operations such as upper strata rubber cement material, cut-out and combine,
Wherein having increased insulation material between insulation compound feeding device and upper strata grid cloth laying rolling device paves and the roll extrusion two procedures, the insulation compound that feasible vibration by the circularoscillations guide plate will be heaped-up evenly paves into the height a little more than designing requirement, form densification by a roll extrusion then, the heat-insulation layer of uniform thickness is (after adding the graininess super-light aggregate of 3-4mm size in the heat-insulation layer material, because super-light aggregate has elasticity, mobile poor in slurry, make that heat-insulation layer is difficult to be shaped), simultaneously in order to prevent that the local bounce-back of the heat-insulation layer after the roll extrusion from excessively causing height dimension overproof, guarantee the height of heat-insulation layer again by secondary rolled, finish the composite molding of warming plate;
In view of super-light aggregate is difficult to obtain weight data, in the metering of super-light aggregate, adopt the method for " flow " metering, realize the metering of super-light aggregates such as granular polystyrene or glass bead by the super-light aggregate metering device, satisfy the production and processing requirement;
Automaticity height of the present invention, compact in design is reasonable, has improved production efficiency.
Description of drawings
Fig. 1 is structural representation of the present invention,
Fig. 2 be among Fig. 1 A to structural representation,
Fig. 3 is the structural representation of the system that gets the raw materials ready among the present invention,
Fig. 4 be among Fig. 3 B to structural representation,
Fig. 5 is the structural representation of metering device among the present invention,
Fig. 6 is the left view of Fig. 5,
Fig. 7 is the structural representation of insulation material lying device among the present invention,
Fig. 8 is the partial enlarged drawing at I place among Fig. 7,
Fig. 9 is the fundamental diagram of Fig. 8,
Figure 10 is process chart of the present invention;
1 is the system of getting the raw materials ready among the figure, the 11st, and former feed bin, the 121st, unidirectional two outlet spirals promote conveyer, and the 1211st, discharging port A, the 1212nd, discharging opening B,
The 122nd, the bidirectional screw horizontal conveyer, the 1220th, charging aperture, the 1221st, discharging opening C, the 1222nd, discharging opening D,
The 131st, measuring chute one, 132nd, measuring chute two;
The 2nd, formation system, the 20th, workbench, the 21st, lower floor's slurry feed preparing device, the 211st, lower floor's slurry mixer, the 212nd, lower floor's slurry feeding device, the 213rd, lower floor's grid cloth installation aiding device,
The 22nd, the insulation material feed preparing device, the 221st, insulation compound mixer, the 222nd, insulation compound feeding device, the 223rd, the super-light aggregate storage bin, the 224th, the heat preservation slurry mixer,
The 23rd, upper strata grid cloth installation aiding device,
The 24th, upper strata slurry feed preparing device, the 241st, upper strata slurry mixer, the 242nd, upper strata slurry feeding device;
The 3rd, diced system, the 30th, cut off station;
The 4th, movement system, the 41st, base, the 42nd, conveyer, the 421st, advance the plate conveyer, the 422nd, ejecting plate conveyer, the 43rd, supporting plate, the 431st, lower floor's grid cloth, the 432nd, lower floor's slurry, the 4331st, heat-insulation layer to be spread out, the 4332nd, heat-insulation layer;
The 5th, dress plate system,
The 6th, super-light aggregate metering device, the 61st, frame, the 62nd, belt feeder, the 620th, discharging opening, the 63rd, container;
The 7th, rolling device one,
The 8th, insulation material lying device, the 81st, vibrating motor, the 82nd, spring, the 83rd, guide plate;
The 9th, rolling device two.
The specific embodiment
The present invention comprises one minute three system 1 that gets the raw materials ready, formation system 2, movement system 4, diced system 3 and dress plate system 5 shown in Fig. 1-10;
Described one minute three system 1 that gets the raw materials ready comprises that former feed bin 11, unidirectional two outlet spirals promote conveyer 121, bidirectional screw horizontal conveyer 122, measuring chute 1, measuring chute 2 132, lower floor's slurry feed preparing device 21, insulation material feed preparing device 22 and upper strata slurry feed preparing device 24;
Described unidirectional two outlet spirals promote conveyer 121 and have discharging port A 1211 and discharging opening B1212, in the practical application, can control in discharging port A 1211 and discharging opening B1212 installation butterfly valve, described bidirectional screw horizontal conveyer 122 has discharging opening C1221 and discharging opening D1222, the discharging opening of described former feed bin 11 is communicated with the charging aperture that described unidirectional two outlet spirals promote conveyer 121
Described lower floor slurry feed preparing device 21 comprises lower floor's slurry mixer 211, and described discharging opening C1221 is communicated with described lower floor slurry mixer 211;
Described upper strata slurry feed preparing device 24 comprises upper strata slurry mixer 241, and described discharging opening D1222 is communicated with described upper strata slurry mixer 241;
Described insulation material feed preparing device 22 comprises heat preservation slurry mixer 224, insulation compound mixer 221, super-light aggregate storage bin 223 and super-light aggregate metering device 6, described heat preservation slurry mixer 224 is communicated with described insulation compound mixer 221, described heat preservation slurry mixer 224 is located at the top of described insulation compound mixer 221, described super-light aggregate storage bin 223 is communicated with described insulation compound mixer 221 by super-light aggregate metering device 6, realize that secondary stirs in the work of insulation compound, the material that will measure (except super-light aggregate) drops in certain sequence in the heat preservation slurry mixer 224 and stirs (once stirring) earlier, open heat preservation slurry after mixing thoroughly and stir gate, the slurry of mixing is put in the insulation compound mixer 221, simultaneously super-light aggregate is quantitatively rendered in the insulation compound mixer 221, fed intake while stirring until stir (secondary stirring).
