CN102941621B - Automatic production line of building wallboards - Google Patents
Automatic production line of building wallboards Download PDFInfo
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- CN102941621B CN102941621B CN201210476870.7A CN201210476870A CN102941621B CN 102941621 B CN102941621 B CN 102941621B CN 201210476870 A CN201210476870 A CN 201210476870A CN 102941621 B CN102941621 B CN 102941621B
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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 wall board making machinery, especially a kind of building wall board automatic assembly line.
Background technology
At present, the production of wallboard is the production mainly adopting hand process separate type, lays fiber cloth, operation such as cast slurry, cut-out etc. is all by carrying out by hand.Production process all completes on production platform, workman is according to the ingredient composition of slurry, material is given mixer again and is stirred after assorting, stirred the good slurry of rear barreled, manually the length of fiber cloth and width to be cut with width according to the length of casting moulds and together with being deposited in.The fiber cloth sheared is laid on casting moulds by workman, then manual slurry in bucket is poured into complete bottom fiber cloth casting moulds on, sandwich or sandwich mould are installed, again hand dropping upper strata slurry after casting complete, lay top fiber cloth.After slurry solidifies, if centre is the sandwich mould of extraction of the sandwich mould installed, complete the production of wallboard like this.Shaping by Manual mold like this, trivial operations, labour intensity are high, production efficiency is low, and product quality often can not get ensureing, is difficult to formation scale.
Summary of the invention
Technical problem to be solved by this invention is to provide 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: building wall board automatic assembly line, comprise frame, the continuous rotating device of casting moulds and to be arranged in frame and to be arranged in lower floor's cloth laying apparatus, bottom apparatus for pouring, upper strata apparatus for pouring, upper strata cloth laying apparatus, the cutting knife above the continuous rotating device of casting moulds successively, have sandwich installing zone between bottom apparatus for pouring and upper strata apparatus for pouring, the length of sandwich installing zone is more than or equal to the length of casting moulds.
The continuous rotating device of described casting moulds 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 rack-mounted lower floor paving cloth roller and fiber cloth connecting rod, and fiber cloth connecting rod is above lower floor's paving cloth roller.
Described upper strata cloth laying apparatus comprises rack-mounted upper strata paving cloth roller and fiber cloth connecting rod and sychronisation, and fiber cloth connecting rod is above the paving cloth roller of upper strata, and upper strata paving cloth roller is in transmission connection by sychronisation and roller.
Described sychronisation comprises and is arranged on roll end and the head sprocket being positioned at frame lateral surface, be arranged on paving cloth roller end, upper strata and be positioned at frame lateral surface from sprocket wheel, described head sprocket and be connected with chain between sprocket wheel.
Pressing roller is provided with between described upper strata cloth laying apparatus and cutting knife.
Lower floor's rolling roller is provided with between described bottom apparatus for pouring and sandwich installing zone, upper strata rolling roller is provided with, cutting knife and flatten between roller and be provided with scraper between lower floor's rolling roller and bottom apparatus for pouring between upper strata apparatus for pouring and upper strata cloth laying apparatus.
Described lower floor paving cloth roller, upper strata paving cloth roller, flatten on roller, upper strata rolling roller, lower floor's rolling roller and scraper and be provided with adjustment screw mandrel, described each adjustment screw mandrel to be all vertically arranged in frame and to act on lower floor's paving cloth roller, upper strata paving cloth roller, pressing roller, upper strata rolling roller, lower floor's rolling roller and scraper respectively.
Described bottom apparatus for pouring is mixer, mixer has side discharging opening and end discharging opening, side discharging opening is positioned at the side of mixer, end discharging opening be positioned at mixer bottom and above the continuous rotating device of casting moulds, upper strata apparatus for pouring is depositing funnel, be provided with dumper between the side discharging opening of mixer and depositing funnel, frame side is provided with the Crane Rail being parallel to frame, and described dumper is arranged on Crane Rail.
Described mixer side is provided with material tower and material conveyer belt, and mixer is connected with 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 and once complete, achieve mechanization and connect production automatically, improve production efficiency, reduce labour intensity.
