CN203344600U - Manufacturing device for glass-ceramic plates - Google Patents
Manufacturing device for glass-ceramic plates Download PDFInfo
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- CN203344600U CN203344600U CN 201320200226 CN201320200226U CN203344600U CN 203344600 U CN203344600 U CN 203344600U CN 201320200226 CN201320200226 CN 201320200226 CN 201320200226 U CN201320200226 U CN 201320200226U CN 203344600 U CN203344600 U CN 203344600U
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- raw material
- texture
- conveying belt
- hopper
- glass sheet
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Abstract
A manufacturing device for glass-ceramic plates comprises a raw material division dropping device (3) comprising a hopper provided with separation grids, a texture generation device (4) provided with belts having different rotating speeds, and templates (7), wherein a raw material is arranged in the hopper provided with the separation grids of the raw material division dropping device (3); an output port of the raw material division dropping device (3) is arranged to be connected with an input port of the texture generation device (4); the input port of the texture generation device (4) is arranged in the template (7); a glass-ceramic material is configured into the hopper provided with the separation grids according to a weight proportional relation; the hopper is opened, so that the glass-ceramic material falls on the belts having the rotating speeds in blocks under the action of gravity; the stripe templates which correspond to textures and have separation grids are used for pressing textures on the belts; pigment in colors is scattered into the textures; then the glass-ceramic material is transmitted onto another belt having a different rotating speed, so that strip raw materials with the textures are combined and formed, the glass-ceramic material is divided into strips or blocks, and gaps appear; and the pigment is added into the gaps, and the glass-ceramic material is squeezed and combined again, so that marble textures are formed.
Description
Technical field
The utility model relates to a kind of manufacturing method and apparatus of sheet material, especially a kind of manufacturing installation for crystallizing glass sheet material.
Background technology
Crystallizing glass sheet material is not contaminated, be easy to clean, inherent good physical and chemical performance, also there is in addition the weather proofing stronger than stone material, the characteristic of against weather, therefore crystallizing glass sheet material is an important dalle, existing crystallizing glass sheet material is mainly pure color plate and the sheet material with simple pit effect, due to sheet material for there is no texture, its decorative effect is bad, has affected the scope of application.
Summary of the invention
In order to overcome above-mentioned technical disadvantages, the purpose of this utility model is to provide a kind of manufacturing installation for crystallizing glass sheet material, has therefore formed the texture striped on crystallizing glass sheet material, has met the decoration needs.
For achieving the above object, the technical scheme that the utility model is taked is: be set to include the raw material with the hopper that separates grid and cut apart falling apparatus, have texture generating apparatus and the template of the belt of different rotating speeds, cut apart having of falling apparatus at raw material and be provided with raw material in separating the hopper of grid, the delivery outlet that raw material is cut apart falling apparatus is set to connect with the input port of texture generating apparatus, and the input port of texture generating apparatus is arranged in template.
The devitrified glass pellet is configured to and has in the hopper that separates grid according to the part by weight relation, open hopper falls on the belt with rotating speed the devitrified glass pellet under Action of Gravity Field according to partitioned mode, the striped template of cutting apart grid corresponding with lines is pressed into to lines on belt, the coloured colorant of tool is spread in lines, then be transferred on another belt not identical with rotating speed, make the textured strip raw material of tool connecting shaping, therefore form the texture striped on crystallizing glass sheet material, met the decoration needs.
The utility model has designed, and template-setup is refractory slab and is arranged on the support with transfer roller.
The utility model has designed, also include feedstock supply unit, raw material stick or layering preparation facilities and collating unit, the delivery outlet of feedstock supply unit is set to connect with the input port of raw material stick or layering preparation facilities, the input port that the delivery outlet of raw material stick or layering preparation facilities is set to cut apart with raw material falling apparatus connects, the delivery outlet that raw material is cut apart falling apparatus is set to connect with the input port of texture generating apparatus, the input port of texture generating apparatus is arranged on template, collating unit is arranged in template, feedstock supply unit is set to include the work feed bin, feeding tube, transfer hopper and outfeed belt I, the transfer hopper is set to be communicated with the work feed bin by feeding tube, the port of export at the transfer hopper is provided with the outfeed belt I, raw material stick or layering preparation facilities are set to include the work hopper, the outfeed belt II, vibratory sieve, drive running gear and guide rail, guide rail is arranged on the lower end of the outfeed belt I of feedstock supply unit, drive running gear to be arranged on guide rail, the work hopper is set to connect with driving running gear, the port of export at the work hopper is provided with the outfeed belt II, the port of export in the outfeed belt II is provided with vibratory sieve, be provided with level-sensing device in the work hopper, collating unit is set to include product surface scraping device, rotary surplus material recovery device, shaping equipment and lowering or hoisting gear, shaping equipment is arranged on the upper surface of template, lowering or hoisting gear is arranged on the side of shaping equipment, is provided with traversing carriage and is provided with the product surface scraping device and rotary surplus material recovery device on traversing carriage on shaping equipment.
