CN102941621A - Automatic production line of building wallboards - Google Patents
Automatic production line of building wallboards Download PDFInfo
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- CN102941621A CN102941621A CN2012104768707A CN201210476870A CN102941621A CN 102941621 A CN102941621 A CN 102941621A CN 2012104768707 A CN2012104768707 A CN 2012104768707A CN 201210476870 A CN201210476870 A CN 201210476870A CN 102941621 A CN102941621 A CN 102941621A
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Abstract
The invention belongs to the field of production equipment, particularly provides an automatic production line of building wallboards, and solves problems that the labor intensity is high, the production efficiency is low and the like in the prior art. The automatic production line comprises a rack, a casting mould continuous operation device and a lower layer fabric laying device, a base layer casting device, an upper layer casting device, an upper layer fabric laying device and a cutter which are arranged above the casting mould continuous operation device successively, a sandwich installation area is arranged between the base layer casting device and the upper layer casting device, and the length of the sandwich installation area is larger than or equal to that of a casting mould. According to the automatic production line, a plurality of manually operated processes can be combined to be completed, mechanical connection automatic production is achieved, the production efficiency is improved, and the labor intensity is reduced.
Description
Technical field
The present invention relates to wallboard manufacture equipment, especially a kind of building wall board automatic assembly line.
Background technology
At present, the production of wallboard is the production of mainly adopting the hand process separate type, and laying the operations such as fiber cloth, cast slurry, cut-out all is to be undertaken by manual.Production process is all finished at production platform, the workman is according to the ingredient composition of slurry, give again mixer after material is assorted and stir, with the good slurry of barreled, manually the length of fiber cloth is cut and is deposited in according to the length of watering injection molding and width with width after stirring is finished.The workman will shear good fiber cloth and be laid on and water on the injection molding, then manually the slurry in the bucket will be poured into to complete the watering on the injection molding of bottom fiber cloth, and sandwich or sandwich mould are installed behind the casting complete, and hand dropping upper strata slurry is laid top fiber cloth again.After slurry solidifies, if the centre is the sandwich mould of extraction of the sandwich mould installed, finish like this production of wallboard.Like this by the Manual mold moulding, trivial operations, labour intensity is high, production efficiency is low, and product quality often can not get ensureing, is difficult to the formation scale.
Summary of the invention
Technical problem to be solved by this invention provides that a kind of labour intensity is low, production efficiency is high, the building wall board automatic assembly line of continuous productive process.
The technical solution adopted for the present invention to solve the technical problems is: the building wall board automatic assembly line, comprise frame, water injection molding continuous operation device and be installed on the frame and be arranged in successively lower floor's cloth laying apparatus, bottom apparatus for pouring, upper strata apparatus for pouring, upper strata cloth laying apparatus, the cutting knife that waters injection molding continuous operation device top, have the sandwich installing zone between bottom apparatus for pouring and the upper strata apparatus for pouring, the length of sandwich installing zone is more than or equal to the length of watering injection molding.
The described injection molding continuous operation device that waters comprises rack-mounted motor, belt, roller, and motor and roller are in transmission connection, and belt and roller are in transmission connection.
Described lower floor cloth laying apparatus comprises that rack-mounted lower floor spreads cloth roller and fiber cloth connecting rod, and the fiber cloth connecting rod is above lower floor's shop cloth roller.
Described upper strata cloth laying apparatus comprises that rack-mounted upper strata spreads cloth roller and fiber cloth connecting rod and sychronisation, and the fiber cloth connecting rod is above the cloth roller of shop, upper strata, and the upper strata spreads the cloth roller and is in transmission connection by sychronisation and roller.
Described sychronisation comprises the head sprocket that is arranged on the roller end and is positioned at the frame lateral surface, be arranged on the upper strata spread cloth roller end and be positioned at the frame lateral surface from sprocket wheel, described head sprocket and be connected with chain between the sprocket wheel.
Be provided with the pressing roller between described upper strata cloth laying apparatus and the cutting knife.
Be provided with lower floor's rolling roller between described bottom apparatus for pouring and the sandwich installing zone, be provided with upper strata rolling roller between upper strata apparatus for pouring and the upper strata cloth laying apparatus, cutting knife and flatten between the roller and be provided with scraper between lower floor's rolling roller and the bottom apparatus for pouring.