The charging aperture of described measuring chute 1 is communicated with described discharging port A 1211, the discharging opening of described measuring chute 1 connects the charging aperture 1220 of described bidirectional screw horizontal conveyer 122, and described measuring chute 2 132 is located between described discharging opening B1212 and the described heat preservation slurry mixer 224;
Described formation system is arranged on the top of described movement system 4 by a frame-type workbench 20, and described formation system 2 comprises lower floor's grid cloth installation aiding device 213, lower floor's slurry feeding device 212, insulation compound feeding device 222, upper strata grid cloth installation aiding device 23, rolling device (being rolling device 1) and the upper strata slurry feeding device 242 that sets gradually;
Described lower floor slurry feeding device 212 is located at the below of described lower floor slurry mixer 211;
Described upper strata slurry feeding device 242 is located at the below of described upper strata slurry mixer 241;
Described insulation compound feeding device 222 is located at the below of described insulation compound mixer 221;
Described movement system 4 comprises base 41, supporting plate 43 and conveyer 42, and described conveyer 42 is located on the base 41, and described supporting plate 43 is placed on the described conveyer 42; Conveyer 42 comprises into plate conveyer 421 and ejecting plate conveyer 422, and supporting plate 43 is placed on earlier on the plate conveyer 421, successively through arranging net, operations such as lower layer mix feeding, heat-insulation layer, the roll extrusion of arranging net, upper strata cloth, to ejecting plate conveyer 422, adorn plate at last.
Described diced system 3 is located between described upper strata slurry feeding device 242 and the dress plate system 5, in diced system, adopts the circular saw cutting, the independent setting, and the cut-out station 30 among Fig. 2 is realized cutting.
Described dress plate system 5 is located at the rear end of described conveyer (being ejecting plate conveyer 422).
Shown in Fig. 5-6, described super-light aggregate metering device 6 is located on the described workbench 20, described super-light aggregate metering device 6 comprises frame 61, belt feeder 62 and blower fan, described super-light aggregate storage bin 223 is located on the described belt feeder 62, described blower fan is communicated with described super-light aggregate storage bin 223, the discharging opening of described super-light aggregate storage bin 223 is communicated with the charging aperture of described belt feeder 62, and the discharging opening 620 of described belt feeder 62 is communicated with described insulation compound mixer 221.
Super-light aggregate such as granular polystyrene or glass bead is the material of main part of insulation, takes the mode of " flow " metering more suitable to super-light aggregate.Super-light aggregate is blown into by blower fan in the transparent sealing container 63 that is contained in belt feeder 62 tops, and belt feeder discharging opening 620 width and height (can regulate) are certain value, obtains the super-light aggregate of certain volume then by the rotation number of turns of control belt feeder 62.If mix the super-light aggregate of two kinds of different cultivars or different size simultaneously, the transparent sealing container can be separated into two little storehouses according to a certain volume along the belt throughput direction, so just can add the super-light aggregate of two kinds of different volumes, different size simultaneously.
Shown in Fig. 7-9, be provided with insulation material lying device 8 between described insulation compound feeding device 222 and the upper strata grid cloth installation aiding device 23, described insulation material lying device 8 involving vibrations motors 81, spring 82 and guide plate 83, described guide plate 83 bottoms are circular arc towards described insulation compound feeding device 222, and described guide plate 83 connects described vibrating motor 81 by spring 82.
Be provided with rolling device (being rolling device 2 9) between described insulation lying device 8 and the upper strata grid cloth installation aiding device 23.