The utility model has designed, raw material is cut apart falling apparatus and is set to include conveying belt device I, built-in beam, positioning lattice screen and supporting plate, built-in beam is arranged between two rotating cylinders of conveying belt device I, the positioning lattice screen is arranged on built-in beam, and supporting plate is arranged on the bottom face of positioning lattice screen and is set to and connects with the rotating belt of conveying belt device I.
The utility model has designed, and the positioning lattice screen is provided with the dividing strip corresponding with the crystallizing glass sheet material texture.
The utility model has designed, the texture generating apparatus is set to include conveying belt device II, lift texture typing grid, slide carriage, conveying belt device III and distributing device, lift texture typing grid is arranged on the upper end of conveying belt device II, rear end at lift texture typing grid is provided with distributing device, the conveying belt device III is set to connect with the conveying belt device II by slide carriage, and template-setup is to connect with the conveying belt device III by slide carriage.
The utility model has designed, and lift texture typing grid is provided with the pressing plate corresponding with the crystallizing glass sheet material texture.
The utility model has designed, and the velocity of rotation ratio setting of conveying belt device II and conveying belt device III is 1:1.1-1.35.
The utility model has designed, collating unit is set to include product surface scraping device, rotary surplus material recovery device, shaping equipment and lowering or hoisting gear, shaping equipment is arranged on the upper surface of template, lowering or hoisting gear is arranged on the side of shaping equipment, is provided with traversing carriage and is provided with the product surface scraping device and rotary surplus material recovery device on traversing carriage on shaping equipment.
The utility model has designed, lowering or hoisting gear is set to frame, telescoping cylinder, elevating lever, driving lever and pallet, pallet is set to inverted L-shaped and is arranged on the two ends of frame, pallet is set to connect with the frame slidingtype and be provided with spring between pallet and frame, driving lever is arranged on the upper surface of frame and is set to and connects with the pallet contact, the two ends of driving lever are set to respectively with frame and elevating lever hinged, and elevating lever is set to the telescopic end of telescoping cylinder hinged, and telescoping cylinder is arranged on frame.
The utility model has designed, and the work feed bin is set to the number corresponding with various raw materials and the hopper of working is set to the feed bin of working corresponding.
The accompanying drawing explanation
The schematic diagram that Fig. 1 is the manufacturing installation for crystallizing glass sheet material of the present utility model:
The schematic diagram that Fig. 2 is feedstock supply unit 1:
The schematic diagram that Fig. 3 is raw material stick or layering preparation facilities 2:
Fig. 4 is the schematic diagram that raw material is cut apart falling apparatus 3:
The schematic diagram that Fig. 5 is texture generating apparatus 4:
The schematic diagram that Fig. 6 is collating unit 5.
The specific embodiment
Below in conjunction with embodiment, the utility model is further described, following examples are intended to illustrate the utility model rather than to further restriction of the present utility model.First embodiment of a kind of manufacturing installation for crystallizing glass sheet material, be set to include feedstock supply unit 1, raw material stick or layering preparation facilities 2, raw material is cut apart falling apparatus 3, texture generating apparatus 4, collating unit 5 and template 7, the delivery outlet of feedstock supply unit 1 is set to connect with the input port of raw material stick or layering preparation facilities 2, the input port that the delivery outlet of raw material stick or layering preparation facilities 2 is set to cut apart with raw material falling apparatus 3 connects, the delivery outlet that raw material is cut apart falling apparatus 3 is set to connect with the input port of texture generating apparatus 4, the input port of texture generating apparatus 4 is arranged on template 7, collating unit 5 is arranged on template 7.