Described lower floor shop cloth roller, upper strata spread on cloth roller, pressing roller, upper strata rolling roller, lower floor's rolling roller and the scraper and are provided with the adjustment screw mandrel, and described each adjustment screw mandrel all vertically is installed on the frame and acts on respectively lower floor and spreads cloth roller, shop, upper strata cloth roller, flattens roller, upper strata rolling roller, lower floor's rolling roller and scraper.
Described bottom apparatus for pouring is mixer, mixer has side discharging opening and end discharging opening, the side discharging opening is positioned at the side of mixer, end discharging opening be positioned at mixer the bottom and water injection molding continuous operation device above, the upper strata apparatus for pouring is depositing funnel, be provided with dumper between the side discharging opening of mixer and the depositing funnel, be provided with the Crane Rail that is parallel to frame on the frame side, described dumper is installed on the Crane Rail.
Described mixer next door is provided with material tower and material conveyer belt, and mixer links to each other with the material tower by material conveyer belt.
The invention has the beneficial effects as follows: adopt the present invention manual multiple working procedure can be combined to once and finish, realized that mechanization connects automatically production, improved production efficiency, reduced labour intensity.
Description of drawings
Fig. 1 is the structural representation that waters injection molding;
Fig. 2 is structured flowchart of the present invention;
Fig. 3 is plan structure schematic diagram of the present invention;
Fig. 4 is the structural representation of scraper;
Fig. 5 is upper strata apparatus for pouring structural representation;
Fig. 6 is mixer bottom surface structure schematic diagram.
Shown in the figure: 1-waters injection molding, 2-lower floor cloth laying apparatus, 3-bottom apparatus for pouring, 4-upper strata apparatus for pouring, 5-upper strata cloth laying apparatus, 6-cutting knife, 7-waters injection molding continuous operation device, 8-frame, 9-sandwich installing zone, 10-lower floor spreads cloth roller, 11-fiber cloth connecting rod, 12-dumper, the 13-Crane Rail, 14-sychronisation, 15-motor, the 16-upper strata spreads cloth roller, 17-roller, 18-scraper, the 19-depositing funnel, 20-belt, 21-mixer, the 22-material conveyer belt, 23-expects tower, 24-regulates screw mandrel, the 25-chain, the 26-head sprocket, 27-side discharging opening, discharging opening at the bottom of the 28-, 29-flattens roller, 30-upper strata rolling roller, 31-lower floor rolling roller, 32-is from sprocket wheel.
The specific embodiment
The present invention is further described below in conjunction with drawings and Examples.
Shown in Fig. 1～6, building wall board automatic assembly line of the present invention, comprise frame 8, water injection molding continuous operation device 7 and be installed on the frame 8 and be arranged in successively lower floor's cloth laying apparatus 2, bottom apparatus for pouring 3, upper strata apparatus for pouring 4, upper strata cloth laying apparatus 5, the cutting knife 6 that waters injection molding continuous operation device 7 tops, have sandwich installing zone 9 between bottom apparatus for pouring 3 and the upper strata apparatus for pouring 4, the length of sandwich installing zone 9 is more than or equal to the length of watering injection molding 1.Frame 8 is to play the effect of fixing all devices, watering injection molding 1 is the model of cast, watering injection molding continuous operation device 7 is to water injection molding 1 forms continuous motion in frame 8 streamline in order to allow, lower floor's cloth laying apparatus 2 is to water injection molding 1 upper berth and set the device of layer fiber cloth, bottom apparatus for pouring 3 is that slurry is cast in device on lower floor's fiber cloth, upper strata apparatus for pouring 4 is that slurry is cast in device on the wallboard sandwich, upper strata cloth laying apparatus 5 is that fiber cloth is laid on device on the slurry of upper strata, cutting knife 6 is knives of cut staple cloth, and sandwich installing zone 9 is zones that the workman installs the wallboard sandwich.Such being arranged together of these devices just consists of a production line, and the successively arranged direction of device is identical with the streamline direction of watering injection molding continuous operation device 7, guaranteed the correct automatically operation of production line.Spreading the operations such as cloth, cast, cut-out all is to be finished by machinery, the workman only need install the whole production process that sandwich can be finished wallboard, be exactly that sandwich is installed behind the bottom casting complete again, so the spacing of bottom apparatus for pouring 3 and upper strata apparatus for pouring 4 is more than or equal to the length of watering injection molding 1, the such normal mounting of guarantee sandwich.The production process of this automatic assembly line is to water injection molding 1 watering on the injection molding continuous operation device 7 owing to be subject to the effect of frictional force and follow and water injection molding continuous operation device 7 and move together, and finish successively the process of deployment of lower floor's fiber cloth through lower floor's cloth laying apparatus 2, finish base pastes through bottom apparatus for pouring 3 and be cast in casting process on lower floor's fiber cloth, finish the sandwich installation process through sandwich installing zone 9, finish the upper strata slurry through upper strata apparatus for pouring 4 and be cast in sandwich casting process all around, finish top fiber cloth through upper strata cloth laying apparatus 5 and be laid on process of deployment on the slurry of upper strata, finish the process of cutting off top fiber cloth and lower floor's fiber cloth through cutting knife 6, finish at last the production process of whole wallboard.Cutting knife 6 is at last lower floor's fiber cloth to be cut off with top fiber cloth in the production of wallboard, has reduced the cut-out operation than separately cutting off like this, has reduced cost.
