CN201677385U - Fully-automatic decoration gypsum board forming production line - Google Patents
Fully-automatic decoration gypsum board forming production line Download PDFInfo
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- CN201677385U CN201677385U CN2010201875455U CN201020187545U CN201677385U CN 201677385 U CN201677385 U CN 201677385U CN 2010201875455 U CN2010201875455 U CN 2010201875455U CN 201020187545 U CN201020187545 U CN 201020187545U CN 201677385 U CN201677385 U CN 201677385U
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Abstract
The utility model discloses a fully-automatic decoration gypsum board forming production line, which comprises a gypsum powder mixing stirrer, a gypsum powder belt conveyor, an automatic gypsum slurry stirrer, a slope vibration platform, a double-frequency low-rise rolling forming platform, a linear transmission platform and a right-angle turning device which are sequentially arranged to integrally form the closed automatic production line. The forming production line basically needs no manual participation to complete production of decoration gypsum boards, and produced gypsum boards are substantially reduced in temperature deflection and water absorption rate.
Description
Technical field
The utility model relates to building material machinery field, particularly relates to the gypsum plaster ceiling board forming production line.
Background technology
Gypsum plaster ceiling board production has nearly 30 years history, adopts offhand so far mostly, and its labour intensity is big, production efficiency is low; Product appearance is coarse, poor flatness, size instability.Although some relevant machineries such as domestic now existing plasterboard direction vibration pushing moulding, closed circular line all do not reach the requirement that real full automatic mechanical is produced the glass fibre decorated gypsum board.
Below domestic several main moulding process are simply introduced:
1, dolly vibrating casting moulding
The moulding of dolly vibrating casting is that mould is lain on the dolly, covers a cover mold on the mould, and the center of cover mold has plug hole (about 50mm).During moulding, dolly is transported to shake table, and shake table is opened in starter gate valve goalkeeper dolly locking back, and slurry is injected mould molding from plug hole.
The shortcoming of this technology is: (1) shaping speed is slower, pass through last shake table, locking, hopper, unlatching shake table, slip casting, seals, unblanks, operation such as shake table down, and molding time is 4 a minutes/sheet.(2) easily produce pore; Since slurry when cast nowed forming irregular, when particularly doing porose plasterboard, be easy to generate pore.
2, vertical vibrating moulding by casting
The vertical vibrating moulding by casting is exactly when moulding, and mould uprightly is placed on the shake table, and locking is supported with hardboard in the both sides of mould, and the top of mould is full open type sprue gate, and hopper is connected with the sprue gate; During moulding, open shake table, slurry is injected mould molding from hopper.
The shortcoming of this technology is: (1) shaping speed is slow; Adorn gripper shoe, locking, pour into a mould, condense, unblank, tear open operations such as hardboard, the demoulding, sawing sprue gate through the dress mould, molding time is 20 a minutes/sheet.(2) mass defect: because upright vibrating grouting, slurry precipitates downwards, and it is following heavy to form product, the defective that the top is light.
3, compression moulding
Land plaster, glass fibre, perlite are mixed, then sizing material, set retarder, water are stirred with compound and becomes half wet shape material, the mould of packing into is wipeed off, cover mold, uses forcing press to the mould extrusion forming.
The shortcoming of this technology is: (1) Mold Making difficulty is big; Compression moulding needs practical punching block, and soft mould cooperates, and manufacture difficulty is very big.(2) sizing material complex process, glass fibre and gypsum dry powder are difficult to disperse.
Also there is the report of decorated gypsum board automatic production line in more external research units, as Japan, France, Spain etc., but data shows, external plant equipment can only be produced the above plasterboard of thickness 30mm, be not suitable for China's thin plate (12-16mm) production, and the import equipment costliness, every cover price is about 1,000,000 dollars.
The utility model content
Technical problem to be solved in the utility model is, defective at existing gauge stuff ceiling moulding, the utility model provides a kind of full-automatic decorated gypsum board forming production line, it need not artificial participation substantially, can finish the production of decorated gypsum board, and the plasterboard of producing is reduced significantly all by warm amount of deflection, water absorption rate.
