CN203579356U - Pre-treatment production system for automobile glass deep-processing - Google Patents
Pre-treatment production system for automobile glass deep-processing Download PDFInfo
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- CN203579356U CN203579356U CN201320604869.8U CN201320604869U CN203579356U CN 203579356 U CN203579356 U CN 203579356U CN 201320604869 U CN201320604869 U CN 201320604869U CN 203579356 U CN203579356 U CN 203579356U
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
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- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P40/00—Technologies relating to the processing of minerals
- Y02P40/50—Glass production, e.g. reusing waste heat during processing or shaping
- Y02P40/57—Improving the yield, e-g- reduction of reject rates
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Abstract
The utility model relates to a pre-treatment production system for automobile glass deep-processing. The pre-treatment production system for automobile glass deep-processing comprises a sheet-taking table, a cutting machine, an edge-snapping air bearing table, an edge-grinding machine, a suction arm, a transition conveyer, a sheet-washing machine, a powder sprayer, a cleaning verification, turnover and sheet-discharge conveyer, a corner conveyer, a pre-locator, a screen-printing machine, a screen-printing verification, turnover and sheet-discharge conveyer, a drier, an air cooler and a sheet discharger which are sequentially connected, wherein the edge-grinding machine comprises a grinding wheel shaft, a rocker arm, a hand wheel, a locking screw, a vertical column, a table surface and a grinding wheel used for grinding edges. The pre-treatment production system for automobile glass deep-processing disclosed by the utility model has the following beneficial effects that: manual devices and automatic devices are combined, thus pre-treatment for automobile glass deep-processing realizes assembly line work, and the production system is simple; the processing quality of glass is stable; the inner-sheet glass and outer-sheet glass of both large buses and midi-buses are machined on the production system, thus production personnel allocation is reduced; labour intensity is reduced, production site is saved, production efficiency is increased, and enterprise operation cost is effectively reduced.
Description
Technical field
The utility model relates to a kind of glass working machine, relate in particular to a kind ofly in the pretreatment process of vehicle glass deep processing, can realize glass sheet-fetching, cut, break limit, edging, clean, dust, the production system of the series of processes pipelining such as silk-screen, oven dry, air-cooled, lower.
Background technology
Along with the progress of industrial level and the raising day by day of living standards of the people, single plate glass can not meet people's demand, pattern is attractive in appearance, the lines flow smoothly, use heat-bending glass flexibly also to get more and more in the use of building, civilian occasion, it is also widely used as automobile window glass at automotive field, becomes one of necessary parts of numerous automobiles; And glass processing has also progressively realized from manual operation to automated production, the introducing of automatic processing machine tool has improved glass processing efficiency, has reduced processing cost, also improves processing safety simultaneously.
But existing glass automation manufacture field is realized the various process segments of glass, such as glass sheet-fetching, cut, break limit, floating sheet, edging, dust, location, silk-screen, oven dry, air-cooled can only realization in corresponding processing equipment stage by stage, cannot realize pipelining, make so on the one hand glass processing operation become complicated, the handling workload while increasing glass into and out of equipment and apparatus and the place of piling up glass; Production line is not compact on the other hand, and waste production site, reduces production efficiency, in each stage, all needs to introduce labour, increases enterprise operation cost; In addition, edge polisher used need manually be controlled by operating personnel the height of emery wheel, is difficult to guarantee that a sheet glass is positioned at same plane in whole edging process always, easily causes the appearance of the edging defects such as chip.
Utility model content
The technical problems to be solved in the utility model is, for solving above deficiency, the utility model provides a kind of pre-treatment production system of vehicle glass deep processing, this system mutually combines manual, automatic equipment, give full play of flexible, efficient advantage, realize the line of partially manual equipment and automatic equipment and produce, make the pre-treatment of vehicle glass deep processing realize pipelining; Process equipment is simple; The crudy of product is stable; Interior sheet and the outer sheet glass of big bus and mini-bus all can be processed in this production system, and the personnel of outfit are few, and the scope of processing is wide; Reduce labour intensity, save production site, enhance productivity, reduce enterprise operation cost.