The described injection molding continuous operation device 7 that waters can be the driven by motor sprocket rotation, and sprocket wheel drives chain movement or the driven by motor roller rotates, and roller drives the belt strip motion, and the cost of sprocket wheel and chain is greater than the cost of roller and belt strip.Therefore, as preferred embodiment, the described injection molding continuous operation device 7 that waters comprises motor 15, belt 20, the roller 17 that is installed on the frame 8, and motor 15 is in transmission connection with roller 17, and belt 20 is in transmission connection with roller 17.Motor 15 drives roller 17 and rotates, and belt 20 owing to the effect campaign of frictional force, consists of the cycle of rotation of belt 20 like this on roller 17.Water the size and shape of injection molding 1 according to the size and shape customization of the wallboard that will make, watering injection molding 1 is installed on the belt 20, because the effect of frictional force, watering injection molding 1 follows belt 20 and moves, water injection molding 1 and in moving process, finish each operation through each device, finish like this production of wallboard.
Lower floor's fiber cloth can directly be finished laying by a roller, but can cause like this tension force of lower floor's fiber cloth not enough.Therefore, as preferential embodiment, described lower floor cloth laying apparatus 2 comprises that the lower floor that is installed on the frame 8 spreads cloth roller 10 and fiber cloth connecting rod 11, and fiber cloth connecting rod 11 is above lower floor's shop cloth roller 10.Lower floor's fiber cloth is installed in fiber cloth connecting rod 11 and spreads cloth roller 10 through lower floor and is laid on and waters on the injection molding 1, water injection molding 1 owing to the effect of watering injection molding continuous operation device 7 gets into smooth, drive like this lower floor's fiber cloth and rotate at fiber cloth connecting rod 11, finish laying.The lower floor's fiber that is arranged so that like this is furnished with enough tension force, allows lower floor's fiber cloth with watering injection molding 1 being laid on tightly, and the slurry cast evenly.
Top fiber cloth can directly be finished laying by a roller, but because slurry does not also solidify, top fiber cloth gauffer may occur in process of deployment.Therefore, as preferred embodiment, described upper strata cloth laying apparatus 5 comprises that the upper strata that is installed on the frame 8 spreads cloth roller 16, fiber cloth connecting rod 11 and sychronisation 14, fiber cloth connecting rod 11 is above shop, upper strata cloth roller 16, and the upper strata spreads cloth roller 16 and is in transmission connection by sychronisation 14 and roller 17.Top fiber cloth is installed on the fiber cloth connecting rod 11 and spreads cloth roller 16 by the upper strata and is laid on the slurry of upper strata, like this so that top fiber is furnished with enough tension force, sychronisation 14 is so that the velocity of rotation of shop, upper strata cloth roller 16 is identical with the velocity of rotation of roller 17, then allow the upper strata spread cloth rewinder roll with 16 with to water injection molding 1 synchronous, allow smooth being laid on the slurry of upper strata of top fiber cloth, avoid occurring the situation of gauffer.