In the present embodiment, template 7 is set to refractory slab and is arranged on the support with transfer roller.
In the present embodiment, feedstock supply unit 1 is set to include work feed bin 11, feeding tube 12, transfer hopper 13 and outfeed belt I 14, transfer hopper 13 is set to be communicated with work feed bin 11 by feeding tube 12, at the port of export of transfer hopper 13, is provided with outfeed belt I 14.
In the present embodiment, raw material stick or layering preparation facilities 2 are set to include work hopper 22, outfeed belt II 23, vibratory sieve 24, drive running gear 21 and guide rail 25, guide rail 25 is arranged on the lower end of the outfeed belt I 14 of feedstock supply unit 1, drive running gear 21 to be arranged on guide rail 25, work hopper 22 is set to connect with driving running gear 21, the port of export at work hopper 22 is provided with outfeed belt II 23, the port of export in outfeed belt II 23 is provided with vibratory sieve 24, in work hopper 22, is provided with level-sensing device.
In the present embodiment, raw material is cut apart falling apparatus 3 and is set to include conveying belt device I 31, built-in beam 32, positioning lattice screen 33 and supporting plate 34, built-in beam 32 is arranged between two rotating cylinders of conveying belt device 31 I, positioning lattice screen 33 is arranged on built-in beam 32, and supporting plate 34 is arranged on the bottom face of positioning lattice screen 33 and is set to and connects with the rotating belt of conveying belt device 31 I.
In the present embodiment, positioning lattice screen 33 is provided with the dividing strip corresponding with the crystallizing glass sheet material texture.
In the present embodiment, texture generating apparatus 4 is set to include conveying belt device II 41, lift texture typing grid 42, slide carriage 43, conveying belt device III 44 and distributing device 45, lift texture typing grid 42 is arranged on the upper end of conveying belt device II 41, rear end at lift texture typing grid 42 is provided with distributing device 45, conveying belt device III 44 is set to connect with conveying belt device II 41 by slide carriage 43, and template 7 is set to connect with conveying belt device III 44 by slide carriage 43.
In the present embodiment, lift texture typing grid 42 is provided with the pressing plate corresponding with the crystallizing glass sheet material texture.
In the present embodiment, the velocity of rotation ratio setting of conveying belt device II 41 and conveying belt device III 44 is 1:1.1.
In the present embodiment, collating unit 5 is set to include product surface scraping device 51, rotary surplus material recovery device 52, shaping equipment 53 and lowering or hoisting gear 54, shaping equipment 53 is arranged on the upper surface of template 7, lowering or hoisting gear 54 is arranged on the side of shaping equipment 53, is provided with traversing carriage and is provided with product surface scraping device 51 and rotary surplus material recovery device 52 on traversing carriage on shaping equipment 53.
In the present embodiment, lowering or hoisting gear 54 is set to frame 541, telescoping cylinder 542, elevating lever 543, driving lever 544 and pallet 545, pallet 545 is set to inverted L-shaped and is arranged on the two ends of frame 541, pallet 545 is set to connect with frame 541 slidingtypes and be provided with spring between pallet 545 and frame 541, driving lever 544 is arranged on the upper surface of frame 541 and is set to and connects with pallet 545 contacts, the two ends of driving lever 544 are set to respectively with frame 541 and elevating lever 543 hinged, elevating lever 543 is set to the telescopic end of telescoping cylinder 542 hinged, telescoping cylinder 542 is arranged on frame 541.
The flexible elevating lever 543 that drives of telescoping cylinder 542 moves up and down, thereby makes driving lever 544 stir pallet 545, by pallet 545, catches template 7.
In the present embodiment, work feed bin 11 is set to the number corresponding with various raw materials and the hopper 22 of working is set to the feed bin 11 of working corresponding.
