CN101648406A - Material distributing technology and equipment of porcelanic ashlar texture brick - Google Patents
Material distributing technology and equipment of porcelanic ashlar texture brick Download PDFInfo
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- CN101648406A CN101648406A CN200910192019A CN200910192019A CN101648406A CN 101648406 A CN101648406 A CN 101648406A CN 200910192019 A CN200910192019 A CN 200910192019A CN 200910192019 A CN200910192019 A CN 200910192019A CN 101648406 A CN101648406 A CN 101648406A
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Abstract
The invention relates to material distributing technology and equipment of a porcelanic ashlar texture brick. The material distributing technology comprises the following steps: preparing powder materials; quantificationally distributing the materials to a transmitting belt platform by a programmable controller in a definite point way; horizontally stacking plug materials to form textures in the transmission process; transmitting the plug materials to a press machine die cavity in such a way of keeping the textures of the plug materials consistent, or transmitting the plug materials to be on abottom material layer which is pushed into the press machine die cavity by a material distributing grating; and pressing the plug materials to form brick blanks with natural marble textures. The material distributing equipment comprises a powder material processing mechanism, a powder material transmitting mechanism, a stand, an inclined material receiving belt mechanism, a transmitting belt mechanism, a height limit synchronous transmitting belt mechanism, an entrance pressure machine material distributing belt mechanism, a bottom material transmitting mechanism, a bottom material box and anautomatic control device, wherein the stand is positioned between a material blending platform which corresponds to a plurality of powder material processing and transmitting mechanisms and a press machine; the inclined material receiving belt mechanism is arranged between the material blending platform and the stand having lower height than the material blending platform; the transmitting belt mechanism is arranged on the stand, connected with the entrance pressure machine material distributing belt mechanism through a transition plate and driven by a drive motor; and the height limit synchronous transmitting belt mechanism is arranged above the transmitting belt mechanism and the entrance pressure machine material distributing belt mechanism.
Description
Technical field
The present invention relates to the distributing technique and the apparatus for distributing thereof of the imitative bag reason of a kind of porcelain brick.
Background technology
The main points of existing ceramic brick distributing technical scheme are: mostly the formation of pattern is to adopt magazine or grid cloth, constitutes pattern by the aberration between the toner material; Its weak point is: the space of a whole page leaves the push-and-pull vestige of indelible grid cloth, and there is unsurmountable obscuring layer on the surface.
Summary of the invention
One of the technical problem to be solved in the present invention, provide and a kind ofly can produce pattern texture in irregular shape and particle effect at random, can realize not having stiff grid cloth vestige again, constitute the distributing technique of the imitative bag reason of the porcelain with three-dimensional texture, drift sand particle texture effect brick.Another technical problem provides the ceramic brick distributing equipment that a kind of production has above-mentioned effect.
In order to solve the problems of the technologies described above, the technical scheme that the present invention proposes provides the distributing technique of the imitative bag reason of a kind of porcelain brick, and its special character is, comprises following operation:
(1) preparation powder;
(2) Programmable Logic Controller fixed point, quantitatively cloth is to the platform of belt conveyor mechanism;
(3) lining is by the long-pending texture that forms of belt conveyor mechanism horizontal stack;
(4) fidelity is delivered to the press die cavity;
(5) compression moulding is the adobe with natural marble grain.
The present invention also proposes the distributing technique of the imitative bag reason of a kind of porcelain brick, and its special character is, comprises following operation:
(1) preparation powder;
(2) Programmable Logic Controller fixed point, quantitatively cloth is to the platform of belt conveyor mechanism;
(3) lining is by the long-pending texture that forms of belt conveyor mechanism horizontal stack;
(4) texture of Xing Chenging is delivered to the press die cavity with remaining unchanged, and covers the bed material upper strata in the cloth grid pushes the press die cavity;
(5) compression moulding is the adobe with natural marble grain.