Described sychronisation 14 can gear-box or mild steel link chain and sprocket wheel, but because the cost of gear-box is higher than the cost of mild steel link chain and sprocket wheel.Therefore, as preferred embodiment, described sychronisation 14 comprises the head sprocket 26 that is arranged on roller 17 ends and is positioned at frame 8 lateral surfaces, be arranged on the upper strata spread cloth roller 16 ends and be positioned at frame 8 lateral surfaces from sprocket wheel 32, described head sprocket 26 and be connected with chain 25 between the sprocket wheel 32.Roller 17 rotates and drives head sprocket 26 rotations like this, head sprocket 26 with from being connected with chain 25 between the sprocket wheel 32 so that head sprocket 26 drive from sprocket wheel 32 rotates together and the rotating speed of head sprocket 26 with consistent from the rotating speed of sprocket wheel 32, spread that cloth roller 16 rotates and the rotating speed of shop, upper strata cloth roller 16 is consistent with the rotating speed of roller 17 thereby drive the upper strata.
Automatically finish because lay top fiber cloth, so may be forcing together tightly not between top fiber cloth and the upper strata slurry, therefore, as preferred embodiment, pressing roller 29 be set between upper strata cloth laying apparatus 5 and cutting knife 6.Flatten roller 29 and can allow top fiber cloth and upper strata slurry forcing together tightly, the slit can not occur.
Because the cast slurry is that the apparatus for pouring automatic casting is finished, water the impact that injection molding 1 translational speed and apparatus for pouring water fluence, can't guarantee well that pulp layer meets the requirements of thickness.Therefore, as preferred embodiment, be provided with lower floor's rolling roller 31 between described bottom apparatus for pouring 3 and the upper strata apparatus for pouring 4, be provided with upper strata rolling roller 30 between upper strata apparatus for pouring 4 and the upper strata cloth laying apparatus 5, cutting knife 6 and flatten between the roller 29 and be provided with scraper 18 between lower floor's rolling roller 31 and the bottom apparatus for pouring 3.Increase like this thickness that upper strata rolling roller 30 and lower floor's rolling roller 31 just can guarantee the starching bed of material and lower pulp layer in prescribed limit and the rolling pulp layer, the rolling slurry is laid a good foundation for next step operation like this.Between cutting knife 6 and the pressing roller 29 scraper 18 being set can allow wallboard top fiber cloth more smooth, scraper 18 is set between lower floor's rolling roller 31 and the bottom apparatus for pouring 3 can allow lower floor's slurry be calibrated first, again by lower floor's rolling roller 31 rollings, like this so that lower floor's slurry is easier of rolling.
Because the wallboard that production line will the production plurality of specifications, and the thickness of each wallboard is different again.Therefore, as preferred embodiment, described lower floor shop cloth roller 10, upper strata spread to be provided with on cloth roller 16, pressing roller 29, upper strata rolling roller 30, lower floor's rolling roller 31 and the scraper 18 adjusts screw mandrel 24, and described each adjustment screw mandrel 24 all vertically is installed on the frame 8 and acts on respectively lower floor and spreads cloth roller 10, shop, upper strata cloth roller 16, pressing roller 29, upper strata rolling roller 30, lower floor's rolling roller 31 and scraper 18.These devices can be adjusted their height on frame 8 by adjusting screw mandrel 24, thereby change the thickness of wallboard itself and the thickness of pulp layer, so production line just can be adjusted according to the production requirement of actual wallboard the height of each device, reach the wallboard that a production line can the production plurality of specifications.