Raw materials for production are stored in work feed bin 11, by feeding tube 12, flow in transfer hopper 13, material is when the needs feed, outfeed belt I 14 feeds raw material in corresponding work hopper 22 in time, work hopper 22 is by outfeed belt II 23 blanking in succession, after vibratory sieve 24 homogenizing, raw material drops on positioning lattice screen 33 and supporting plate 34, and fixing by positioning lattice screen 33, under conveying belt device 31 I effects, supporting plate 34 detaches rapidly, devitrified glass pellet 33 moments of flase floor that just are positioned separate, and drop on conveying belt device II 41 with the strip and block rolling, the devitrified glass pellet dropped on conveying belt device II 41 is divided into several sticks by lift texture typing grid 42 by technological design, lift texture typing grid 42 rises and removes, distributing device 45 is trickled down design colours in the gap of bar interblock, at rotating speed under the differential motion effect of different conveying belt device III 44, devitrified glass pellet after cutting apart is reconfigured together, in anabolic process, devitrified glass pellet stick periphery forms the color vestige under squeezing action, and then formation marble grain.The devitrified glass pellet that cloth is good is taped against on the template 7 of refractory slab through slide carriage 43, the good devitrified glass pellet of cloth is after lift product specification shaping equipment 53 is pressed the product requirement typing, reclaim clout by rotary surplus material recovery device 52, strike off through product surface scraping device 51 again, through lowering or hoisting gear 54, be transported to subsequent processing.
Use the devitrified glass pellet of the different colours prepared according to the Product Process requirement to make certain thickness rectangle accumulation body with stick or even laminating form, then, the rectangle accumulation body is cut apart according to product flower type design moment realization, and drop on the texture maker formed by belt with the strip and block rolling, texture typing grid is divided into several sticks to the devitrified glass pellet fallen by the Product Process design, texture typing grid rises and removes, distributing device is trickled down design colours in the gap of bar interblock, at rotating speed under different two belt differential motion effects, devitrified glass pellet after cutting apart is reconfigured together, in anabolic process, devitrified glass pellet stick periphery forms the color vestige under squeezing action, and then formation marble grain.
A kind of second embodiment of the manufacturing installation for crystallizing glass sheet material, the velocity of rotation ratio setting of conveying belt device II 41 and conveying belt device III 44 is 1:1.35.
A kind of the 3rd embodiment of the manufacturing installation for crystallizing glass sheet material, the velocity of rotation ratio setting of conveying belt device II 41 and conveying belt device III 44 is 1:1.25.
The utlity model has lower characteristics:
1, owing to having designed feedstock supply unit, can guarantee in the transfer hopper to have all the time material, when the needs feed, discharging belt conveyer feeds raw material in the work hopper of raw material stick or layering preparation facilities in time, guarantees the stable operation of subsequent processing.。
2, owing to having designed raw material stick or layering preparation facilities, can be according to the requirement of product, each work hopper difference, discharging successively, the color effect of assurance microcrystal glass plate.
3, cut apart falling apparatus owing to having designed raw material, the good devitrified glass pellet that can make cloth be positioned grid moment separates, and drops on the differential belt of texture generating apparatus with the strip and block rolling.
4, owing to having designed the texture generating apparatus, can make the devitrified glass pellet be divided into stick, occur adding colorant in ， gap, gap, and extruding is combined again, and then form marble grain.
5, owing to having designed collating unit, can reclaim clout, supply poor material, and scrape plane surface, guarantee that the microcrystal glass plate surfacing of firing is smooth.
In the recoil of falling of distribution of color, barrier between different departments, rolling, hit etc. under the multiple factors effect, the marble grain formed shows color stacked effect and shade from the superficial to the deep and sets off lower stereoeffect, represented preferably the quality sense of lithotome polychrome, solid and changeableization of the space of a whole page, the sense of polymorphic level dynamic combined.
Above-described embodiment is a kind of way of realization in the technical field of the manufacturing installation for crystallizing glass sheet material provided by the utility model; other distortion according to scheme provided by the utility model; increase or reduce composition or step wherein; perhaps the technical field approaching with the utility model for other by the utility model, all belong to protection domain of the present utility model.
Claims (8)
1. the manufacturing installation for crystallizing glass sheet material, it is characterized in that: be set to include the raw material with the hopper that separates grid and cut apart falling apparatus (3), there is texture generating apparatus (4) and the template (7) of the belt of different rotating speeds, cut apart having of falling apparatus (3) at raw material and be provided with raw material in separating the hopper of grid, the delivery outlet that raw material is cut apart falling apparatus (3) is set to connect with the input port of texture generating apparatus (4), and the input port of texture generating apparatus (4) is arranged in template (7).
2. the manufacturing installation for crystallizing glass sheet material according to claim 1; It is characterized in that: template (7) is set to refractory slab and is arranged on the support with transfer roller.