Accompanying drawing explanation
Fig. 1 is the structural representation of casting moulds;
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 figure: 1-casting moulds, 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, the continuous rotating device of 7-casting moulds, 8-frame, 9-sandwich installing zone, 10-lower floor paving cloth roller, 11-fiber cloth connecting rod, 12-dumper, 13-Crane Rail, 14-sychronisation, 15-motor, 16-upper strata paving cloth roller, 17-roller, 18-scraper, 19-depositing funnel, 20-belt, 21-mixer, 22-material conveyer belt, 23-expects tower, 24-regulates screw mandrel, 25-chain, 26-head sprocket, 27-side discharging opening, discharging opening at the bottom of 28-, 29-flattens roller, 30-upper strata rolling roller, 31-lower floor rolling roller, 32-is from sprocket wheel.
Detailed description of the invention
Below in conjunction with drawings and Examples, the present invention is further described.
As shown in figs. 1 to 6, building wall board automatic assembly line of the present invention, comprise frame 8, the continuous rotating device of casting moulds 7 and to be arranged in frame 8 and to be arranged in 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 above the continuous rotating device 7 of casting moulds successively, have sandwich installing zone 9 between bottom apparatus for pouring 3 and upper strata apparatus for pouring 4, the length of sandwich installing zone 9 is more than or equal to the length of casting moulds 1.Frame 8 plays the effect of fixing all devices, casting moulds 1 is the model of cast, the continuous rotating device 7 of casting moulds is the streamlines in order to allow casting moulds 1 form motion continuously in frame 8, lower floor's cloth laying apparatus 2 is the devices setting layer fiber cloth on casting moulds 1 upper berth, bottom apparatus for pouring 3 is the devices be cast in by slurry on lowermost fibre cloth, upper strata apparatus for pouring 4 is the devices be cast in by slurry on wallboard sandwich, upper strata cloth laying apparatus 5 is devices fiber cloth be laid on the slurry of upper strata, cutting knife 6 is knives of cut staple cloth, sandwich installing zone 9 is regions that workman installs wallboard sandwich.What these devices were such is arranged together a just formation production line, and the arranged direction successively of device is identical with the streamline direction of the continuous rotating device of casting moulds 7, ensure that the correct of production line runs automatically.The operations such as paving cloth, cast, cut-out are all come by machinery, workman only need install the whole production process that sandwich can complete wallboard, be exactly that sandwich is installed after bottom casting complete again, so bottom apparatus for pouring 3 is more than or equal to the length of casting moulds 1 with the spacing of upper strata apparatus for pouring 4, the normal mounting of such guarantee sandwich.The production process of this automatic assembly line is that casting moulds 1 is followed the continuous rotating device 7 of casting moulds due to the effect being subject to frictional force and moved together on the continuous rotating device of casting moulds 7, and the process of deployment of lowermost fibre cloth is completed successively through lower floor's cloth laying apparatus 2, complete base pastes through bottom apparatus for pouring 3 and be cast in casting process on lowermost fibre cloth, sandwich installation process is completed through sandwich installing zone 9, the casting process that upper strata slurry is cast in sandwich surrounding is completed through upper strata apparatus for pouring 4, complete top fiber cloth through upper strata cloth laying apparatus 5 and be laid on process of deployment on the slurry of upper strata, the process cutting off top fiber cloth and lowermost fibre cloth is completed through cutting knife 6, finally complete the production process of whole wallboard.Cutting knife 6 finally lowermost fibre cloth is cut off together with top fiber cloth in the production of wallboard, decreasing cut-out operation like this, reducing cost than separating cut-out.
The continuous rotating device 7 of described casting moulds can be driven by motor sprocket rotation, and sprocket wheel drives chain movement or driven by motor roller to rotate, and roller drives 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 continuous rotating device 7 of described casting moulds comprises the motor 15 be arranged in frame 8, belt 20, roller 17, and motor 15 and roller 17 are in transmission connection, and belt 20 and roller 17 are in transmission connection.Motor 15 drives roller 17 to rotate, and belt 20 due to the action of frictional force, forms the cycle of rotation of belt 20 like this on roller 17.The size and shape of casting moulds 1 customizes according to the size and shape of the wallboard that will manufacture, casting moulds 1 is arranged on belt 20, due to the effect of frictional force, casting moulds 1 is followed belt 20 and is moved, casting moulds 1 completes each operation through each device in moving process, completes the production of wallboard like this.
Lowermost fibre cloth directly can complete laying by a roller, but the tension force of lowermost fibre cloth can be caused so not enough.Therefore, as preferential embodiment, described lower floor cloth laying apparatus 2 comprises the lower floor be arranged in frame 8 and spreads cloth roller 10 and fiber cloth connecting rod 11, and fiber cloth connecting rod 11 is above lower floor's paving cloth roller 10.Lowermost fibre cloth is arranged on fiber cloth connecting rod 11 and is laid on casting moulds 1 through lower floor's paving cloth roller 10, casting moulds 1 gets into smooth due to the effect of the continuous rotating device 7 of casting moulds, such drive lowermost fibre cloth rotates on fiber cloth connecting rod 11, has carried out laying.Like this be arranged so that lowermost fibre is furnished with enough tension force, allow together with lowermost fibre cloth and casting moulds 1 being laid on tightly, slurry cast is evenly.
Top fiber cloth directly can complete laying by a roller, but does not also solidify due to slurry, and top fiber cloth may occur gauffer in process of deployment.Therefore, as preferred embodiment, described upper strata cloth laying apparatus 5 comprises the upper strata paving cloth roller 16, fiber cloth connecting rod 11 and the sychronisation 14 that are arranged in frame 8, fiber cloth connecting rod 11 is above upper strata paving cloth roller 16, and upper strata paving cloth roller 16 is in transmission connection by sychronisation 14 and roller 17.Top fiber cloth to be arranged on fiber cloth connecting rod 11 and to be laid on the slurry of upper strata by upper strata paving cloth roller 16, top fiber is made to be furnished with enough tension force like this, sychronisation 14 makes the velocity of rotation of upper strata paving cloth roller 16 identical with the velocity of rotation of roller 17, upper strata is then allowed to spread cloth roller 16 synchronous with casting moulds 1, allow smooth being laid on the slurry of upper strata of top fiber cloth, avoid the situation occurring 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 and is arranged on roller 17 end and the head sprocket 26 being positioned at frame 8 lateral surface, be arranged on paving cloth roller 16 end, upper strata and be positioned at frame 8 lateral surface from sprocket wheel 32, described head sprocket 26 and be connected with chain 25 between sprocket wheel 32.Such roller 17 rotates and drives head sprocket 26 to rotate, head sprocket 26 be connected with between sprocket wheel 32 chain 25 make head sprocket 26 drive from sprocket wheel 32 rotate together and the rotating speed of head sprocket 26 with consistent from the rotating speed of sprocket wheel 32, thus drive upper strata paving cloth roller 16 to rotate and the upper strata rotating speed that spreads cloth roller 16 is consistent with the rotating speed of roller 17.
Automatically complete because lay top fiber cloth, so may be not forcing together tightly between top fiber cloth and upper strata slurry, therefore, as preferred embodiment, arrange between upper strata cloth laying apparatus 5 and cutting knife 6 and flatten roller 29.Flatten roller 29 and can allow top fiber cloth and upper strata slurry forcing together tightly, there will not be gap.
Because cast slurry is that apparatus for pouring automatic casting completes, casting moulds 1 translational speed and apparatus for pouring water the impact of fluence, cannot well ensure that pulp layer meets the requirements of thickness.Therefore, as preferred embodiment, lower floor's rolling roller 31 is provided with between described bottom apparatus for pouring 3 and upper strata apparatus for pouring 4, upper strata rolling roller 30 is provided with, cutting knife 6 and flatten between roller 29 and be provided with scraper 18 between lower floor's rolling roller 31 and bottom apparatus for pouring 3 between upper strata apparatus for pouring 4 and upper strata cloth laying apparatus 5.Such increase upper strata rolling roller 30 and lower floor's rolling roller 31 just can ensure that the thickness of the starching bed of material and lower pulp layer is in prescribed limit and rolling pulp layer, and such rolling slurry is laid a good foundation for next step operation.Arranging scraper 18 between cutting knife 6 and pressing roller 29 can allow wallboard top fiber cloth more smooth, arranging scraper 18 between lower floor's rolling roller 31 and bottom apparatus for pouring 3 can allow lower floor's slurry first be calibrated, again by lower floor's rolling roller 31 rolling, make lower floor's slurry more easily by rolling like this.
Because one production line will the wallboard of production plurality of specifications, and the thickness of each wallboard is different again.Therefore, as preferred embodiment, described lower floor paving cloth roller 10, upper strata paving cloth roller 16, flatten roller 29, upper strata rolling roller 30, lower floor's rolling roller 31 and scraper 18 be provided with and adjust screw mandrel 24, described each adjustment screw mandrel 24 to be all vertically arranged in frame 8 and to act on lower floor's paving cloth roller 10, upper strata paving cloth roller 16 respectively, flattens roller 29, upper strata rolling roller 30, lower floor's rolling roller 31 and scraper 18.These devices can adjust their height in frame 8 by adjustment screw mandrel 24, thus change the thickness of wallboard itself and the thickness of pulp layer, so production line just can adjust the height of each device according to the production requirement of actual wallboard, reaching a production line can the wallboard of 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 needs installation two mixers 21, but due to the cost of mixer 21 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 bottom and above the continuous rotating device 7 of casting moulds, upper strata apparatus for pouring 4 is depositing funnel 19, dumper 12 is provided with between the side discharging opening 27 of mixer 21 and depositing funnel 19, frame 8 side is provided with the Crane Rail 13 being parallel to frame 8, and described dumper 12 is arranged on Crane Rail 13.Mixer 21 is stirred slurry, slurry injects in dumper 12 from the side discharging opening 27 of mixer 21, dumper 12 moves to depositing funnel 19 place and is injected by slurry in depositing funnel 19 on Crane Rail 13, casting moulds 1 is through mixer 21, slurry is cast on lowermost fibre cloth by the end discharging opening 28 of mixer 21, casting moulds 1 is again through depositing funnel 19, and slurry is cast on sandwich by depositing funnel 19, completes cast.The cost of depositing funnel 19 and dumper 12 is lower than the cost of mixer 21, then depositing funnel 19 and dumper 12 instead of mixer 21, have saved cost.Dumper 12 runs on Crane Rail 13, and dumper 12 has just had fixing conveying track, and easy operation, reduce labour intensity, Crane Rail 13 is parallel with frame 8, and the materials of such Crane Rail 13 are just less, saved cost.Because casting moulds 1 first through bottom apparatus for pouring 3 again through upper strata apparatus for pouring 4, so bottom apparatus for pouring 3 selects mixer 21, upper strata apparatus for pouring 4 selects depositing funnel 19, mixer 1 is stirred slurry just can start production line, casting moulds 1 is after mixer 21, arrive mixer 21 in the process of depositing funnel 19 and just slurry transferring to depositing funnel 19, so just can save the production time.
Because mixer 21 needs manually first to prepare various raw material, be re-introduced in mixer 21, mixer 21 just can complete and stir and cast, such lost labor and production efficiency is slow.Therefore, as preferred embodiment, described mixer 21 side is provided with material tower 23 and material conveyer belt 22, and mixer 21 is connected with material tower 23 by material conveyer belt 22.Such mixer 21 does not just need workman's deallocation material and material is injected in mixer 21, reduces the labour intensity of workman, improves production efficiency.