The utility model adopts following technical scheme:
A pre-treatment production system for vehicle glass deep processing, comprise according to following order connect one by one and be configured for the pre-treatment streamline of vehicle glass deep processing tablet taking platform, cutting machine, break limit air floating table, edge polisher, suction arm, developing machine, duster, the lower sheet conveyer of cleaning check upset, corner conveyer, pre-determined bit machine, screen printer, the lower sheet conveyer of silk-screen check upset, dryer, Air cooler, lower machine; Wherein, described edge polisher comprises for the emery wheel of glass edging, for the grinding wheel axle of described emery wheel is installed, for the rocking arm of described grinding wheel axle is installed, for regulating the handwheel of described rocking arm height, for the lock-screw of fixing rocking arm height, for the column of described rocking arm and the table top for fixing described column are installed; Wherein said grinding wheel axle drives its rotation by motor; Described emery wheel is arranged on emery wheel the tip of the axis, the other end of grinding wheel axle is connected with the motor on described rocking arm by belt, thereby the described handwheel that regulates described rocking arm height to realize described emery wheel height adjusting by the screw rod rotating on described handwheel is connected on described rocking arm; Described rocking arm is fixed on described column by described lock-screw, and described column is fixed on table top by screw.
In the pre-treatment production system of a kind of vehicle glass deep processing of the present utility model, what also comprise contiguous described cutting machine setting carries out the cutting machine operating desk of setting parameter for glass-cutting process; Contiguous described developing machine setting for the glass required developing machine operating desk of process of developing a film; The rotor checked operation platform for associative operation that contiguous described pre-determined bit machine arranges; The screen printer operating desk for glass silk screen printing process setting parameter that contiguous described screen printer arranges; The unloading piece machine operation platform for the operation of glass unloading piece that the checked operation platform for associative operation that the lower sheet conveyer of contiguous described silk-screen check upset arranges and contiguous described lower machine arrange.
In the pre-treatment production system of a kind of vehicle glass deep processing of the present utility model, described in break limit air floating table and comprise work top, on described work top, offer air vent; The described limit air floating table of breaking also comprises and being arranged under described work top in methods, rack, the first blower fan glass being held up from described work top for air blast.
In the pre-treatment production system of a kind of vehicle glass deep processing of the present utility model, also comprise and described in being arranged on, break the floating sheet platform that offers air vent between limit air floating table and described edge polisher, and be arranged on the second blower fan for air blast, glass being held up from described floating sheet platform in methods, rack under described floating sheet platform.
In the pre-treatment production system of a kind of vehicle glass deep processing of the present utility model, also comprise be placed between edge polisher and developing machine in order to the glass after edging is delivered to the transition conveyer on described developing machine.
In the pre-treatment production system of a kind of vehicle glass deep processing of the present utility model, described suction arm comprises for the glass on described floating sheet platform being delivered to anterior sucker frame on described edge polisher and for the glass after described edge polisher edging is delivered to the posterior sucker frame on described transition conveyer; Described anterior sucker chord position is between described floating sheet platform and described edge polisher.
In the pre-treatment production system of a kind of vehicle glass deep processing of the present utility model, described anterior sucker frame and described posterior sucker frame are the integrative-structure of realizing the absorption of glass together with being linked as simultaneously or putting down operation.
In the pre-treatment production system of a kind of vehicle glass deep processing of the present utility model, on described developing machine and duster, be crossed with the overline bridge for dusting operation and the maintenance of tune machine; Between described pre-determined bit machine and described screen printer, be provided with the overline bridge of being convenient to commissioning device and changing the web plate of screen printer, and described overline bridge is on described pre-determined bit machine.
In the pre-treatment production system of a kind of vehicle glass deep processing of the present utility model, also comprise be distributed in equably on described tablet taking platform for being taken out and the original sheet glass of setting level that overturns is sent to the some running rollers on described cutting machine at glass frame from edge-on by described tablet taking platform, and be distributed on described cutting machine break the Timing Belt on the air floating table of limit described in the glass after described cutting machine cutting be sent to.