3. the manufacturing installation for crystallizing glass sheet material according to claim 1, it is characterized in that: also include feedstock supply unit (1), raw material stick or layering preparation facilities (2) and collating unit (5), the delivery outlet of feedstock supply unit (1) is set to connect with the input port of raw material stick or layering preparation facilities (2), the input port that the delivery outlet of raw material stick or layering preparation facilities (2) is set to cut apart with raw material falling apparatus (3) connects, the delivery outlet that raw material is cut apart falling apparatus (3) is set to connect with the input port of texture generating apparatus (4), the input port of texture generating apparatus (4) is arranged on template (7), collating unit (5) is arranged in template (7), feedstock supply unit (1) is set to include work feed bin (11), feeding tube (12), transfer hopper (13) and outfeed belt I (14), transfer hopper (13) is set to be communicated with work feed bin (11) by feeding tube (12), the port of export at transfer hopper (13) is provided with outfeed belt I (14), raw material stick or layering preparation facilities (2) are set to include work hopper (22), outfeed belt II (23), vibratory sieve (24), drive running gear (21) and guide rail (25), guide rail (25) is arranged on the lower end of the outfeed belt I (14) of feedstock supply unit (1), drive running gear (21) to be arranged on guide rail (25), work hopper (22) is set to connect with driving running gear (21), the port of export at work hopper (22) is provided with outfeed belt II (23), the port of export in outfeed belt II (23) is provided with vibratory sieve (24), be provided with level-sensing device in work hopper (22), collating unit (5) is set to include product surface scraping device (51), rotary surplus material recovery device (52), shaping equipment (53) and lowering or hoisting gear (54), shaping equipment (53) is arranged on the upper surface of template (7), lowering or hoisting gear (54) is arranged on the side of shaping equipment (53), is provided with traversing carriage and is provided with product surface scraping device (51) and rotary surplus material recovery device (52) on traversing carriage on shaping equipment (53).
4. the manufacturing installation for crystallizing glass sheet material according to claim 3; It is characterized in that: raw material is cut apart falling apparatus (3) and is set to include conveying belt device I (31), built-in beam (32), positioning lattice screen (33) and supporting plate (34), built-in beam (32) is arranged between two rotating cylinders of conveying belt device (31) I, it is upper that positioning lattice screen (33) is arranged on built-in beam (32), and supporting plate (34) is arranged on the bottom face of positioning lattice screen (33) and is set to and connects with the rotating belt of conveying belt device (31) I.
5. the manufacturing installation for crystallizing glass sheet material according to claim 3; It is characterized in that: positioning lattice screen (33) is provided with the dividing strip corresponding with the crystallizing glass sheet material texture.
6. the manufacturing installation for crystallizing glass sheet material according to claim 3, it is characterized in that: texture generating apparatus (4) is set to include conveying belt device II (41), lift texture typing grid (42), slide carriage (43), conveying belt device III (44) and distributing device (45), lift texture typing grid (42) is arranged on the upper end of conveying belt device II (41), rear end at lift texture typing grid (42) is provided with distributing device (45), conveying belt device III (44) is set to connect with conveying belt device II (41) by slide carriage (43), template (7) is set to connect with conveying belt device III (44) by slide carriage (43).
7. the manufacturing installation for crystallizing glass sheet material according to claim 3; It is characterized in that: lift texture typing grid (42) is provided with the pressing plate corresponding with the crystallizing glass sheet material texture.
8. the manufacturing installation for crystallizing glass sheet material according to claim 3; It is characterized in that: the velocity of rotation ratio setting of conveying belt device II (41) and conveying belt device III (44) is 1:1.1-1.35.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320200226 CN203344600U (en) | 2013-04-19 | 2013-04-19 | Manufacturing device for glass-ceramic plates |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320200226 CN203344600U (en) | 2013-04-19 | 2013-04-19 | Manufacturing device for glass-ceramic plates |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203344600U true CN203344600U (en) | 2013-12-18 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201320200226 Expired - Fee Related CN203344600U (en) | 2013-04-19 | 2013-04-19 | Manufacturing device for glass-ceramic plates |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203344600U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| 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 |
-
2013
- 2013-04-19 CN CN 201320200226 patent/CN203344600U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| 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 |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20131218 Termination date: 20180419 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |