CN105082338A - Distribution device for vitrified tiles high in simulated Xiuyan jade effect - Google Patents
Distribution device for vitrified tiles high in simulated Xiuyan jade effect Download PDFInfo
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- CN105082338A CN105082338A CN201410208994.6A CN201410208994A CN105082338A CN 105082338 A CN105082338 A CN 105082338A CN 201410208994 A CN201410208994 A CN 201410208994A CN 105082338 A CN105082338 A CN 105082338A
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Abstract
The invention relates to a distribution device for vitrified tiles high in simulated Xiuyan jade effect. The distribution device comprises a pulverizer, a micro powder combined discharging unit, a material falling and conveying unit, a stacking overall conveying belt, a micro powder conveying grating, a middle material hopper and a bed charge hopper. The micro powder combined discharging unit is arranged below the pulverizer. The material falling and conveying unit is arranged below the micro powder combined discharging unit. The stacking overall conveying belt is arranged below the material falling and conveying unit. The micro powder conveying grating is arranged at the tail end of the stacking overall conveying belt. The middle material hopper and the bed charge hopper are sequentially arranged on the micro powder conveying grating. Middle materials and bed charge fall into surface powder of the micro powder conveying grating, and all the materials are conveyed into a pressing machine through the micro powder conveying grating to be formed in a pressing manner. Compared with the prior art, the distribution device can develop the vitrified tiles high in simulated Xiuyan jade effect, the manufactured vitrified tiles have ribbon grains and circular-line-profiled texture, lines are natural and smooth, and simulated Xiuyan jade is lifelike and high in controllability.
Description
Technical field
The present invention relates to vitrified tile process units, especially relate to a kind of vitrified tile distribution device of high emulation soapstone effect.
Background technology
At present on vitrified tile produce market, have the product of a lot of parian texture and lines, marmorean texture pattern is ever-changing, and each apparatus for distributing will form a kind of texture.
Chinese patent CN101954668A discloses the three-dimensional distributing technique of a kind of vitrified tile subregion, this technique comprises the conveying of subregion fabric and the conveying of line material, described subregion fabric conveying adds in the fabric bucket in A district and B district respectively after being polished by micro mist fabric, A district fabric by the drum rotating blanking below fabric bucket in fabric storage bin hopper, this fabric storage bin hopper and fabric bucket lower exit port place of B district are equipped with belt conveyor, front and the below of belt conveyor are unsettled, fabric is sent on the windrow flat board below belt conveyor by belt conveyor rotation, described line material conveying is rotated by feed roller under lines by lines material to fall on baffle plate and reciprocating sieve, reciprocating sieve is by very thin for lines material and evenly spread on the windrow flat board of below, fabric and lines material are carried out the three-dimensional cloth of subregion by windrow treadmill exercise, the compacting that press die cavity completes adobe is delivered to again through fidelity grid.Compared with prior art, the present invention has that texture lines add wherein again natural and trippingly, artificial granite is true to nature, the advantages such as controllability is strong.Above-mentioned patent is when preparing vitrified tile, and artificial granite effect is true to nature, but having fine-textured skin due to soapstone, and sense is strong thoroughly, and the said equipment is not suitable for the product of high emulation soapstone effect.
Summary of the invention
Object of the present invention is exactly provide a kind of vitrified tile distribution device of high emulation soapstone effect to overcome defect that above-mentioned prior art exists; this device can develop the vitrified tile of high emulation soapstone effect; Strand Feeding Technique and other ceramic technologies will be made to step on a new stage again; obtained vitrified tile has ribbon grain, circle line profiling texture, and natural and tripping, the imitative soapstone of lines is true to nature and controllability is strong.
Object of the present invention can be achieved through the following technical solutions:
A kind of vitrified tile distribution device of high emulation soapstone effect, be located at for by before press shaping for powder pressing, this device comprises powder beater, micro mist combination blanking unit, blanking supply unit, the overall belt conveyor of windrow, micro-powder carry grid, middle material hopper and bed material hopper;
Described micro mist combination blanking unit is arranged on below powder beater, receives various surperficial powder in powder beater;
Described blanking supply unit is arranged on the below of micro mist combination blanking unit, is transferred to the overall belt conveyor of windrow for micro mist being combined blanking unit various surperficial powder out;
The overall belt conveyor of described windrow is arranged on the below of blanking supply unit, receives the various surperficial powder that blanking supply unit transmits in rotation process continuously, makes various surperficial powder form texture on the overall belt conveyor of windrow;
Described micro-powder carry grid is arranged on the end of the overall belt conveyor of windrow, receives the surperficial powder forming texture on the overall belt conveyor of windrow;
In the middle of described, material hopper and bed material hopper are successively set on micro-powder carry grid, are dropped on the surperficial powder of micro-powder carry grid by centre material successively with bed material, and send in press by micro-powder carry grid by all powders;
Described press is used for powder pressing is shaping.
Described micro mist combination blanking unit comprises belt like combination micro powder discharge mechanism that sequence interval arranges, the first lines micro powder discharge mechanism, profiling micro powder discharge mechanism, the second lines micro powder discharge mechanism and bulk crystallization micro mist combination cutting agency.
Described blanking supply unit comprises spaced belt like combination micro mist vibratory sieve, profiling micro powder discharge belt conveyor and bulk crystallization micro powder discharge belt conveyor successively, described belt like combination micro mist vibratory sieve is arranged on the below of belt like combination micro powder discharge mechanism, described profiling micro powder discharge belt conveyor is arranged on the below of profiling micro powder discharge mechanism, and described bulk crystallization micro powder discharge belt conveyor is arranged on the below of bulk crystallization micro mist combination cutting agency.
The unsettled downward-sloping 10 ° of settings of described belt like combination micro mist vibratory sieve, make evenly to be spread the overall belt conveyor of windrow from belt like combination micro powder discharge mechanism belt like combination powder out by screen cloth.
Described profiling micro powder discharge belt conveyor and the unsettled setting in bulk crystallization micro powder discharge belt conveyor front and below, make from profiling micro powder discharge mechanism profiling micro mist out with combine the unsettled side of cutting agency bulk crystallization micro mist out respectively by profiling micro powder discharge belt conveyor and bulk crystallization micro powder discharge belt conveyor from bulk crystallization micro mist and drops to windrow entirety belt conveyor.
Described belt like combination micro powder discharge mechanism, the first lines micro powder discharge mechanism, profiling micro powder discharge mechanism, the second lines micro powder discharge mechanism and bulk crystallization micro mist combine cutting agency and form by the fabric bucket of the various micro mist of splendid attire and the cylinder be arranged on below fabric bucket, after various micro mist flows out from fabric bucket, by rollers roll blanking.
Device of the present invention is mainly by the micro mist of four different shapes, unsettledly after Belt Conveying drop on the overall belt conveyor of windrow, being specially bulk crystallization micro mist out drops on the overall belt conveyor of windrow by unsettled after the conveying of bulk crystallization micro powder discharge belt conveyor from bulk crystallization micro mist combination cutting agency afterwards, lines micro mist from the second lines micro powder discharge mechanism or the first lines micro powder discharge mechanism out after directly unsettledly drop on the overall belt conveyor of windrow, profiling micro mist out drops on the overall belt conveyor of windrow by unsettled after the conveying of profiling micro powder discharge belt conveyor from profiling micro powder discharge mechanism afterwards, belt like combination micro mist drops on the overall belt conveyor of windrow by unsettled after belt like combination micro mist vibratory sieve, pile up after the overall belt conveyor shuttling movement of windrow, cover and superposition, the motion that is impacted of a small amount of lines micro mist in interval is aggregated in the edge of each combination micro mist fabric, the lines micro mist added is soft, and can move together with other powders, form cranky hachure texture, embody natural and tripping characteristic.
The present invention allows belt like combination micro mist by the mode of windrow overall belt conveyor circulation Forward drive, lines micro mist, profiling micro mist, lines micro mist, bulk crystallization micro mist is deposited in and the overall belt conveyor of windrow drives forward, and being declined by the micro-powder carry grid above windrow touches the belt front of the overall belt conveyor of windrow, then driven by charge car, with before grid in the middle of expect, send into press together with bed material, by three stamping die fillers and shaping, the circulation of finishing equipment operates.
Compared with prior art, the present invention has the following advantages and beneficial effect:
One, the product texture lines of apparatus of the present invention production are natural and tripping, and imitative jade effect is true to nature: according to natural stone texture lines, adjusted by technical parameter, and the glass can producing the similar famous and precious stone materials such as soapstone effect throws brick.
Two, controllability is strong: in order to reach overall grain effect, the situation of its four kinds of fabrics is by computer programme-control, the state of texture is determined, the effect of lines also can according to imitative stone effect, and some exquisitenesses, at 0.5 ~ 2mm, lines layout is deployable but even, what have is comparatively thick, at 4 ~ 8mm, and the few but attractive eyeball of lines layout.
Three, product design scope is wide: because its grain effect has nature, jade stone successful, so can apply its technology to develop the vitrified tile of various grain effects various in style.
Accompanying drawing explanation
Fig. 1 is structural representation of the present invention.
Number in the figure: 1 is press, 2 is bulk crystallization micro mist combination cutting agency, and 3 is the second lines micro powder discharge mechanism, 4 is profiling micro powder discharge mechanism, and 5 is powder beater, and 6 is belt like combination micro powder discharge mechanism, 7 is belt like combination micro mist vibratory sieve, 8 is the first lines micro powder discharge mechanism, and 9 is profiling micro powder discharge belt conveyor, and 10 is the overall belt conveyor of windrow, 11 is bulk crystallization micro powder discharge belt conveyor, 12 is micro-powder carry grid, and 13 is middle material hopper, and 14 is bed material hopper.
Detailed description of the invention
Below in conjunction with the drawings and specific embodiments, the present invention is described in detail.
Embodiment
A kind of vitrified tile distribution device of high emulation soapstone effect, as shown in Figure 1, be located at for by before press 1 shaping for powder pressing, this device comprises powder beater 5, micro mist combination blanking unit, blanking supply unit, the overall belt conveyor 10 of windrow, micro-powder carry grid 12, middle material hopper 13 and bed material hopper 14; Micro mist combination blanking unit is arranged on below powder beater 5, receives various surperficial powder in powder beater 5; Blanking supply unit is arranged on the below of micro mist combination blanking unit, is transferred to the overall belt conveyor 10 of windrow for micro mist being combined blanking unit various surperficial powder out; The overall belt conveyor 10 of windrow is arranged on the below of blanking supply unit, receives the various surperficial powder that blanking supply unit transmits in rotation process continuously, makes various surperficial powder form texture on the overall belt conveyor 10 of windrow; Micro-powder carry grid 12 is arranged on the end of the overall belt conveyor 10 of windrow, receives the surperficial powder forming texture on the overall belt conveyor 10 of windrow; Middle material hopper 13 is successively set on micro-powder carry grid 12 with bed material hopper 14, is dropped on the surperficial powder of micro-powder carry grid 12 by centre material successively, and sent in press 1 by all powders by micro-powder carry grid 12 with bed material.
Wherein, micro mist combination blanking unit comprise sequence interval arrange lines micro powder discharge mechanism of belt like combination micro powder discharge mechanism 6, first 8, lines micro powder discharge mechanism of profiling micro powder discharge mechanism 4, second 3 and bulk crystallization micro mist combination cutting agency 2.
Blanking supply unit comprises spaced belt like combination micro mist vibratory sieve 7, profiling micro powder discharge belt conveyor 9 and bulk crystallization micro powder discharge belt conveyor 11 successively, belt like combination micro mist vibratory sieve 7 is arranged on the below of belt like combination micro powder discharge mechanism 6, profiling micro powder discharge belt conveyor 9 is arranged on the below of profiling micro powder discharge mechanism 4, and bulk crystallization micro powder discharge belt conveyor 11 is arranged on the below of bulk crystallization micro mist combination cutting agency 2.
The unsettled downward-sloping 10 ° of settings of belt like combination micro mist vibratory sieve 7, make evenly to be spread the overall belt conveyor 10 of windrow from belt like combination micro powder discharge mechanism 6 belt like combination powder out by screen cloth.Profiling micro powder discharge belt conveyor 9 and the unsettled setting in bulk crystallization micro powder discharge belt conveyor 11 front and below, make from profiling micro powder discharge mechanism 4 profiling micro mist out with combine the unsettled side of cutting agency 2 bulk crystallization micro mist out respectively by profiling micro powder discharge belt conveyor 9 and bulk crystallization micro powder discharge belt conveyor 11 from bulk crystallization micro mist and drops to windrow entirety belt conveyor 10.
Lines micro powder discharge mechanism of belt like combination micro powder discharge mechanism 6, first 8, lines micro powder discharge mechanism of profiling micro powder discharge mechanism 4, second 3 and bulk crystallization micro mist combine cutting agency 2 and form by the fabric bucket of the various micro mist of splendid attire and the cylinder be arranged on below fabric bucket, after various micro mist flows out from fabric bucket, by rollers roll blanking.
Device in the present embodiment is mainly by the micro mist of four different shapes, unsettledly after Belt Conveying drop on the overall belt conveyor of windrow, being specially bulk crystallization micro mist out drops on the overall belt conveyor of windrow by unsettled after the conveying of bulk crystallization micro powder discharge belt conveyor from bulk crystallization micro mist combination cutting agency afterwards, lines micro mist from the second lines micro powder discharge mechanism or the first lines micro powder discharge mechanism out after directly unsettledly drop on the overall belt conveyor of windrow, profiling micro mist out drops on the overall belt conveyor of windrow by unsettled after the conveying of profiling micro powder discharge belt conveyor from profiling micro powder discharge mechanism afterwards, belt like combination micro mist drops on the overall belt conveyor of windrow by unsettled after belt like combination micro mist vibratory sieve, pile up after the overall belt conveyor shuttling movement of windrow, cover and superposition, the motion that is impacted of a small amount of lines micro mist in interval is aggregated in the edge of each combination micro mist fabric, the lines micro mist added is soft, and can move together with other powders, form cranky hachure texture, embody natural and tripping characteristic, and the saturating material micro mist adopted has and throws the different permeability of brick from other glass, and be provided with the texture of jade.
Belt like combination micro mist is allowed by the mode of windrow overall belt conveyor circulation Forward drive in the present embodiment, lines micro mist, profiling micro mist, lines micro mist, bulk crystallization micro mist is deposited in and the overall belt conveyor of windrow drives forward, and being declined by the micro-powder carry grid above windrow touches the belt front of the overall belt conveyor of windrow, then driven by charge car, with before grid in the middle of expect, send into press together with bed material, by three stamping die fillers and shaping, the circulation of finishing equipment operates.
Above-mentioned is can understand and use invention for ease of those skilled in the art to the description of embodiment.Person skilled in the art obviously easily can make various amendment to these embodiments, and General Principle described herein is applied in other embodiments and need not through performing creative labour.Therefore, the invention is not restricted to above-described embodiment, those skilled in the art, according to announcement of the present invention, do not depart from improvement that scope makes and amendment all should within protection scope of the present invention.
Claims (6)
1. the vitrified tile distribution device of one kind high emulation soapstone effect, be located at for by before press (1) shaping for powder pressing, it is characterized in that, this device comprises powder beater (5), micro mist combination blanking unit, blanking supply unit, the overall belt conveyor (10) of windrow, micro-powder carry grid (12), middle material hopper (13) and bed material hopper (14);
Described micro mist combination blanking unit is arranged on powder beater (5) below, receives various surperficial powder in powder beater (5);
Described blanking supply unit is arranged on the below of micro mist combination blanking unit, is transferred to the overall belt conveyor (10) of windrow for micro mist being combined blanking unit various surperficial powder out;
The overall belt conveyor (10) of described windrow is arranged on the below of blanking supply unit, receive the various surperficial powder that blanking supply unit transmits in rotation process continuously, make various surperficial powder form texture on the overall belt conveyor (10) of windrow;
Described micro-powder carry grid (12) is arranged on the end of the overall belt conveyor (10) of windrow, receives the surperficial powder forming texture on the overall belt conveyor (10) of windrow;
In the middle of described, material hopper (13) and bed material hopper (14) are successively set on micro-powder carry grid (12), successively centre material is dropped on the surperficial powder of micro-powder carry grid (12) with bed material, and by micro-powder carry grid (12), all powders are sent in press (1).
2. the vitrified tile distribution device of a kind of high emulation soapstone effect according to claim 1; it is characterized in that, described micro mist combination blanking unit comprises the belt like combination micro powder discharge mechanism (6) of sequence interval setting, the first lines micro powder discharge mechanism (8), profiling micro powder discharge mechanism (4), the second lines micro powder discharge mechanism (3) and bulk crystallization micro mist combination cutting agency (2).
3. the vitrified tile distribution device of a kind of high emulation soapstone effect according to claim 2, it is characterized in that, described blanking supply unit comprises spaced belt like combination micro mist vibratory sieve (7) successively, profiling micro powder discharge belt conveyor (9) and bulk crystallization micro powder discharge belt conveyor (11), described belt like combination micro mist vibratory sieve (7) is arranged on the below of belt like combination micro powder discharge mechanism (6), described profiling micro powder discharge belt conveyor (9) is arranged on the below of profiling micro powder discharge mechanism (4), described bulk crystallization micro powder discharge belt conveyor (11) is arranged on the below of bulk crystallization micro mist combination cutting agency (2).
4. the vitrified tile distribution device of a kind of high emulation soapstone effect according to claim 3; it is characterized in that; the unsettled downward-sloping 10 ° of settings of described belt like combination micro mist vibratory sieve (7), make evenly to be removed the overall belt conveyor (10) of windrow from belt like combination micro powder discharge mechanism (6) belt like combination powder out by screen cloth.
5. the vitrified tile distribution device of a kind of high emulation soapstone effect according to claim 3, it is characterized in that, described profiling micro powder discharge belt conveyor (9) and the unsettled setting in bulk crystallization micro powder discharge belt conveyor (11) front and below, make from profiling micro powder discharge mechanism (4) profiling micro mist out with combine cutting agency (2) bulk crystallization micro mist out from bulk crystallization micro mist and drops to windrow entirety belt conveyor (10) respectively by profiling micro powder discharge belt conveyor (9) and the unsettled side of bulk crystallization micro powder discharge belt conveyor (11).
6. the vitrified tile distribution device of a kind of high emulation soapstone effect according to claim 2; it is characterized in that; described belt like combination micro powder discharge mechanism (6), the first lines micro powder discharge mechanism (8), profiling micro powder discharge mechanism (4), the second lines micro powder discharge mechanism (3) and bulk crystallization micro mist combination cutting agency (2) form with the cylinder be arranged on below fabric bucket by the fabric bucket of the various micro mist of splendid attire; after various micro mist flows out from fabric bucket, by rollers roll blanking.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410208994.6A CN105082338A (en) | 2014-05-16 | 2014-05-16 | Distribution device for vitrified tiles high in simulated Xiuyan jade effect |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410208994.6A CN105082338A (en) | 2014-05-16 | 2014-05-16 | Distribution device for vitrified tiles high in simulated Xiuyan jade effect |
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| CN105082338A true CN105082338A (en) | 2015-11-25 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201410208994.6A Pending CN105082338A (en) | 2014-05-16 | 2014-05-16 | Distribution device for vitrified tiles high in simulated Xiuyan jade effect |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN108527631A (en) * | 2018-04-26 | 2018-09-14 | 佛山市东鹏陶瓷有限公司 | A kind of apparatus for distributing and distributing method with interval schlieren texture cloth brick |
| CN111391087A (en) * | 2020-06-03 | 2020-07-10 | 佛山市东鹏陶瓷发展有限公司 | Production system and process of ceramic tile with three-dimensional decoration effect |
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| US6387307B1 (en) * | 1998-09-16 | 2002-05-14 | S.I.T.I. S.P.A. Societa Impianti Termoelettrici Industriali | Method for feeding a pressing apparatus |
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| Publication number | Priority date | Publication date | Assignee | Title |
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Application publication date: 20151125 |