For solving the problems of the technologies described above, the technical scheme that the utility model adopted is: a kind of full-automatic decorated gypsum board forming production line, it comprises that roll forming platform, straight line delivery platform and right-angled bend device are formed its whole formation one closed automatic production line to land plaster mixing and blending machine, land plaster feed belt machine, automation gypsum slurry mixer, ramp type shaking platform, the double frequency that is provided with in proper order by a narrow margin.
This land plaster mixing and blending machine comprises that one is installed in the agitator on the base, and the stirring piece by the flour stirring driven by motor is installed in this agitator, and the bottom of this agitator is equipped with the spiral drawing mechanism by speed governing discharging driven by motor.
This automation gypsum slurry mixer comprises a central turnplate by travel switch and buncher control, the exterior string position of this central turnplate is by 45 ° of uniform 8 independently little agitators, the top of each agitator is equipped with little agitator, the bottom of this little agitator is provided with a discharging opening, on this discharging opening charging valve is installed; The installation that also distributes around central turnplate supplies the land plaster machine and supplies the glass fibre machine automatically with automatic waterer, the automatic gauge that little agitator matches.
This automatic gauge comprises the storage vat that is arranged on the support for the land plaster machine, and the bottom of this storage vat also is provided with the spiral drawing mechanism that is driven by reinforced buncher.
This automatic waterer comprises the water butt that is arranged on the support, and the top of this water butt is provided with the ball-cock assembly that is communicated with the water source, and the quantitative water supply valve by buncher control is installed in the bottom of this water butt.
Should comprise a glass bucket for the glass fibre machine automatically, this glass bucket top is equipped with reinforced vibrator, and the inwall of this glass bucket also is equipped with electrostatic equipment; A pusher cylinder is installed in the bottom of this glass bucket, in this pusher cylinder a pushing piston is installed also, offers storage hole on this pushing piston.
Below this slope vibratory platform the intermediate frequency bobbing machine is installed, and the oblique angle of slope vibratory platform is 30 °, this oblique angle adjusting range is ± 5 °.
This double frequency roll forming platform by a narrow margin comprises a shake table base, by vibrating spring one shaking platform is installed on this shake table base, one intermediate frequency bobbing machine is installed below this shaking platform, also be provided with two grooves on this shaking platform, the electric chain device that the boosting catch is housed is in two grooves; One end of shake table base also is supported with ramp type cover mold pavilion frame by rotating circular shaft; The inclined-plane of this ramp type cover mold pavilion frame up, and its than low side towards the production line traffic direction; One end of this shaking platform also is provided with a cylinder base by the cylinder spring, and an electric power pressure roller is installed on this cylinder base, and this electric power pressure roller is installed in the front end of cover mold pavilion frame, and the bottom of this cylinder base is equipped with a dither motor.
The vibration frequency of this intermediate frequency bobbing machine is 1400 times/minute, and amplitude is 0.5-1.5mm; The vibration frequency of this dither motor is 2800 times/minute, and amplitude is 0.5-1.5mm.This right-angled bend device comprises the cylinder group that is installed on the delivery platform frame, this cylinder group is made up of a plurality of cylinders that are set up in parallel, and driving-chain row is installed between adjacent two cylinders, this cylinder group and driving-chain row are divided into upper and lower two bed devices, cylinder group is last, driving-chain comes down, at horizontal and vertical right-angle side of cylinder group infeed stroke switch and vertical travel switch is installed respectively; Be provided with below this driving-chain row is installed on the chain wheel support of chain row jacking system, and this chain jacking system is connected with vertical travel switch, this cylinder group is connected with the infeed stroke switch.
Technological process of the present utility model is: material is stirred in (1) mixing: with the land plaster mixing and blending machine raw materials such as land plaster are mixed, by land plaster feed belt machine material is delivered to automatic gauge for the land plaster machine, automatic gauge supplies the land plaster machine with land plaster weight feed automation gypsum slurry mixer.(2) the automation gypsum slurry stirs: along with the rotation of automation gypsum slurry mixer, add raw material and glass fibres such as entry, land plaster respectively at different station, finish the whipping process of gypsum slurry automatically, and automatic slurry discharging.(3) ramp type vibration: the bed die of mould places on the ramp type shaking platform, and gypsum slurry injects mould automatically after transit mixer stirs; Mould moves ahead on the ramp type shaking platform and vibrates, and marches to double frequency cover mold (manually) during shaking platform by a narrow margin.(4) double frequency vibration rolling moulding by a narrow margin: mould is entering under the drive of electric chain under the height-adjustable electric power pressure roller, and through double frequency vibration rolling moulding by a narrow margin, clout flows into the mold flashing groove.(5) curing, the demoulding: in type mould moves ahead on the straight line delivery platform, condenses; Move to the demoulding district demoulding (manually).The mould of the demoulding repeats to get back on the production line.
Compared with prior art, the beneficial effect that the utility model had is: the utility model has been realized automatic feed, stirring, accurate measurement automatically; And the employing photoelectric positioning system has been realized the synchronous operation of blowing and mould; The utility model all is rapid automatized production from feed, metering, stirring, vibration, roll forming, has improved production efficiency, and its gypsum board manufacture speed reaches 15 seconds/sheet, plate production rate be 240/time, raise the efficiency 16 times than traditional handicraft; Adopt double frequency vibration rolling one-shot forming by a narrow margin, solved the technical barrier that slurry bubble is got rid of in the decorated gypsum board production process, make the percentage of A-class goods of product reach 99.5%, improve 6.5% than traditional handicraft.As shown in the table, every physical and chemical index that the utility model is produced product meets or exceeds national standard, and presentation quality manual production especially is incomparable.
| Project | Be subjected to warm amount of deflection | Anti-fractureing | Water absorption rate |
| Product | 0.5mm? | 12kg? | 3％? |
| National standard | 8mm? | 9kg? | 20％? |
Description of drawings:
Fig. 1 is that the structural representation of the utility model one embodiment production status is always schemed.
Fig. 2 is the utility model land plaster mixing and blending machine structural representation.
Fig. 3 is the structural representation of the utility model automation gypsum slurry mixer.
Fig. 4 is the structural representation of the utility model automatic waterer.
Fig. 5 is the structural representation of the utility model automatic gauge for the land plaster machine.
Fig. 6 is the structural representation that the utility model supplies the glass fibre machine automatically.
Fig. 7 is the utility model double frequency structural representation of roll forming platform by a narrow margin.
Fig. 8 is the structural representation of the utility model right-angled bend device.
The specific embodiment
As shown in Figure 1, the land plaster mixing and blending machine 1 that the utility model one embodiment is provided with by order, land plaster feed belt machine 2, automation gypsum slurry mixer 4, ramp type shaking platform 8, double frequency roll forming platform 13, straight line delivery platform 14 and right-angled bend device 7 are by a narrow margin formed, its whole formation one closed automatic production line.
As shown in Figure 2, this land plaster mixing and blending machine 1 comprises that one is installed in the agitator 22 on the base 24, stirring piece 23 by the flour stirring driven by motor is installed in this agitator 22, and the bottom of this agitator 22 is equipped with the spiral drawing mechanism 21 by speed governing discharging driven by motor.This land plaster mixing and blending machine 1 stirs land plaster and other composite materials, and it once can stir 3 tons of dry powder, uses for class of production line (4 hours), need not shut down reinforced midway.
As shown in Figure 1 and Figure 2, the bottom of this spiral drawing mechanism 21 also is provided with land plaster feed belt machine 2, and this land plaster feed belt machine 2 is existing known feed belt machine, therefore adds narration no longer herein.
By Fig. 1, Fig. 3 as can be known, this automation gypsum slurry mixer 4 comprises a central turnplate 46 by travel switch and buncher control, the exterior string position of this central turnplate 46 is by 45 ° of uniform 8 little agitators 44 of taper independently, the top of each taper agitator 44 is equipped with little agitator 45, the bottom of the little agitator 44 of this taper is provided with a discharging opening, and charging valve 43 is installed on this discharging opening.The installation that also distributes around rotating disk 46 supplies land plaster machine 3 and supplies glass fibre machine 6 automatically with automatic waterer 5, the automatic gauge that little agitator 44 matches.
When these automation gypsum slurry mixer 4 runnings, buncher drives central turnplate 46 and rotates, this central turnplate 46 can be stopped in 8 different stations by travel switch control also simultaneously, the time that stops is regulated by the time relay, make this automation gypsum slurry mixer 4 intermittent movements, when running to automatic waterer 5, in little agitator 44, add water automatically, when running to automatic gauge, add land plaster automatically for land plaster machine 3, when running to the automatic glass fibre etc. that adds automatically during for glass fibre machine 6, utilize little agitator 45 that it is stirred when adding various batching more simultaneously, to the last the gypsum slurry that stirs is put on the mold bottom die 9 that is positioned on the follow-up ramp type shaking platform 8 automatically during a station, thereby automatically gypsum slurry is transported to assigned address, and these automation gypsum slurry mixer 4 rotary speeies are 120-160 second/circle, with follow-up double frequency by a narrow margin the speed of vibration rolling equate.
As shown in Figure 4, this automatic gauge comprises the storage vat 25 that is arranged on the support for land plaster machine 3, and the bottom of this storage vat 25 also is provided with the spiral drawing mechanism 21 that is driven by reinforced buncher 26.Should adjust time and speed by the time relay and frequency converter by reinforced buncher 26, thereby control discharging quantity by the adjusting of time and speed.After land plaster mixing and blending machine 1 mixes the plaster plate making raw material, by land plaster feed belt machine 2 material is delivered to automatic gauge for land plaster machine 3 like this, automatic gauge is given automation gypsum slurry mixer 4 with the land plaster weight feed again for land plaster machine 3.
As shown in Figure 5, this automatic waterer 5 comprises the water butt 27 that is arranged on the support, and the top of this water butt 27 is provided with the ball-cock assembly 28 that is communicated with the water source, and the bottom of this water butt 27 is equipped with the quantitative water supply valve 29 by buncher control.Like this, this automatic waterer can be controlled output by quantitative water supply valve 29 automatically by the water yield in the ball-cock assembly 28 control water butts 27, when station is specified in little agitator 44 arrival, require to supply water according to prescription, thereby replaced original water work that manually adds with mechanical action.
As shown in Figure 6, this comprises a glass bucket 30 for glass fibre machine 6 automatically, and these glass bucket 30 tops are equipped with reinforced vibrator 33, and the inwall of this glass bucket 30 also is equipped with the electrostatic equipment (not shown); A pusher cylinder 32 is installed in the bottom of this glass bucket 30, and a pushing piston 31 also is installed in this pusher cylinder 32, offers storage hole 34 on this pushing piston 31.At reinforced vibrator 26 with go under the acting in conjunction of electrostatic equipment, glass fibre forms dispersity and can the smooth and easy storage hole 34 that enters pushing piston 31, and pushing piston 31 moves ahead, and glass fibre is released pusher cylinder 32, and glass fibre is fallen into little agitator 44.Pushing piston 31 returns, and begins work for the second time again.