Embodiment
As shown in figs. 1 to 6, the continuous rotating device 7 of described casting moulds comprises the motor 15 be arranged in frame 8, belt 20, roller 17, and motor 15 and roller 17 are in transmission connection, and belt 20 and roller 17 are in transmission connection.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 bottom and above the continuous rotating device 7 of casting moulds, 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 depositing funnel 19, frame 8 side is provided with the Crane Rail 13 being parallel to frame 8, and dumper 12 is arranged on Crane Rail 13.Mixer 21 side is provided with material tower 23 and material conveyer belt 22, and mixer 21 is connected with material tower 23 by material conveyer belt 22.Lower floor's cloth laying apparatus 2 is fiber cloth connecting rod 11 and lower floor's paving cloth roller 10.Upper strata cloth laying apparatus 5 is fiber cloth connecting rod 11, upper strata paving cloth roller 16, be arranged on roller 17 end and be positioned at the head sprocket 26 of frame 8 lateral surface, be arranged on paving cloth roller 16 end, upper strata and be positioned at frame 8 lateral surface from sprocket wheel 32, head sprocket 26 and be connected with chain 25 between sprocket wheel 32.Be provided with between upper strata cloth laying apparatus 5 and cutting knife 6 and flatten roller 29, lower floor's rolling roller 31 is provided with between bottom apparatus for pouring 3 and upper strata apparatus for pouring 4, upper strata rolling roller 30 is provided with, cutting knife 6 and flatten between roller 29 and be provided with scraper 18 between lower floor's rolling roller 31 and bottom apparatus for pouring 3 between upper strata apparatus for pouring 4 and upper strata cloth laying apparatus 5.Lower floor's paving cloth roller 10, upper strata paving cloth roller 16, flatten roller 29, upper strata rolling roller 30, lower floor's rolling roller 31 and scraper 18 be provided with and adjust screw mandrel 24, each adjustment silk 24 bar to be all vertically arranged in frame 8 and to act on lower floor's paving cloth roller 10, upper strata paving cloth roller 16, pressing roller 29, upper strata rolling roller 30, lower floor's rolling roller 31 and scraper 18 respectively.Upper strata paving cloth roller 16, fiber cloth connecting rod 11, mixer 21, scraper 18, lower floor's rolling roller 31, depositing funnel 19, upper strata rolling roller 30, upper strata paving cloth roller 16, fiber cloth connecting rod 11, pressing roller 29, scraper 18, cutting knife 6 are arranged in frame 8 successively, this installation direction is identical with the moving direction of casting moulds 1 in frame 8, and the spacing between lower floor's rolling roller 31 and depositing funnel 19 is greater than the length of casting moulds 1.
The course of work of the present invention is:
Casting moulds 1 is placed on belt 20, and belt 20 uniform motion under the drive of motor 15, completes following operation at the volley:
The first step, in material tower 23, various material injects according to a certain ratio and is transported to mixer 21 by material conveyer belt 22;
Second step, the slurry that mixer 21 is stirred injects dumper 12 from side discharging opening 27, and slurry is transported to depositing funnel 19 and injected in depositing funnel 19 by dumper 12;
3rd step, lowermost fibre cloth launches and is laid on the base plate of casting moulds 1 by lower floor's paving cloth roller 10;
4th step, the end discharging opening 28 of mixer 21 pours into a mould base pastes;
5th step, scraper 18 strikes off base pastes;
6th step, lower floor's rolling roller 31 rolling base pastes;
7th step, workman by ready wallboard sandwich concora crush on base pastes;
8th step, slurry is cast in sandwich surrounding by depositing funnel 19;
9th step, rolling roller 30 rolling upper strata, upper strata slurry;
Tenth step, top fiber cloth launches and is laid on the slurry of upper strata by upper strata paving cloth roller 16;
11 step, flattens roller 29 and top fiber cloth and upper strata slurry is compressed and are pressed into certain depth;
12 step, scraper 18 strikes off top fiber cloth;
13 step, cutting knife 6 cuts off lowermost fibre cloth and top fiber cloth.
Above-mentioned operation operates continuously, achieves mechanization production.
Claims (9)
1. building wall board automatic assembly line, it is characterized in that: comprise frame (8), be arranged on the continuous rotating device of casting moulds (7) in frame (8), be arranged on upper lower floor's cloth laying apparatus (2) being also arranged in the continuous rotating device of casting moulds (7) top successively of frame (8), bottom apparatus for pouring (3), upper strata apparatus for pouring (4), upper strata cloth laying apparatus (5), cutting knife (6), there is between bottom apparatus for pouring (3) and upper strata apparatus for pouring (4) sandwich installing zone (9), the length of sandwich installing zone (9) is more than or equal to the length of casting moulds (1), 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 the continuous rotating device of casting moulds (7), upper strata apparatus for pouring (4) is depositing funnel (19), dumper (12) is provided with between the side discharging opening (27) of mixer (21) and depositing funnel (19), frame (8) side is provided with the Crane Rail (13) being parallel to frame (8), described dumper (12) is arranged on Crane Rail (13).