In the pre-treatment production system of a kind of vehicle glass deep processing of the present utility model, also comprise that being looped around described edge polisher, transition conveyer and developing machine region flows to the waterwall of other regional pollution environment in order to the waste water that prevents from producing in Improving Glass Manufacturing Processes ground one, and be provided with sand sediment trap and discharge outlet in described waterwall one side.
Compared with prior art, the utlity model has following beneficial effect: this system mutually combines manual, automatic equipment and gives full play of flexibly, efficient advantage, realize the line of partially manual equipment and automatic equipment and produce, make the pre-treatment of vehicle glass deep processing realize pipelining; Process equipment is simple; The crudy of product is stable; Interior sheet and the outer sheet glass of big bus and mini-bus all can be processed in this production system, and the personnel of outfit are few, and the scope of processing is wide; Reduce labour intensity, save production site, enhance productivity, reduce enterprise operation cost; Because edge polisher can be fixed by fixture after the height of grinding wheel axle is determined, therefore complete in same plane in the time of guaranteeing sheet glass mill one circle, can not cause the appearance of the edging defects such as chip, improve the crudy of product, the pre-treatment production system of vehicle glass deep processing of the present utility model, while clinging to glass aborning, the percentage that actual production capacity improves is up to 66.7%, when producing big bus glass, the percentage that actual production capacity improves is up to 60%, thereby significantly reduces energy consumption and cost.
Owing to being separately equipped with cutting machine operating desk, rotor checked operation platform, screen printer operating desk, silk-screen checked operation platform and unloading piece machine operation platform, make in automobile silk-screen Improving Glass Manufacturing Processes can be easily with manually single device being debugged or the setting parameter of different product, after setting, separate unit debugging can, at the product of line production lot under auto state, arrange production easily and flexibly again; Glass can directly pass to next station from a upper station automatically simultaneously, without moving down production line midway, has improved production efficiency; Due to described break between limit air floating table and described edge polisher, be provided with the floating sheet platform of densely covered air vent and described floating sheet platform under with the second blower fan, therefore the wind that can bloat by described the second blower fan blows out from the air vent of the table top that gathers, glass is held up gently simultaneously, can be more effortlessly by glass transfer to next operation and can prevent from being scratched by chopped glass in the process of transferring glass; Owing to adopting suction arm to transport glass, therefore the labor-saving probability that reduces artificial damage glass of energy simultaneously; Owing to being provided with overline bridge, therefore fast striding across production line by overline bridge, energy handled easily personnel carry out tune machine or maintenance to opposite side; Owing to adding waterwall, sand sediment trap and discharge outlet, therefore can prevent that the waste water producing in Improving Glass Manufacturing Processes from flowing into other regional pollution environment.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, the utility model is described in further detail, in accompanying drawing:
Fig. 1 is the structural representation of the pre-treatment production system of the vehicle glass deep processing that provides of embodiment of the utility model;
Fig. 2 is the structural representation of inhaling arm in the pre-treatment production system of the deep processing of vehicle glass shown in Fig. 1;
Fig. 3 is the structural representation of edge polisher in the pre-treatment production system of the deep processing of vehicle glass shown in Fig. 1.
1-tablet taking platform in figure; 2-cutting machine; 3-breaks limit air floating table; 4-floats sheet platform; 5-edge polisher; 6-inhales arm; 7-transition conveyer; 8-developing machine; 9-duster; 10-cleans the lower sheet conveyer of check upset; 11-corner conveyer; 12-pre-determined bit machine; 13-screen printer; 14-dryer; 15-Air cooler; Sheet machine under 16-; The lower sheet conveyer of 17-silk-screen check upset; 18-cutting machine operating desk; 19-sand sediment trap; 20-waterwall; 21-discharge outlet; The 22-operating desk of developing a film; 23-rotor checked operation platform; 24-screen printer operating desk; 25-checked operation platform; 26-unloading piece machine operation platform; 27-overline bridge; 50-emery wheel; 51-grinding wheel axle; 52-rocking arm; 53-column; 54-table top; 55-handwheel; 56-lock-screw; 61-anterior sucker frame; 62-posterior sucker frame.