This ramp type shaking platform 8 is open by Chinese utility model patent ZL200720181816.4, thereby only underdraws at this.Below this slope vibratory platform 8 the intermediate frequency bobbing machine is installed, and the oblique angle of slope vibratory platform is 30 °, also can adjusts angle according to the slurry situation simultaneously, adjusting range is ± 5 °.Gypsum material in the mould that is positioned on this ramp type shaking platform is flowed forward along the production line trend, form the few slurry distribution scenario in preceding many backs, thereby satisfy the requirement of follow-up roll forming.As shown in Figure 7, this double frequency roll forming platform 13 by a narrow margin comprises a shake table base 136, by vibrating spring 134 shaking platform 133 is installed on this shake table base 136, one intermediate frequency bobbing machine 135 is installed below this shaking platform 133, the vibration frequency that this intermediate frequency bobbing machine 135 provides for shaking platform 133 is 1400 times/minute, promptly when this intermediate frequency bobbing machine 135 started, shaking platform 133 kept upper and lower vibration with 1400 times/minute vibration frequency, and its amplitude is 0.5-1.5mm.Also be provided with two grooves on this shaking platform 133, electric chain 137 devices that the boosting catch is housed are in two grooves.One end of shake table base 136 also is supported with ramp type cover mold pavilion frame 11 by rotating circular shaft.The inclined-plane of this ramp type cover mold pavilion frame 11 up, and its than low side towards the production line traffic direction, thereby provide a motion platform for plasterboard cover mold 10.One end of this shaking platform 133 also is provided with a cylinder base 49 by cylinder spring 48, one electric power pressure roller 12 is installed on this cylinder base 49, and make this electric power pressure roller 12 be installed in the front end of cover mold pavilion frame 11, the height of this electric power pressure roller 12 can be regulated according to the height of plasterboard mould.The bottom of this cylinder base 49 is equipped with a dither motor (not shown), and the vibration frequency of this dither motor is 2800 times/minute, and amplitude is 0.5-1.5mm, makes electric power pressure roller 12 also with the upper and lower vibration of 2800 times/minute vibration frequency like this.When this double frequency by a narrow margin during vibration rolling shaped platform 13 operation, the boosting catch of electric chain 137 promotes plasterboard mold bottom die 9 and moves ahead toward electric power pressure roller 12 directions, gypsum slurry is wandering under the effect of shaking platform 133 to be full of bed die 9 and to discharge bubble in the slurry, when bed die 9 advances to cover mold pavilion frame 11, cover mold 10 on the cover mold pavilion frame 11 slides from cover mold pavilion frame 11, and connect automatically with bed die 9, then through 12 rolls forming of electric power pressure roller.When gypsum slurry in power cylinder 12 roll dies is defeated in electricity consumption, the middle frequency vibration that is transferred to bed die 9 by shaking platform 133 is transferred to the dither of cover mold 10 and forms the double frequency vibrating mode with electric power pressure roller 12, shake after making bubble in the gypsum slurry by forward direction and press and go out, reach the purpose of getting rid of the plasterboard pore.
This straight line delivery platform 14 is a prior art, thereby no longer adds narration at this.
As Fig. 1, shown in Figure 8, the terminal of straight line delivery platform 14 of the present utility model is provided with right-angled bend device 7, this right-angled bend device 7 comprises the cylinder group 17 that is installed on the delivery platform frame 50, this cylinder group 17 is made up of a plurality of cylinders that are set up in parallel, and driving-chain row 18 is installed between adjacent two cylinders, this cylinder group 17 and driving-chain row 18 are divided into upper and lower two bed devices, cylinder group 17 is last, driving-chain row 18 installs infeed stroke switch 19 and vertical travel switch 20 down respectively at horizontal and vertical right-angle side of cylinder group 17.Below being installed in, this driving-chain row 18 is provided with on the chain wheel support 51 of chain row jacking system 52.This chain jacking system 52 is connected with vertical travel switch 20, and this cylinder group 17 is connected with infeed stroke switch 19.Like this when mould when straight line delivery platform 14 moves to right angle turn, when being assumed to be vertical top, infeed stroke switch 19 stops the motion of cylinder group 17, vertically travel switch 20 starts chain row jacking system 52 rise driving-chain rows 18, and under this driving-chain row 18 drive, order about mould and laterally move ahead and change the craspedodrome direction.This right-angled bend device 7 and circular arc turning machine relatively more can make full use of the space and transmit, and reduce direct cost, and plasterboard coagulates the stage in being in when the turning, use the right-angled bend stationary transfer, more can make the plate face reach bright and clean smooth requirement.
Motion mode, duty, the running time of above all parts of the utility model are all controlled by the PLC intelligence control system.Every equipped PLC Based Intelligent Control cabinet of automatic assembly line.During operation, as long as open the respective switch of production line, after equipment can be finished dry powder blend stirring, slurry stirring automatically, blowing, vibration, (manually) cover mold automatically by the program that weaves, through roll forming, on conveyer belt, solidify, (manually) demoulding, and reach the purpose of plasterboard automatic moulding.
As shown in Figure 1, also be provided with the work overline bridge 16 of convenient work on the full-automatic decorated gypsum board forming production line of the utility model.
The utility model mechanically actuated is simple, and per tour only needs four workmans: a watch-dog, and a cover mold, a demoulding, the plasterboard of a carrying moulding can be finished whole decorated gypsum board production process.
The beneficial effects of the utility model are: machinery production replaced hand labour, reduce dust pollution, improve work situation, reduce the work degree, reduce production costs, enhance productivity,
Its product (plasterboard) good looking appearance, flatness is good, dimensionally stable, every physical and chemical index all is better than national standard.
Claims (10)
1. full-automatic decorated gypsum board forming production line, it is characterized in that comprising that roll forming platform, straight line delivery platform and right-angled bend device are formed its whole formation one closed automatic production line to land plaster mixing and blending machine, land plaster feed belt machine, automation gypsum slurry mixer, ramp type shaking platform, the double frequency that is provided with in proper order by a narrow margin.
2. full-automatic decorated gypsum board forming production line according to claim 1, it is characterized in that, this land plaster mixing and blending machine comprises that one is installed in the agitator on the base, stirring piece by the flour stirring driven by motor is installed in this agitator, and the bottom of this agitator is equipped with the spiral drawing mechanism by speed governing discharging driven by motor.
3. full-automatic decorated gypsum board forming production line according to claim 1, it is characterized in that, this automation gypsum slurry mixer comprises a central turnplate by travel switch and buncher control, the exterior string position of this central turnplate is by 45 ° of uniform 8 independently little agitators, the top of each agitator is equipped with little agitator, the bottom of this little agitator is provided with a discharging opening, on this discharging opening charging valve is installed; The installation that also distributes around central turnplate supplies the land plaster machine and supplies the glass fibre machine automatically with automatic waterer, the automatic gauge that little agitator matches.
4. full-automatic decorated gypsum board forming production line according to claim 3, it is characterized in that, this automatic gauge comprises the storage vat that is arranged on the support for the land plaster machine, and the bottom of this storage vat also is provided with the spiral drawing mechanism that is driven by reinforced buncher.
5. full-automatic decorated gypsum board forming production line according to claim 3, it is characterized in that, this automatic waterer comprises the water butt that is arranged on the support, the top of this water butt is provided with the ball-cock assembly that is communicated with the water source, and the quantitative water supply valve by buncher control is installed in the bottom of this water butt.
6. full-automatic decorated gypsum board forming production line according to claim 3 is characterized in that, this comprises a glass bucket for the glass fibre machine automatically, and this glass bucket top is equipped with reinforced vibrator, and the inwall of this glass bucket also is equipped with electrostatic equipment; A pusher cylinder is installed in the bottom of this glass bucket, in this pusher cylinder a pushing piston is installed also, offers storage hole on this pushing piston.
7. full-automatic decorated gypsum board forming production line according to claim 1 is characterized in that, the intermediate frequency bobbing machine is installed below this slope vibratory platform, and the oblique angle of slope vibratory platform is 30 °, and this oblique angle adjusting range is ± 5 °.
8. full-automatic decorated gypsum board forming production line according to claim 1, it is characterized in that, this double frequency roll forming platform by a narrow margin comprises a shake table base, by vibrating spring one shaking platform is installed on this shake table base, one intermediate frequency bobbing machine is installed below this shaking platform, also be provided with two grooves on this shaking platform, the electric chain device that the boosting catch is housed is in two grooves; One end of shake table base also is supported with ramp type cover mold pavilion frame by rotating circular shaft; The inclined-plane of this ramp type cover mold pavilion frame up, and its than low side towards the production line traffic direction; One end of this shaking platform also is provided with a cylinder base by the cylinder spring, and an electric power pressure roller is installed on this cylinder base, and this electric power pressure roller is installed in the front end of cover mold pavilion frame, and the bottom of this cylinder base is equipped with a dither motor.
9. full-automatic decorated gypsum board forming production line according to claim 8 is characterized in that the vibration frequency of this intermediate frequency bobbing machine is 1400 times/minute, and amplitude is 0.5-1.5mm; The vibration frequency of this dither motor is 2800 times/minute, and amplitude is 0.5-1.5mm.
10. full-automatic decorated gypsum board forming production line according to claim 1, it is characterized in that, this right-angled bend device comprises the cylinder group that is installed on the delivery platform frame, this cylinder group is made up of a plurality of cylinders that are set up in parallel, and driving-chain row is installed between adjacent two cylinders, and this cylinder group and driving-chain row are divided into upper and lower two bed devices, and cylinder group is last, driving-chain comes down, at horizontal and vertical right-angle side of cylinder group infeed stroke switch and vertical travel switch is installed respectively; Be provided with below this driving-chain row is installed on the chain wheel support of chain row jacking system, and this chain jacking system is connected with vertical travel switch, this cylinder group is connected with the infeed stroke switch.
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| Application Number | Priority Date | Filing Date | Title |
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| CN2010201875455U CN201677385U (en) | 2010-05-12 | 2010-05-12 | Fully-automatic decoration gypsum board forming production line |
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| Application Number | Priority Date | Filing Date | Title |
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| CN2010201875455U CN201677385U (en) | 2010-05-12 | 2010-05-12 | Fully-automatic decoration gypsum board forming production line |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102241052A (en) * | 2010-05-12 | 2011-11-16 | 平江县天元建材科技有限公司 | Full-automatic molding production line for decorative gypsum board |
| CN102294737A (en) * | 2011-09-24 | 2011-12-28 | 湖南天牌实业有限公司 | Large-size fibrous gypsum board forming device |
| CN102350728A (en) * | 2011-09-24 | 2012-02-15 | 湖南天牌实业有限公司 | Large fibrous plaster molding device |
| CN104552589A (en) * | 2015-01-06 | 2015-04-29 | 石家庄隆升机械设备有限公司 | Fibrous plaster board production line and production technique |
| CN113733338A (en) * | 2021-07-23 | 2021-12-03 | 梦牌新材料(平邑)有限公司 | Diamond paper-surface gypsum board forming device and method |
-
2010
- 2010-05-12 CN CN2010201875455U patent/CN201677385U/en not_active Expired - Fee Related
Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102241052A (en) * | 2010-05-12 | 2011-11-16 | 平江县天元建材科技有限公司 | Full-automatic molding production line for decorative gypsum board |
| CN102241052B (en) * | 2010-05-12 | 2013-06-19 | 平江县天元建材科技有限公司 | Full-automatic molding production line for decorative gypsum board |
| CN102294737A (en) * | 2011-09-24 | 2011-12-28 | 湖南天牌实业有限公司 | Large-size fibrous gypsum board forming device |
| CN102350728A (en) * | 2011-09-24 | 2012-02-15 | 湖南天牌实业有限公司 | Large fibrous plaster molding device |
| CN102350728B (en) * | 2011-09-24 | 2013-05-08 | 湖南天牌实业有限公司 | Large fibrous plaster molding device |
| CN104552589A (en) * | 2015-01-06 | 2015-04-29 | 石家庄隆升机械设备有限公司 | Fibrous plaster board production line and production technique |
| CN113733338A (en) * | 2021-07-23 | 2021-12-03 | 梦牌新材料(平邑)有限公司 | Diamond paper-surface gypsum board forming device and method |
| CN113733338B (en) * | 2021-07-23 | 2023-01-24 | 梦牌新材料(平邑)有限公司 | Diamond paper-surface gypsum board forming device and method |
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