Heat-insulation layer operation in the middle of the composite insulation boards among the present invention is finished jointly by insulation compound feeding device 222, vibration lying device and two place's rolling devices.The 222 interruption work of insulation compound feeding device, required insulation compound is discharged on the operating supporting plate 43, the insulation compound of this moment is heaped-up, the effect of vibration lying device is exactly that vibration by the circularoscillations guide plate insulation compound that will be heaped-up evenly paves into height a little more than designing requirement, form the heat-insulation layer of densification, uniform thickness then by a roll extrusion, in order to prevent that the local bounce-back of the heat-insulation layer after the roll extrusion from excessively causing height dimension overproof, guarantee the height of heat-insulation layer again by secondary rolled, finish the composite molding of warming plate.
As shown in Figure 9, supporting plate 43 walks to the below of insulation material lying device 8, its course of action is: be provided with lower floor's grid cloth 431 and lower floor's slurry 432 on the supporting plate 43, heat-insulation layer is through the effect of circularoscillations guide plate 83, from waiting to spread out the height that heat-insulation layer 4331 is converted into the heat-insulation layer 4332 of setting height requirement simultaneously.
The technology of the processing warming plate of complex heat-preservation board assembly line is among the present invention:
1), feeds in raw material, in the former feed bin 11 of raw material (cement, flyash etc.) adding;
2), metering sub-material, raw material in the former feed bin 11 is promoted the discharging port A 1211 of conveyers 121 and discharging opening B1212 and through measuring chute 1 and measuring chute 2 132, is delivered to bidirectional screw horizontal conveyer 122 and heat preservation slurry mixer 224 respectively by unidirectional two outlet spirals; Discharging opening C1221 and discharging opening D1222 through bidirectional screw horizontal conveyer 122 is delivered to lower floor's slurry mixer 211 and upper strata slurry mixer 241 respectively again;
3), bottom arrange net, cloth, supporting plate 43 is transported to the below of lower floor's grid cloth installation aiding device 213 and lower floor's slurry feeding device 212, supporting plate elder generation lay grid cloth, raw material in the measuring chute 1 is after lower floor's slurry mixer 211 stirs then, transports in lower floor's slurry feeding device 212 the grid cloth on the supporting plate is added lower floor's slurry;
4), the insulation compound is reinforced, supporting plate is delivered to the below of insulation compound feeding device 222, the raw material in the measuring chute 2 132 stirs for the first time through heat preservation slurry mixer 224; Unload then to insulation compound mixer 221, super-light aggregate in the super-light aggregate storage bin 223 unloads to described insulation compound mixer 221 by super-light aggregate metering device 6 simultaneously, carrying out the second time stirs, after the stirring, unload to insulation compound feeding device 222, be positioned at lay insulation compound on the grid cloth that supporting plate adds lower floor's slurry;
5), insulation material vibration paves, behind the lay insulation compound, pave evenly by insulation material lying device 8;
6), roll extrusion, a upper strata arrange net, secondary rolled, cloth, the supporting plate of the intact insulation of lay compound is delivered to the below of rolling device, upper strata grid cloth installation aiding device, carry out a roll extrusion, lay grid cloth, secondary rolled, be delivered to slurry feeding device 242 belows, upper strata then, raw material in the measuring chute one is transported in the upper strata slurry feeding device 242 the grid cloth on the supporting plate is added the upper strata slurry after upper strata slurry mixer 241 stirs;
7), cutting, the upper strata slurry is reinforced to finish, and is delivered to cutting work station and cuts off at the adjacent bottom plates seam crossing and cut apart;
8), the dress plate, finish.
Claims (5)
1. a complex heat-preservation board assembly line is characterized in that, comprises one minute three system that gets the raw materials ready, formation system, movement system, diced system and dress plate system;
Described one minute three systems of getting the raw materials ready comprise that former feed bin, unidirectional two outlet spirals promote conveyer, bidirectional screw horizontal conveyer, measuring chute one, measuring chute two, lower floor's slurry feed preparing device, insulation material feed preparing device and upper strata slurry feed preparing device;
Described unidirectional two outlet spirals promote conveyer and have discharging port A and discharging opening B, and described bidirectional screw horizontal conveyer has discharging opening C and discharging opening D, and the discharging opening of described former feed bin is communicated with the charging aperture that described unidirectional two outlet spirals promote conveyer,
Described lower floor slurry feed preparing device comprises lower floor's slurry mixer, and described discharging opening C is communicated with described lower floor slurry mixer;
Described upper strata slurry feed preparing device comprises upper strata slurry mixer, and described discharging opening D is communicated with described upper strata slurry mixer;
Described insulation material feed preparing device comprises heat preservation slurry mixer, insulation compound mixer, super-light aggregate storage bin and super-light aggregate metering device, described heat preservation slurry mixer is communicated with described insulation compound mixer, described heat preservation slurry mixer is located at the top of described insulation compound mixer, and described super-light aggregate storage bin is communicated with described insulation compound mixer by the super-light aggregate metering device;
The charging aperture of described measuring chute one is communicated with described discharging port A, and the discharging opening of described measuring chute one connects the charging aperture of described bidirectional screw horizontal conveyer, and described measuring chute two is located between described discharging opening B and the described heat preservation slurry mixer;
Described formation system is arranged on the top of described movement system by a frame-type workbench, and described formation system comprises lower floor's grid cloth installation aiding device, lower floor's slurry feeding device, insulation compound feeding device, upper strata grid cloth installation aiding device, rolling device and the upper strata slurry feeding device that sets gradually;
Described lower floor slurry feeding device is located at the below of described lower floor slurry mixer;
Described upper strata slurry feeding device is located at the below of described upper strata slurry mixer;
Described insulation compound feeding device is located at the below of described insulation compound mixer;
Described movement system comprises base, supporting plate and conveyer, and described conveyer is located on the base, and described supporting plate is placed on the described conveyer;
Described diced system is located between described upper strata slurry feeding device and the dress plate system,
Described dress plate system is located at the rear end of described conveyer.