2. building wall board automatic assembly line as claimed in claim 1, it is characterized in that: the continuous rotating device of described casting moulds (7) comprises rack-mounted motor (15), belt (20), roller (17), motor (15) and roller (17) are in transmission connection, and belt (20) and roller (17) are in transmission connection.
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 the lower floor be arranged in frame (8) and spreads cloth roller (10) and fiber cloth connecting rod (11), and fiber cloth connecting rod (11) is in the top of lower floor's paving cloth roller (10).
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 upper strata paving cloth roller (16) be arranged in frame (8), fiber cloth connecting rod (11) and sychronisation (14), fiber cloth connecting rod (11) is in the top on upper strata paving cloth roller (16), and upper strata paving cloth roller (16) 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 and is arranged on roller (17) end and the head sprocket (26) being positioned at frame (8) lateral surface, be arranged on paving cloth roller (16) end, upper strata and be positioned at frame (8) lateral surface from sprocket wheel (32), described head sprocket (26) and be connected with chain (25) between 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 cutting knife (6) and flatten roller (29).
7. building wall board automatic assembly line as claimed in claim 6, it is characterized in that: between described bottom apparatus for pouring (3) and sandwich installing zone (9), be provided with lower floor's rolling roller (31), upper strata rolling roller (30) is provided with, cutting knife (6) and flatten between roller (29) and be provided with scraper (18) between lower floor's rolling roller (31) and bottom apparatus for pouring (3) between upper strata apparatus for pouring (4) and upper strata cloth laying apparatus (5).
8. as the building wall board automatic assembly line in claim 3 ~ 7 as described in any one claim, it is characterized in that: described lower floor's paving cloth roller (10), upper strata paving cloth roller (16), flatten roller (29), upper strata rolling roller (30), lower floor's rolling roller (31) and scraper (18) are provided with and adjust screw mandrel (24), described each adjustment screw mandrel (24) is all vertically arranged on frame (8) and goes up and act on lower floor's paving cloth roller (10) respectively, upper strata paving cloth roller (16), flatten roller (29), upper strata rolling roller (30), lower floor's rolling roller (31) and scraper (18).
9. as the building wall board automatic assembly line in claim 1 ~ 7 as described in any one claim, it is characterized in that: described mixer (21) side is provided with material tower (23) and material conveyer belt (22), mixer (21) is connected with material tower (23) by material conveyer belt (22).
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 |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210476870.7A CN102941621B (en) | 2012-11-22 | 2012-11-22 | Automatic production line of building wallboards |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN102941621A CN102941621A (en) | 2013-02-27 |
| CN102941621B true CN102941621B (en) | 2015-02-25 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201210476870.7A Expired - Fee Related CN102941621B (en) | 2012-11-22 | 2012-11-22 | Automatic production line of building wallboards |
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| Country | Link |
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| CN (1) | CN102941621B (en) |
Families Citing this family (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104816379B (en) * | 2015-05-14 | 2017-02-22 | 王旭广 | Full-automatic production line for light wallboard |
| CN105500517B (en) * | 2015-12-22 | 2017-09-15 | 重庆市臻成建材有限公司 | A kind of building wall board automatic assembly line |
| CN106272944B (en) * | 2016-09-06 | 2017-12-01 | 淮北中阳矿山机械有限公司 | A kind of production method and production line of lightweight concrete Multifunction wall board |
| 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 |
| 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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| MY120547A (en) * | 1997-08-29 | 2005-11-30 | Boral Resources Nsw Pty Ltd | Building panel and method and apparatus of forming same |
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|---|---|---|---|---|
| CN100999104A (en) * | 2006-12-25 | 2007-07-18 | 山东大学 | Mechanization production line of cement sand wich light wall board |
| CN101245652A (en) * | 2008-03-17 | 2008-08-20 | 王景满 | High-heat preserving high-sound insulation high-strength seamless ultra-hollow wall board and technique thereof |
| CN201224149Y (en) * | 2008-05-14 | 2009-04-22 | 国兴玉 | Column connected light sandwich wallboard production unit |
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| CN102941621A (en) | 2013-02-27 |
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