Because this production line needs bottom apparatus for pouring 3 and upper strata apparatus for pouring 4, then a production line need to be installed two mixers 21, but because the cost of mixer 21 is higher.Therefore, as preferred embodiment, described bottom apparatus for pouring 3 is mixer 21, mixer 21 has side discharging opening 27 and end discharging opening 28, side discharging opening 27 is positioned at the side of mixer 21, end discharging opening 28 be positioned at mixer 21 the bottom and water injection molding continuous operation device 7 above, upper strata apparatus for pouring 4 is depositing funnel 19, be provided with dumper 12 between the side discharging opening 27 of mixer 21 and the depositing funnel 19, be provided with the Crane Rail 13 that is parallel to frame 8 on frame 8 sides, described dumper 12 is installed on the Crane Rail 13.Mixer 21 stirs slurry, slurry injects in the dumper 12 from the side discharging opening 27 of mixer 21, dumper 12 moves to depositing funnel 19 places and slurry is injected in the depositing funnel 19 at Crane Rail 13, water injection molding 1 through mixer 21, the end discharging opening 28 of mixer 21 is cast in slurry on lower floor's fiber cloth, water injection molding 1 and pass through depositing funnel 19 again, depositing funnel 19 is cast in slurry on the sandwich, finishes cast.The cost of depositing funnel 19 and dumper 12 is lower than the cost of mixer 21, and then depositing funnel 19 has replaced mixer 21 with dumper 12, has saved cost.Dumper 12 is in Crane Rail 13 operation, and dumper 12 has just had fixing conveying track, and easy operation has reduced labour intensity, and Crane Rail 13 is parallel with frame 8, and the materials of Crane Rail 13 are just less like this, saved cost.Pass through first bottom apparatus for pouring 3 again through upper strata apparatus for pouring 4 because water injection molding 1, so bottom apparatus for pouring 3 is selected mixer 21, upper strata apparatus for pouring 4 is selected depositing funnel 19, mixer 1 stirs slurry just can start production line, water injection molding 1 behind process mixer 21, mixer 21 just can flow to depositing funnel 19 to slurry in the process of arrival depositing funnel 19, so just can save the production time.
Because mixer 21 needs manually to prepare first various raw material, be re-introduced in the mixer 21, mixer 21 just can be finished and stir and cast, and lost labor and production efficiency are slow like this.Therefore, as preferred embodiment, described mixer 21 next doors are provided with material tower 23 and material conveyer belt 22, and mixer 21 links to each other with material tower 23 by material conveyer belt 22.Mixer 21 does not just need workman's deallocation material and material is injected in the mixer 21 like this, has reduced workman's labour intensity, has improved production efficiency.
Embodiment
Shown in Fig. 1～6, the described injection molding continuous operation device 7 that waters comprises motor 15, belt 20, the roller 17 that is installed on the frame 8, and motor 15 is in transmission connection with roller 17, and belt 20 is in transmission connection with roller 17.Bottom apparatus for pouring 3 is mixer 21, mixer 21 has side discharging opening 27 and end discharging opening 28, side discharging opening 27 is positioned at the side of mixer 21, end discharging opening 28 be positioned at mixer 21 the bottom and water injection molding continuous operation device 7 above, upper strata apparatus for pouring 4 is depositing funnel 19, be provided with dumper 12 between the side discharging opening 27 of mixer 21 and the depositing funnel 19, be provided with the Crane Rail 13 that is parallel to frame 8 on frame 8 sides, dumper 12 is installed on the Crane Rail 13.Mixer 21 next doors are provided with material tower 23 and material conveyer belt 22, and mixer 21 links to each other with material tower 23 by material conveyer belt 22.Lower floor's cloth laying apparatus 2 is that fiber cloth connecting rod 11 and lower floor spread cloth roller 10.Upper strata cloth laying apparatus 5 is fiber cloth connecting rod 11, the upper strata spreads cloth roller 16, be arranged on roller 17 ends and be positioned at the head sprocket 26 of frame 8 lateral surfaces, be arranged on the upper strata spread cloth roller 16 ends and be positioned at frame 8 lateral surfaces from sprocket wheel 32, head sprocket 26 and be connected with chain 25 between the sprocket wheel 32.Be provided with between upper strata cloth laying apparatus 5 and the cutting knife 6 and flatten roller 29, be provided with lower floor's rolling roller 31 between bottom apparatus for pouring 3 and the upper strata apparatus for pouring 4, be provided with upper strata rolling roller 30 between upper strata apparatus for pouring 4 and the upper strata cloth laying apparatus 5, cutting knife 6 and flatten between the roller 29 and be provided with scraper 18 between lower floor's rolling roller 31 and the bottom apparatus for pouring 3.Lower floor's shop cloth roller 10, upper strata spread on cloth roller 16, pressing roller 29, upper strata rolling roller 30, lower floor's rolling roller 31 and the scraper 18 and are provided with adjustment screw mandrel 24, and each adjustment silk 24 bar all vertically is installed on the frame 8 and acts on respectively lower floor's shop cloth roller 10, shop, upper strata cloth roller 16, pressing roller 29, upper strata rolling roller 30, lower floor's rolling roller 31 and scraper 18.The upper strata spread cloth roller 10, fiber cloth connecting rod 11, mixer 21, scraper 18, lower floor's rolling roller 31, cast leak tremble 19, upper strata rolling roller 30, upper strata spread cloth roller 16, fiber cloth connecting rod 11, flatten roller 29, scraper 18, cutting knife 6 are installed on the frame 8 successively, this installation direction is with to water the moving direction of injection molding 1 on frame 8 identical, the spacing between lower floor's rolling roller 31 and the depositing funnel 19 greater than etc. water the length of injection molding 1.
The course of work of the present invention is:
The first step, various materials inject according to a certain ratio and are transported to mixer 21 by material conveyer belt 22 in material tower 23;
Second step, the slurry that mixer 21 stirs injects dumper 12 from side discharging opening 27, and dumper 12 is transported to depositing funnel 19 with slurry and is injected in the depositing funnel 19;
In the 3rd step, lower floor spreads cloth roller 10 lower floor's fiber cloth is launched and is laid on the base plate that waters injection molding 1;
The 4th step, the end discharging opening 28 cast base pastes of mixer 21;
In the 5th step, scraper 18 strikes off base pastes;
The 6th step, lower floor's rolling roller 31 rolling base pastes;
The 7th the step, the workman with ready wallboard sandwich concora crush to the bottom slurry;
In the 8th step, depositing funnel 19 is cast in slurry around the sandwich;
The 9th step, upper strata rolling roller 30 rolling upper strata slurries;
In the tenth step, the upper strata spreads cloth roller 16 top fiber cloth is launched and is laid on the slurry of upper strata;
In the 11 step, flatten roller 29 top fiber cloth and upper strata slurry are compressed and be pressed into certain depth;
In the 12 step, scraper 18 strikes off top fiber cloth;
In the 13 step, cutting knife 6 cuts off lower floor's fiber cloth and top fiber cloth.
Above-mentioned operation continuous operation has been realized mechanization production.
Claims (10)
1. building wall board automatic assembly line, it is characterized in that: comprise frame (8), be installed in and water injection molding continuous operation device (7) on the frame (8), be installed in the upper lower floor's cloth laying apparatus (2) that waters injection molding continuous operation device (7) top that also is arranged in successively of frame (8), bottom apparatus for pouring (3), upper strata apparatus for pouring (4), upper strata cloth laying apparatus (5), cutting knife (6), have sandwich installing zone (9) between bottom apparatus for pouring (3) and the upper strata apparatus for pouring (4), the length of sandwich installing zone (9) is more than or equal to the length of watering injection molding (1).
2. building wall board automatic assembly line as claimed in claim 1, it is characterized in that: the described injection molding continuous operation device (7) that waters comprises rack-mounted motor (15), belt (20), roller (17), motor (15) is in transmission connection with roller (17), and belt (20) is in transmission connection with roller (17).
3. building wall board automatic assembly line as claimed in claim 1, it is characterized in that: described lower floor's cloth laying apparatus (2) comprises that the lower floor that is installed on the frame (8) spreads cloth roller (10) and fiber cloth connecting rod (11), and fiber cloth connecting rod (11) spreads the top of cloth roller (10) in lower floor.
4. building wall board automatic assembly line as claimed in claim 2, it is characterized in that: described upper strata cloth laying apparatus (5) comprises that the upper strata that is installed on the frame (8) spreads cloth roller (16), fiber cloth connecting rod (11) and sychronisation (14), fiber cloth connecting rod (11) spreads the top of cloth roller (16) on the upper strata, the upper strata spreads cloth roller (16) and is in transmission connection by sychronisation (14) and roller (17).
5. building wall board automatic assembly line as claimed in claim 4, it is characterized in that: described sychronisation (14) comprises the head sprocket (26) that is arranged on roller (17) end and is positioned at frame (8) lateral surface, be arranged on the upper strata spread cloth roller (16) end and be positioned at frame (8) lateral surface from sprocket wheel (32), described head sprocket (26) and be connected with chain (25) between the sprocket wheel (32).
6. building wall board automatic assembly line as claimed in claim 2 is characterized in that: be provided with between described upper strata cloth laying apparatus (5) and the cutting knife (6) and flatten roller (29).
7. building wall board automatic assembly line as claimed in claim 6, it is characterized in that: be provided with lower floor's rolling roller (31) between described bottom apparatus for pouring (3) and the sandwich installing zone (9), be provided with upper strata rolling roller (30) between upper strata apparatus for pouring (4) and the upper strata cloth laying apparatus (5), cutting knife (6) and flatten between the roller (29) and be provided with scraper (18) between lower floor's rolling roller (31) and the bottom apparatus for pouring (3).
8. such as the described building wall board automatic assembly line of any one claim in the claim 3～7, it is characterized in that: described lower floor spreads cloth roller (10), the upper strata spreads cloth roller (16), flatten roller (29), upper strata rolling roller (30), be provided with on lower floor's rolling roller (31) and the scraper (18) and adjust screw mandrel (24), described each adjustment screw mandrel (24) all vertically is installed in frame (8) upward and acts on respectively lower floor and spreads cloth roller (10), the upper strata spreads cloth roller (16), flatten roller (29), upper strata rolling roller (30), lower floor's rolling roller (31) and scraper (18).
9. such as the described building wall board automatic assembly line of any one claim in the claim 1～7, it is characterized in that: described bottom apparatus for pouring (3) is mixer (21), mixer (21) has side discharging opening (27) and end discharging opening (28), side discharging opening (27) is positioned at the side of mixer (21), end discharging opening (28) is positioned at the bottom of mixer (21) and is positioned at the top of watering injection molding continuous operation device (7), upper strata apparatus for pouring (4) is depositing funnel (19), be provided with dumper (12) between the side discharging opening (27) of mixer (21) and the depositing funnel (19), be provided with the Crane Rail (13) that is parallel to frame (8) on frame (8) side, described dumper (12) is installed on the Crane Rail (13).
10. building wall board automatic assembly line as claimed in claim 9 is characterized in that: be provided with by the described mixer (21) and expect that tower (23) and material conveyer belt (22), mixer (21) pass through material conveyer belt (22) and link to each other with material tower (23).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210476870.7A CN102941621B (en) | 2012-11-22 | 2012-11-22 | Automatic production line of building wallboards |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210476870.7A CN102941621B (en) | 2012-11-22 | 2012-11-22 | Automatic production line of building wallboards |
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| CN102941621B CN102941621B (en) | 2015-02-25 |
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Cited By (5)
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| CN104816379A (en) * | 2015-05-14 | 2015-08-05 | 王旭广 | Full-automatic production line for light wallboard |
| CN105500517A (en) * | 2015-12-22 | 2016-04-20 | 重庆市臻成建材有限公司 | Automatic construction partition panel production line |
| CN106272944A (en) * | 2016-09-06 | 2017-01-04 | 淮北中阳矿山机械有限公司 | The production method of a kind of novel light concrete multifunction wallboard and production line |
| CN108214864A (en) * | 2018-01-20 | 2018-06-29 | 金粤幕墙装饰工程有限公司 | A kind of automatic assembly line of light fire-proof heat-insulating decorative panel |
| CN109227928A (en) * | 2018-11-07 | 2019-01-18 | 北京凯盛建材工程有限公司 | A kind of sulfate composite panels production line builds mould reinforcement automatic distributing equipment |
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| CN104816379A (en) * | 2015-05-14 | 2015-08-05 | 王旭广 | Full-automatic production line for light wallboard |
| CN105500517A (en) * | 2015-12-22 | 2016-04-20 | 重庆市臻成建材有限公司 | Automatic construction partition panel production line |
| CN106272944A (en) * | 2016-09-06 | 2017-01-04 | 淮北中阳矿山机械有限公司 | The production method of a kind of novel light concrete multifunction wallboard and production line |
| CN108214864A (en) * | 2018-01-20 | 2018-06-29 | 金粤幕墙装饰工程有限公司 | A kind of automatic assembly line of light fire-proof heat-insulating decorative panel |
| CN109227928A (en) * | 2018-11-07 | 2019-01-18 | 北京凯盛建材工程有限公司 | A kind of sulfate composite panels production line builds mould reinforcement automatic distributing equipment |
| CN109227928B (en) * | 2018-11-07 | 2023-12-12 | 北京凯盛建材工程有限公司 | Automatic material distribution equipment for building mould reinforcing piece of composite wallboard production line |
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|---|---|
| CN102941621B (en) | 2015-02-25 |
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