2. a kind of complex heat-preservation board assembly line according to claim 1, it is characterized in that, described super-light aggregate metering device is located on the described workbench, described super-light aggregate metering device comprises frame, belt feeder and blower fan, described super-light aggregate storage bin is located on the described belt feeder, described blower fan is communicated with described super-light aggregate storage bin, and the discharging opening of described super-light aggregate storage bin is communicated with the charging aperture of described belt feeder, and the discharging opening of described belt feeder is communicated with described insulation compound mixer.
3. a kind of complex heat-preservation board assembly line according to claim 1, it is characterized in that, be provided with the insulation material lying device between described insulation compound feeding device and the upper strata grid cloth installation aiding device, described insulation material lying device involving vibrations motor, spring and guide plate, described guide plate bottom is circular arc towards described insulation compound feeding device, and described guide plate connects described vibrating motor by spring.
4. a kind of complex heat-preservation board assembly line according to claim 3 is characterized in that, is provided with rolling device between described insulation lying device and the upper strata grid cloth installation aiding device.
5. the technology of the processing warming plate of the described complex heat-preservation board assembly line of claim 1 is characterized in that,
1), reinforced, raw material is added in the former feed bin;
2), the metering sub-material, with former feed bin Central Plains material discharging port A and the discharging opening B and through measuring chute one and measuring chute two by unidirectional two outlet spirals lifting conveyers, be delivered to bidirectional screw horizontal conveyer and heat preservation slurry mixer respectively; Discharging opening C and discharging opening D through the bidirectional screw horizontal conveyer is delivered to lower floor's slurry mixer and upper strata slurry mixer respectively again;
3), bottom arrange net, cloth, supporting plate is transported to the below of lower floor's grid cloth installation aiding device and lower floor's slurry feeding device, supporting plate elder generation lay grid cloth, raw material in the measuring chute one is after lower floor slurry mixer stirs then, transports in lower floor's slurry feeding device the grid cloth on the supporting plate is added lower floor's slurry;
4), the insulation compound is reinforced, supporting plate is delivered to the below of insulation compound feeding device, the raw material in the measuring chute two stirs for the first time through the heat preservation slurry mixer; Unload then to insulation compound mixer, super-light aggregate in the super-light aggregate storage bin unloads to described insulation compound mixer by the super-light aggregate metering device simultaneously, carrying out the second time stirs, after the stirring, unload to insulation compound feeding device, be positioned at lay insulation compound on the grid cloth that supporting plate adds lower floor's slurry;
5), insulation material vibration paves, behind the lay insulation compound, pave evenly by the insulation material lying device;
6), roll extrusion, a upper strata arrange net, secondary rolled, cloth, the supporting plate of the intact insulation of lay compound is delivered to the below of rolling device, upper strata grid cloth installation aiding device, carry out a roll extrusion, lay grid cloth, secondary rolled, be delivered to slurry feeding device below, upper strata then, raw material in the measuring chute one is transported in the slurry feeding device of upper strata the grid cloth on the supporting plate is added the upper strata slurry after upper strata slurry mixer stirs;
7), cutting, the upper strata slurry is reinforced to finish, and is delivered to cutting work station and cuts off at the adjacent bottom plates seam crossing and cut apart;
8), the dress plate, finish.
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| CN201310146969.5A CN103192451B (en) | 2013-04-24 | 2013-04-24 | Composite insulation board production line and machining process of insulation board |
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| CN201310146969.5A CN103192451B (en) | 2013-04-24 | 2013-04-24 | Composite insulation board production line and machining process of insulation board |
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Family Cites Families (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| FR2654678B1 (en) * | 1989-11-20 | 1994-04-01 | Efisol | PROCESS AND INSTALLATION FOR THE MANUFACTURE OF COLORED DECORATIVE PANELS BASED ON EXFOLIATED ROCK PARTICLES. |
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