The present invention also proposes the apparatus for distributing of the imitative bag reason of a kind of porcelain brick distributing technique, comprising:
Some groups of powder casees and conveying mechanism;
Some groups of powder organisation of workings and conveying mechanism;
One press;
Its special character is that described apparatus for distributing also comprises:
Some groups of blanking mechanisms, its top dock with some groups of powder organisation of working conveying mechanisms respectively, and its bottom is connected with the batching platform;
One batching platform is arranged on the bottom of some groups of blanking mechanisms, for blanking mechanism provides material receiving and is delivered on the tilting belt mechanism that connects material;
One frame is arranged between batching platform and the press;
The one tilting belt mechanism that connects material is arranged on the batching platform and highly is lower than between the frame of this batching platform, and conveying can segregation on oblique belt for the powder that this tilting belt mechanism that connects material makes different particle diameters and weight;
One belt conveyor mechanism is being arranged on the frame and the drive motors that is connected with entrance pressure machine material-feeding mechanism drives, after this belt conveyor mechanism is located at the tilting belt mechanism that connects material, on the frame before the entrance pressure machine distributing belt mechanism; Form by No. 1 leather belt roller assembly, tilting No. 2 leather belt roller assemblies, No. 3 leather belt roller assemblies, the retaining powder mechanism that these No. 3 leather belt roller assembly tops are provided with, No. 4 leather belt roller assemblies that dock with these No. 3 leather belt roller assemblies with these No. 2 leather belt roller assembly overlap joints with this No. 1 leather belt roller assembly overlap joint; The top of described belt conveyor mechanism is connected with limit for height synchronous transport belt mechanism, to adapt to the translation of limit for height synchronous transport belt mechanism, the accumulation that various different powders are provided with through its top;
One limit for height synchronous transport belt mechanism, place belt conveyor mechanism and entrance pressure machine distributing belt mechanism top, by backgauge endless belt, backgauge endless belt drive motors, be arranged on the backgauge parting bead on the belt conveyor and be arranged on glass height limiting plate on the limit for height synchronous transport belt mechanism and the glass height limiting plate fixed mechanism of fixing glass height limiting plate is formed; Described limit for height synchronous transport belt mechanism is different powders control height when translation and accumulation;
One entrance pressure machine distributing belt mechanism, by being arranged at the entrance pressure machine distributing belt mechanism drive motors on the frame, the entrance pressure machine distributing belt mechanism driving synchronous belt that is connected with this entrance pressure machine distributing belt mechanism drive motors output shaft, be arranged on after the belt conveyor mechanism and and drive the entrance pressure machine distributing belt assembly composition that synchronous belt is connected with entrance pressure machine distributing belt mechanism; This entrance pressure machine distributing belt mechanism is used as power with drive motors, drives entrance pressure machine distributing belt mechanism and makes back and forth movement, and various different powders are entered the press die cavity with its top limit for height synchronous transport belt mechanism translation, the powder of piling up moulding;
One low material conveyer structure, by place low material conveyer structure drive motors on the frame, place entrance pressure machine distributing belt mechanism bottom, the low material conveying assembly on the low plate top of frame top, the low material conveying assembly driving synchronous belt that is connected with low material conveying assembly drive motors output shaft and low material conveying assembly form, with the conveying bedding and padding;
One low material hopper, it liftably is arranged on the frame, and this low material hopper top is connected with low material powder case by the road;
One automaton is arranged on the frame top, is used to control the electronic circuit of complete machine.
Compared with prior art, the invention has the beneficial effects as follows:
1, abandoned that multitube, grid cloth generate the distributing method of polished bricks textured pattern and the unconquerable grid vestige that causes, provide a kind of by fixed point, the quantitative various pattern fabrics of cloth, pile up, be transported to the press die cavity synchronously by belt conveyor, the distributing method of imitative bag reason pattern tile is made in extrusion forming, the pattern levels are rich of its formation, variation nature.
2, distributing method of the present invention, owing to do not need grid push-and-pull cloth, its superficial makings is clear, obscuring layer is thin, can reduce the cutting polished amount, improves raw-material utilization rate and cuts the waste, and saves polishing water consumption, power consumption, and production cost is reduced significantly.
3, distributing method of the present invention, owing to adopt many group synchronization conveying devices, its floral designs fidelity effect height, formed texture does not cause dim pattern because of grid push-and-pull and blanking, simultaneously can also avoid the segregation phenomena of the micro mist material of different unit weights, particulate material, spraying material in the lining, make the pattern stereoscopic impression of final formation strong, texture-rich, level change natural and tripping; Compare with existing polished bricks pattern texture, removed the grid trace patterns and coordinated more naturally.
4, distributing method of the present invention can satisfy the requirement of various patterns, and the blanking position and the blanking amount of particulate material, micro mist material, spraying material are controlled by programmable device, and the product textured pattern of production is abundant, change various, for the consumer provides more choices.
5, the Imitation Rock Porcelain Tiles product of distributing method production of the present invention has the grain effect of true stone material, and the texture that is better than stone material is arranged simultaneously.
Description of drawings
Fig. 1 is the process flow chart of distributing technique of the present invention.
Fig. 2 is the complete machine structure schematic diagram of apparatus for distributing of the present invention.
Fig. 3～Fig. 7 is the schematic diagram of the belt transferring raw material of belt conveyor mechanism among Fig. 2 to mold process.
Fig. 8 is No. 5 belt conveyor mechanism Controlled by Programmable Controller long-pending schematic diagram of various stockpiles of all kinds on the cloth platform among Fig. 3.
Fig. 9 is the structural representation of Fig. 2 apparatus for distributing.
Figure 10 is the limit for height belt composition schematic diagram of Fig. 8.
Figure 11 is that the B-B of Figure 10 is to cutaway view.
Figure 12 is that the C-C of Figure 10 is to cutaway view.
Number among the figure:
The blanking mechanism 1 batching platform 2 frames 3 tilting belt mechanism 4 that connect material
Limit for height synchronous transport belt mechanism 6 backgauge endless belts 61 drive motors 56 backgauge parting beads 63
Entrance pressure machine distributing belt mechanism 7 drives synchronous belt 72 drive motors 62 fixed mechanisms 65
Entrance pressure machine distributing belt assembly 73 bed material conveying mechanisms 8 drive motors 71 bed material conveying assemblies 82
Powder organisation of working 9 drives synchronous belt 83 drive motors 81 bed material hoppers 84
The broken unit 93 colorant powder casees of powder 91 bed material powder casees 85 comminutors 94
Transfer pipeline 95 press 92
The specific embodiment
The invention will be further described below in conjunction with accompanying drawing:
Fig. 1 shows distributing technique of the present invention.
[embodiment 1]
See also shown in Figure 1ly, the distributing technique of the imitative bag reason of described porcelain brick comprises following operation:
(1) preparation powder;
(2) Programmable Logic Controller fixed point, quantitatively cloth is to the platform of belt conveyor mechanism;
(3) lining is by the long-pending texture that forms of belt conveyor mechanism horizontal stack;
(4) texture is delivered to the press die cavity with remaining unchanged;
(5) compression moulding is the adobe with natural marble grain.
[embodiment 2]
See also shown in Figure 1ly, the distributing technique of the imitative bag reason of described porcelain brick comprises following operation:
(1) preparation powder;
(2) Programmable Logic Controller fixed point, quantitatively cloth is to the platform of belt conveyor mechanism;
(3) lining is by the long-pending texture that forms of belt conveyor mechanism horizontal stack;
(4) texture of Xing Chenging is delivered to the press die cavity with remaining unchanged, and covers the bed material upper strata in the cloth grid pushes the press die cavity;
(5) compression moulding is the adobe with natural marble grain.
Concrete operation:
(1), prepares burden, makes mud by prescription through ball mill grinding; Mud is spray-dried, and to make moisture content be 5%～13% particle powder; Described powder of all kinds is to add colorant in basic slip, mixes, stirs, and spray-driedly makes powder of all kinds;
(2), described micro mist material or particulate material be powder through powder beater or comminutor processing, make the powder particle of micro mist material or different size shape;
(3), micro mist material, particulate material and basic powder of all kinds, by the Programmable Logic Controller fixed point, quantitatively cloth is to the belt conveyor platform; The Controlled by Programmable Controller cloth technique method, be that wherein one or more of micro mist material, particulate material, toner material and basic powder are made up, discharging point and blanking amount by the Controlled by Programmable Controller lining, because the cloth process is with motion synchronously, the formation windrow has continuous slanted bar cloth strip feature or moment blanking in short-term is circular windrow point; These powders are difform heap cloth on the belt conveyor platform; See the accumulation schematic diagram of accompanying drawing 2 Controlled by Programmable Controller of the present invention formed various each colorant on synchronous cloth platform.
(4), be the powder of difformity heap cloth on the belt conveyor platform, be delivered under baffled height limiting plate by guide belt or stock guide, speed-governing belt, in the powder course of conveying, at height limiting plate, under the effect of rebound and retaining device, powder is progressively piled up, and forms texture.See accompanying drawing 3 powders of the present invention in course of conveying, the pattern schematic diagram that stops, piles up.
(5), the cloth bed material: Liftable type bed material bucket is reduced to bed material frame top from original position, starting gate in the motion backward grid carry out cloth, the cloth bed material is finished sychronisation and is risen to original position.
(6), bed material pushes the press die cavity by the cloth grid, lining is delivered to the press die cavity, is directly overlayed the bed material upper strata by belt, makes adobe by the press extrusion forming.
(7), the adobe that is pressed into through super-dry, enter the roller kilns once-firing, firing temperature is 1180～1250 ℃, firing period 50～100 minutes.Adobe corase grind, the polishing of firing become the ceramic polished brick product with grain effect.
Fig. 2～Figure 13 shows apparatus for distributing structure of the present invention.
See also shown in Figure 2, the apparatus for distributing of the imitative bag reason of described porcelain brick distributing technique, comprise: powder organisation of working 9, described powder organisation of working 9 is by seven groups of colorant powder casees 91 and one group of bed material powder case 85, wherein the bottom of colorant powder case 91 is provided with broken unit 93 of powder and comminutor 94, and the broken unit 93 of described powder connects colorant powder casees 91 and bed material powder case 85, blanking mechanism 1 through transfer pipeline 95 respectively; One press 92 is located at frame 3 outsides;
Described apparatus for distributing also comprises:
Six groups of blanking mechanisms 1, its top dock with seven groups of powder organisation of workings, 1 transfer pipeline 95 respectively, and its bottom is connected with batching platform 2;
One batching platform 2 is arranged on the bottom of six groups of blanking mechanisms 1, for blanking mechanism 1 provides material receiving and is delivered on the tilting belt mechanism 4 that connects material;
One frame 3 is arranged between batching platform 2 and the press 92;
The one tilting belt mechanism 4 that connects material is arranged at the bottom of batching platform 2 and the height between the frame 3 of this batching platform 2, and this tilting belt mechanism 4 that connects material utilizes a gradient that different powder footpaths powder big or small and weight is not being mixed on oblique belt;
One belt conveyor mechanism 5 drives with the drive motors that is arranged on the frame 3 and is connected with entrance pressure machine material-feeding mechanism 7 56, and this belt conveyor mechanism 5 is located on the frame 3 before tilting connect material belt mechanism 4 backs, the entrance pressure machine distributing belt mechanism 7; By No. 1 leather belt roller assembly 51, with the tilting No. 2 leather belt roller assemblies 52 of these No. 1 leather belt roller assembly 51 overlap joints, with the retaining powder mechanism 55 of No. 3 leather belt roller assemblies 53 of these No. 2 leather belt roller assemblies 52 overlap joints, these No. 3 leather belt roller assembly 53 tops settings, form by No. 4 leather belt roller assemblies 54 that rebound docks with these No. 3 leather belt roller assemblies; " box " that closes when opening when described belt conveyor mechanism 5 and limit for height synchronous belt mechanism 6 and rebound form piled up translation to adapt to various different powders in belt conveyor mechanism;
One limit for height synchronous belt mechanism 6, place belt conveyor mechanism 5 and entrance pressure machine distributing belt mechanism 7 tops, by backgauge bar synchronous belt 61, backgauge bar synchronous belt drive motors 62, be arranged on the backgauge bar 63 on the synchronous belt and be arranged on the glass height limiting plate 64 of belt conveyor mechanism 5 tops and the glass height limiting plate fixed mechanism 65 of fixing glass height limiting plate 64 is formed; Described limit for height synchronous transport belt mechanism 6 is that different powders are controlled height and helped the transfer lining when translation and accumulation;
One entrance pressure machine distributing belt mechanism 7, by be arranged on the frame 3 entrance pressure machine distributing belt mechanism drive motors 71, the entrance pressure machine distributing belt mechanism that is connected with these entrance pressure machine distributing belt mechanism drive motors 71 output shafts drives belt conveyor 72, be arranged on belt conveyor mechanism 5 backs and drive entrance pressure machine distributing belt assembly 73 compositions that belt conveyor 72 is connected with entrance pressure machine distributing belt mechanism; This entrance pressure machine distributing belt mechanism 7 is used as power with drive motors 71, drives entrance pressure machine distributing belt mechanism 7 and makes back and forth movement, and when reversing, belt rotates from the press die cavity in distributing belt mechanism 7, and translation above it, the powder of piling up moulding are entered press 92 die cavitys;
One bed material conveying mechanism 8, by placing bed material conveying mechanism drive motors 81 on the frame 3, placing the bed material conveying assembly 82 on the base plate top of entrance pressure machine distributing belt mechanism 7 bottoms, frame 3 tops, the bed material conveying assembly that is connected with bed material conveying mechanism drive motors 81 output shafts and bed material conveying assembly 82 to drive belt conveyor 83 to form, with the conveying bedding and padding;
One bed material hopper 84, it liftably is arranged on the frame 3, and these bed material hopper 84 tops are connected with bed material powder case 85 by the road;
One automaton (not shown) is arranged on frame 3 tops, is used to control the electronic circuit of complete machine.
See also Fig. 4～shown in Figure 7, its specific operation process is as follows:
At first, material-pushing frame finishes back drive grid at a last do action and gets back to original position, and cloth assembly one side rotating belt that texture is remained unchanged is got back to original position with material-pushing frame on one side to the mould cavity cloth; In this process, Liftable type bed material hopper 84 from the bottom of the former potential drop to bed material frame top certain distance and from a certain designing requirement of grid position when concordant with funnel and base material projection position starting gate the grid continuing to move is backward carried out cloth, funnel and base material rises to original position before the cloth assembly that texture is remained unchanged is got back to original position, the phase I release.Then, start belt conveyor mechanism 5 and limit for height lazy-tongs 6, lining on the belt is transferred on the belt that makes the cloth assembly that texture remains unchanged with remaining unchanged fast, allow during the amount of a full tile make cloth assembly that texture remains unchanged toward the operation of press direction.Simultaneously, powder organisation of working 9 rotate its main feeding belts through the tilting belt mechanism 4 that connects material on the variable-ratio belt, this belt rotate at this moment make various powders (spraying material, micro mist material, particle) at interval (or not at interval) pile up to form texture by glass height limiting plate 64 and on belt conveyor, when the stockpile of belt conveyor amasss the amount that surpasses a tile, at any time prepare material delivered to and make on the distributing belt that texture remains unchanged the second stage release.
Again, starting material-pushing frame integral body moves to press 92 directions, to cloth foremost the time, using for reference the basic bed material that the cloth pattern of conventional forehand micro mist will fill in grid is distributed in the mould cavity, when making back the removing of assembly that texture remains unchanged subsequently, rotating belt falls into die cavity unchangeably to veined lining, behind the intact lining of cloth, when the cloth assembly that texture is remained unchanged was also got back to original position once more, everything was finished a whole circulation.In whole circulation, entrance pressure machine distributing belt mechanism 7 carries out cloth by designing requirement all the time on its main feed belt, thereby guarantees the continuity of producing.
The above only is preferred embodiment of the present invention, and all equalizations of being done according to claim scope of the present invention change and modify, and all should belong to the covering scope of claim of the present invention.
Claims (3)
1, the distributing technique of the imitative bag reason of a kind of porcelain brick is characterized in that:
(1) preparation powder;
(2) Programmable Logic Controller fixed point, quantitatively cloth is to the platform of belt conveyor mechanism;
(3) lining is by the long-pending texture that forms of belt conveyor mechanism horizontal stack;
(4) texture is delivered to the press die cavity with remaining unchanged;
(5) compression moulding is the adobe with natural marble grain.
2, the distributing technique of the imitative bag reason of a kind of porcelain brick is characterized in that:
(1) preparation powder;
(2) Programmable Logic Controller fixed point, quantitatively cloth is to the platform of belt conveyor mechanism;
(3) lining is by the long-pending texture that forms of belt conveyor mechanism horizontal stack;
(4) texture of Xing Chenging is delivered to the press die cavity with remaining unchanged, and covers the bed material upper strata in the cloth grid pushes the press die cavity;
(5) compression moulding is the adobe with natural marble grain.
3, the apparatus for distributing of the imitative bag reason of a kind of porcelain brick distributing technique comprises:
Some groups of powder casees and conveying mechanism;
Some groups of powder organisation of workings and conveying mechanism;
One press;
It is characterized in that described apparatus for distributing also comprises:
Some groups of blanking mechanisms, its top dock with some groups of powder organisation of working conveying mechanisms respectively, and its bottom is connected with the cloth platform;
One cloth platform is arranged on the bottom of some groups of blanking mechanisms, connects material for blanking mechanism provides, cloth and being delivered on the tilting belt mechanism that connects material;
One frame is arranged between batching platform and the press;
The one tilting belt mechanism that connects material is arranged on the batching platform and highly is lower than between the frame of this batching platform, and conveying can segregation on oblique belt for the powder that this tilting belt mechanism that connects material makes different particle diameters and weight;
One belt conveyor mechanism is being arranged on the frame and the drive motors that is connected with entrance pressure machine material-feeding mechanism drives, after this belt conveyor mechanism is located at the tilting belt mechanism that connects material, on the frame before the entrance pressure machine distributing belt mechanism; By No. 1 leather belt roller assembly, with the tilting No. 2 leather belt roller assemblies of this No. 1 leather belt roller assembly overlap joint, with the limit for height synchronous belt mechanism of No. 3 leather belt roller assemblies of these No. 2 leather belt roller assemblies overlap joints, these No. 3 leather belt roller assemblies top settings, form by No. 4 leather belt roller assemblies that rebound docks with these No. 3 leather belt roller assemblies; " box " that closes when opening when described belt conveyor mechanism and limit for height synchronous belt mechanism and rebound form, various different powders are piled up in belt conveyor mechanism to adapt to, translation;
One limit for height synchronous belt mechanism, place belt conveyor mechanism and entrance pressure machine distributing belt mechanism top, by backgauge bar synchronous belt, backgauge bar synchronous belt drive motors, be arranged on the backgauge bar on the synchronous belt and be arranged on the glass height limiting plate of belt conveyor mechanism top and the glass height limiting plate fixed mechanism of fixing glass height limiting plate is formed; Described limit for height belt conveyor mechanism is different powders control height and help to shift lining in translation and when piling up;
One entrance pressure machine distributing belt mechanism, by being arranged at the entrance pressure machine distributing belt mechanism drive motors on the frame, the entrance pressure machine distributing belt mechanism driving belt conveyor that is connected with this entrance pressure machine distributing belt mechanism drive motors output shaft, be arranged on after the belt conveyor mechanism and and drive the entrance pressure machine distributing belt assembly composition that belt conveyor is connected with entrance pressure machine distributing belt mechanism; This entrance pressure machine distributing belt mechanism is used as power with drive motors, drives entrance pressure machine distributing belt mechanism and makes back and forth movement, and when reversing, belt rotates from the press die cavity in distributing belt mechanism, and translation above it, the powder of piling up moulding are entered the press die cavity;
One bed material conveying mechanism, by place bed material conveying mechanism drive motors on the frame, place entrance pressure machine distributing belt mechanism bottom, the bed material conveying assembly on the low plate top of frame top, the bed material conveying assembly driving synchronous belt that is connected with bed material conveying assembly drive motors output shaft and bed material conveying assembly form, with the conveying bedding and padding;
One bed material hopper, it liftably is arranged on the frame, and this bed material hopper top is connected with bed material powder case by the road;
One automaton is arranged on the frame top, is used to control the electronic circuit of complete machine.
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| Application Number | Priority Date | Filing Date | Title |
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| CN200910192019XA CN101648406B (en) | 2009-09-03 | 2009-09-03 | Material distributing technology and equipment of porcelanic ashlar texture brick |
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|---|---|---|---|
| CN200910192019XA CN101648406B (en) | 2009-09-03 | 2009-09-03 | Material distributing technology and equipment of porcelanic ashlar texture brick |
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| CN101648406A true CN101648406A (en) | 2010-02-17 |
| CN101648406B CN101648406B (en) | 2011-09-07 |
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| CN200910192019XA Active CN101648406B (en) | 2009-09-03 | 2009-09-03 | Material distributing technology and equipment of porcelanic ashlar texture brick |
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| CN102225577A (en) * | 2011-04-28 | 2011-10-26 | 广东东鹏陶瓷股份有限公司 | Ceramic brick distribution equipment and process |
| CN103042594A (en) * | 2011-10-16 | 2013-04-17 | 江西斯米克陶瓷有限公司 | Process and device for manufacturing vitrified tiles with triple cloths and imitation jade textures |
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| CN103042594A (en) * | 2011-10-16 | 2013-04-17 | 江西斯米克陶瓷有限公司 | Process and device for manufacturing vitrified tiles with triple cloths and imitation jade textures |
| CN103042587A (en) * | 2011-10-16 | 2013-04-17 | 江西斯米克陶瓷有限公司 | Process and device for manufacturing vitrified tiles with imitation Roman non-hole travertine textures |
| CN103042587B (en) * | 2011-10-16 | 2015-10-21 | 江西斯米克陶瓷有限公司 | A kind of Processes and apparatus making imitative Rome non-hole cave stove texture vitrified tile |
| CN103042594B (en) * | 2011-10-16 | 2016-03-09 | 江西斯米克陶瓷有限公司 | A kind of Processes and apparatus making three cloth jade bag reason vitrified tiles |
| CN103241047A (en) * | 2013-04-19 | 2013-08-14 | 东平清阳科技有限公司 | Manufacturing method and device for microcrystalline glass plate |
| CN104695646B (en) * | 2014-11-07 | 2017-12-12 | 上海欧墅节能科技股份有限公司 | The method that shaping cement decorative plate is laid using overlapping moulding box and steel wire separation |
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| CN110253737B (en) * | 2019-06-17 | 2024-01-30 | 佛山市赛普飞特科技有限公司 | Material distribution equipment for green brick powder |
| CN110202671A (en) * | 2019-06-25 | 2019-09-06 | 佛山建能机电设备有限公司 | A kind of apparatus for distributing of entire body ceramic tile |
| WO2021109762A1 (en) * | 2019-12-04 | 2021-06-10 | 科达制造股份有限公司 | Artificial stone slab texture making apparatus and method |
| CN111231352A (en) * | 2020-01-14 | 2020-06-05 | 广东意新家居有限责任公司 | Production method of artificial inorganic stone |
| CN113664971A (en) * | 2021-07-30 | 2021-11-19 | 佛山市赛普飞特科技有限公司 | Method and system for correcting inclination of powder section texture |
| CN113334534A (en) * | 2021-08-05 | 2021-09-03 | 佛山市东鹏陶瓷有限公司 | System and process for manufacturing green brick with large granular materials and product |
| CN113334534B (en) * | 2021-08-05 | 2021-11-02 | 佛山市东鹏陶瓷有限公司 | System and process for manufacturing green brick with large granular materials and product |
| CN115961744A (en) * | 2023-02-06 | 2023-04-14 | 福建七彩陶瓷有限公司 | Stair step foot protection brick and production method thereof |
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