The specific embodiment
In order to make the purpose of this utility model, technical scheme and advantage clearer, below in conjunction with drawings and Examples, the utility model is further elaborated.Should be appreciated that specific embodiment described herein is only in order to explain the utility model, and be not used in restriction the utility model.
As shown in Figure 1, the structural representation of the embodiment of vehicle glass deep processing pre-treatment production system of the present utility model, the vehicle glass deep processing pre-treatment production system in the present embodiment comprises tablet taking platform 1, cutting machine 2, breaks limit air floating table 3, floating sheet platform 4, edge polisher 5, inhale arm 6, transition conveyer 7, developing machine 8, duster 9, clean the lower sheet conveyer 10 of check upset, corner conveyer 11, pre-determined bit machine 12, screen printer 13, the lower sheet conveyer 17 of silk-screen check upset, dryer 14, Air cooler 15, lower machine 16.
Wherein, on tablet taking platform 1, be uniformly distributed to be useful on the glass on tablet taking platform 1 is sent to the some roll shafts (not label) on cutting machine 2, on cutting machine 2, be useful on the glass after cutting machine 2 cuts is sent to the Timing Belt (not label) of breaking on limit air floating table 3, break limit air floating table 3 and comprise work top (not label), on work top, offer air vent (not label), in the frame below work top, be provided with the first blower fan (not shown) glass being held up from work top for air blast, break and between limit air floating table 3 and edge polisher 5, be provided with the floating sheet platform 4 with air vent, and be provided with the second blower fan (not shown) in the frame of floating sheet platform 4 work tops (not label) below, the wind that blower fan bloats densely covered air vent from table top blows out, glass is held up gently simultaneously, artificial by glass transfer during to next station laborsaving and can prevent from transferring the process of glass in by chopped glass, scratched, cutting machine 2 is provided with cutting machine operating desk 18 with a side of breaking limit air floating table 3, the waterwall 20 of high about 10CM surrounds the ground of edge polisher 4, transition conveyer 7 and developing machine 8 regions together, and is provided with sand sediment trap 19 and discharge outlet 21 in a side, prevents that the waste water producing in glass processing process from flowing into other regional pollution environment, close on duster 9 places and be provided with developing machine operating desk 22, close on pre-determined bit machine 12 places and be provided with rotor checked operation platform 23, close on screen printer 13 places and be provided with screen printer operating desk 24, the lower sheet conveyer of silk-screen check upset 17 places of closing between screen printer 13 and dryer 14 are provided with checked operation platform 25, close on lower machine 16 places and be provided with unloading piece machine operation platform 26, each operating desk coordinates the pre-treatment production system the flow work of vehicle glass deep processing, in addition, duster 9 with developing machine 8 above, be provided with overline bridge 27, and overline bridge 27 is across on developing machine 8, goes up to operating position or strides across production line carry out debugging machine or maintenance for operating personnel, between pre-determined bit machine 12 and screen printer 13, be provided with overline bridge 27, and overline bridge 27 is on pre-determined bit machine 12, for operating personnel, strides across production line and debug or change web plate, inhaling arm 6 comprises for the glass on floating sheet platform 4 being delivered to anterior sucker frame 61 on edge polisher 5 and for the glass after edge polisher 5 edgings is delivered to the posterior sucker frame 62 on transition conveyer 7, wherein anterior sucker frame 61 is between floating sheet platform 4 and edge polisher 5, posterior sucker frame 62 is between edge polisher 5 and transition conveyer, and anterior sucker frame 61 links together and rises simultaneously with posterior sucker frame 62, fall, mobile, draw simultaneously or put down glass, can respectively two sheet glass be sent into corresponding next procedure simultaneously, adopt and inhale arm operation, the labor-saving probability that simultaneously reduces artificial damage glass.
As shown in Figure 2, it is the structural representation of inhaling arm in the pre-treatment production system of vehicle glass deep processing of the present utility model, this suction arm 6 comprises anterior sucker frame 61 and posterior sucker frame 62, wherein anterior sucker frame 61 is between floating sheet platform 4 and edge polisher 5, posterior sucker frame 62 is between edge polisher 5 and transition conveyer, anterior sucker frame 61 and posterior sucker frame 62 link together, they can reduce respectively certain altitude, by the sucker in suction cup carrier (not label), the glass of a upper station is held, mention after certain altitude, by Timing Belt, drive them on suction arm crossbeam, along line slideway, from one end, to move to the other end, reducing height is put into the glass just having held after next station again, two suction cup carrier promote again gets back to home position and waits for next sheet glass.
The concrete annexation of the present embodiment is followed successively by: tablet taking platform 1, cutting machine 2, break limit air floating table 3, floating sheet platform 4, anterior sucker frame 61, edge polisher 5, posterior sucker frame 62, transition conveyer 7, developing machine 8, overline bridge 27, duster 9, clean the lower sheet conveyer 10 of check upset, corner conveyer 11, pre-determined bit machine 12, overline bridge 27, screen printer 13, the lower sheet conveyer 17 of silk-screen check upset, dryer 14, Air cooler 15, lower machine 16.
The pre-treatment production system of vehicle glass deep processing is when operation, tablet taking platform 1 is drawn original sheet glass from glass frame, upset is sent to and on cutting machine 2, is cut to required form or size by running roller after setting level, after cutting, by the Timing Belt on cutting machine 2 table tops, deliver to and break limit air floating table 3 by manually removing remaining limit, breaking glass behind limit manually pushes to floating sheet platform 4 by operating personnel and inhales the position that arm anterior sucker frame 61 falls and stop, simultaneously, the last sheet glass that has just completed edging is also parked on the turntable of edge polisher 5, when finishing edging, edging operating personnel start after the button of inhaling arm 6, inhaling arm anterior sucker frame 61 and posterior sucker frame 62 holds respectively this two sheet glass and is delivered to next station, anterior sucker frame 61 is just delivered to edge polisher 5 by the glass that is parked in floating sheet platform 4 like this, then suction cup carrier 62 is delivered to transition conveyer 7 by the glass being parked on edge polisher 5, by transition conveyer 7, automatically deliver to developing machine 8 again, glass surface is cleaned up also air-dry, arrive here in two kinds of situation, if produce be the outer plate of laminated glass time, after having cleaned, will in outer plate, will evenly spray silica flour with the interior side coordinating by duster 9, while interior outer plate being combined be placed on same mould hot bending, play the effect of the interior sheet of isolation and outer plate, prevent from being bonded together after two sheet glass hot bendings, outer plate after dusting is laterally delivered to rollover stand one side upset by cleaning the lower sheet conveyer 10 of check upset by it again, by manually being carried off added depositing, if produce be the interior sheet of laminated glass time, after cleaning, can not dust, cleaning the lower sheet conveyer 10 of check upset also can not be overturn, but directly it is delivered on corner conveyer 11, glass planar horizontally rotates 90 degree and enters location on pre-determined bit machine 12, be delivered to again silk-screen black surround on screen printer 13, as need sampling observation is dug check by the lower sheet conveyer 17 of silk-screen check upset, as the glass after silk-screen was directly delivered on dryer 14 and is dried by the lower sheet conveyer 17 of silk-screen check upset without when sampling observation, by Air cooler 15, the glass after drying is carried out cooling again, cooled glass is delivered to lower machine 16 by Air cooler 15, glass is laterally delivered to lower machine limit, dig by manually carrying added depositing off, leave in so respectively on glass frame in, outer sheet glass, to carry out outer plate and interior pairing in next procedure.
Fig. 3 is the structural representation of edge polisher in the pre-treatment production system of vehicle glass deep processing of the present utility model, and this edge polisher 5 comprises for the emery wheel 50 of glass edging, for the grinding wheel axle 51 of emery wheel 50 is installed, for the Rocker arm 52 of described grinding wheel axle 51 is installed, for the handwheel 55 of adjusting rock arm 52 height and for the lock-screw 56 of locking rocker arm 52, wherein, grinding wheel axle 51 drives its rotation by motor, grinding wheel axle 51 one end are installed with emery wheel 50, the other end is connected with the motor (not label) that is arranged on Rocker arm 52 afterbodys by belt pulley, Rocker arm 52 is arranged on the column 53 on the table top 54 that is fixed on edge polisher 5, simultaneously, glass is adsorbed on by sucker (not label) on the turntable (not label) that sucker is installed, turntable drives its rotation by the motor that is fixed on frame inside through belt, the height of Rocker arm 52 can regulate within the specific limits by handwheel 55, after highly determining, by lock-screw 56, lock again, guarantee that emery wheel 50 remains in the same plane of corresponding height, can not cause the appearance of the edging defects such as chip fluctuatedly, improve the quality of glass edging, the pre-treatment production system of vehicle glass deep processing of the present utility model, while clinging to glass aborning, the percentage that actual production capacity improves is up to 66.7%, when producing big bus glass, the percentage that actual production capacity improves is also up to 60%, significantly reduce energy consumption and production costs.
Compared with prior art, the utlity model has following beneficial effect: this system mutually combines manual, automatic equipment, maximize favourable factors and minimize unfavourable ones, have complementary advantages, give full play of flexible, efficient advantage, realize the line of partially manual equipment (breaking limit, edging, check, lower) and automatic equipment and produce, make the pre-treatment of vehicle glass deep processing realize pipelining; Process equipment is simple; The crudy of product is stable; Interior sheet and the outer sheet glass of big bus and mini-bus all can be processed in this production system, and the personnel of outfit are few, and the scope of processing is wide; Reduce labour intensity, save production site, enhance productivity, effectively reduce enterprise operation cost.
Owing to being provided with rotor checked operation platform 23 closing on pre-determined bit machine 12 places, close on screen printer 13 places and be provided with screen printer operating desk 24, the lower sheet conveyer of silk-screen check upset 17 places of closing between screen printer 13 and dryer 14 are provided with checked operation platform 25, close on lower machine 16 places and be provided with unloading piece machine operation platform 26, each operating desk coordinates the pre-treatment production system the flow work of vehicle glass deep processing, make can to adopt easily in the pre-treatment production process of vehicle glass deep processing manual mode single device to be debugged or the setting parameter of different product, again can be at the product of line production lot under auto state after separate unit debugging sets, arrange production easily and flexibly, owing to being provided with between limit air floating table 3 and edge polisher 5 with the floating sheet platform 4 of densely covered air vent and floating sheet platform 4 times with the second blower fan breaking, therefore the wind that can bloat by the second blower fan blows out from the air vent of the table top that gathers, glass is held up gently simultaneously, can be more effortlessly by glass transfer to next station and can prevent from being scratched by chopped glass in the process of transferring glass, owing to adopting suction arm 6 to operate, the labor-saving probability that simultaneously reduces artificial damage glass, owing to being provided with overline bridge 27, therefore directly striding across production line by overline bridge 27, energy handled easily personnel carry out tune machine or maintenance to opposite side, owing to adding waterwall 20, sand sediment trap 19 and discharge outlet 21, therefore can prevent that the waste water producing in Improving Glass Manufacturing Processes from flowing into other regional pollution environment.
Claims (10)
1. the pre-treatment production system of a vehicle glass deep processing is characterized in that: the pre-treatment production system of described vehicle glass deep processing comprises according to following order and connects one by one and be configured for the tablet taking platform (1) of the streamline of the pre-treatment of vehicle glass deep processing, cutting machine (2), break limit air floating table (3), edge polisher (5), inhale arm (6), developing machine (8), duster (9), clean the lower sheet conveyer (10) of check upset, corner conveyer (11), pre-determined bit machine (12), screen printer (13), the lower sheet conveyer (17) of silk-screen check upset, dryer (14), Air cooler (15), lower machine (16), wherein, described edge polisher (5) comprise emery wheel (50) for glass edging, for the grinding wheel axle (51) of described emery wheel (50) is installed, for the rocking arm (52) of described grinding wheel axle (51) is installed, for regulating the handwheel (55) of described rocking arm (52) height, for the lock-screw (56) of fixing rocking arm (52) height, for the column (53) of described rocking arm (52) and the table top (54) for fixing described column (53) are installed,
Wherein, described grinding wheel axle (51) drives its rotation by motor; Described emery wheel (50) is arranged on the end of grinding wheel axle (51), the other end of grinding wheel axle (51) is connected with the motor on described rocking arm (52) by belt, by rotating that screw rod on described handwheel (55) regulates described rocking arm (52) thus height realize the described handwheel (55) that described emery wheel (50) highly regulates and be connected on described rocking arm (52); It is upper that described rocking arm (52) is locked in described column (53) by described lock-screw (56), and described column (53) is fixed on described table top (54) by screw.
2. the pre-treatment production system of vehicle glass deep processing according to claim 1, is characterized in that: what also comprise that contiguous described cutting machine (2) arranges carries out the cutting machine operating desk (18) of setting parameter for glass-cutting process; Contiguous described developing machine (9) arrange for the glass required developing machine operating desk (22) of process of developing a film; The rotor checked operation platform (23) for associative operation that contiguous described pre-determined bit machine (12) arranges; The screen printer operating desk (24) for glass silk screen printing process setting parameter that contiguous described screen printer (13) arranges; The unloading piece machine operation platform (26) for the operation of glass unloading piece that the checked operation platform (25) for associative operation that the lower sheet conveyer (17) of contiguous described silk-screen check upset arranges and contiguous described lower machine (16) arrange.
3. the pre-treatment production system of vehicle glass deep processing according to claim 2, is characterized in that: described in break limit air floating table (3) and comprise work top, on described work top, offer air vent; The described limit air floating table (3) of breaking also comprises and being arranged under described work top in methods, rack, the first blower fan glass being held up from described work top for air blast.
4. the pre-treatment production system of vehicle glass deep processing according to claim 3, it is characterized in that: also comprise and described in being arranged on, break floating sheet platform (4) between limit air floating table (3) and described edge polisher (5) and that offer air vent, and be arranged under described floating sheet platform (4) in methods, rack for air blast the second blower fan from described floating sheet platform (4) picking-up by glass.
5. the pre-treatment production system of vehicle glass deep processing according to claim 3, is characterized in that: also comprise be placed between edge polisher (5) and developing machine (8) in order to the glass after edging is delivered to the transition conveyer (7) on described developing machine (8).
6. the pre-treatment production system of vehicle glass deep processing according to claim 5, is characterized in that: described suction arm (6) comprises for the glass on described floating sheet platform (4) being delivered to anterior sucker frame (61) on described edge polisher (5) and for the glass after described edge polisher (5) edging is delivered to the posterior sucker frame (62) on described transition conveyer (7); Described anterior sucker frame (61) is positioned between described floating sheet platform (4) and described edge polisher (5); Described posterior sucker frame (62) is positioned between described edge polisher (5) and described transition conveyer (7).
7. the pre-treatment production system of vehicle glass deep processing according to claim 6, is characterized in that: described anterior sucker frame (61) and described posterior sucker frame (62) are for be linked as the integrative-structure of realizing together the absorption of glass or putting down operation simultaneously.
8. the pre-treatment production system of vehicle glass deep processing according to claim 7, is characterized in that: on described developing machine (8) and described duster (9), be crossed with the overline bridge (27) for dusting operation and the maintenance of tune machine;
Between described pre-determined bit machine (12) and described screen printer (13), be provided with the overline bridge (27) of being convenient to commissioning device and changing screen printer (13) web plate, and described overline bridge (27) is on described pre-determined bit machine (12).
9. the pre-treatment production system of vehicle glass deep processing according to claim 8, it is characterized in that: also comprise be distributed in equably on described tablet taking platform (1) for being taken out and the original sheet glass of setting level that overturns is sent to the some running rollers on described cutting machine (2) at glass frame from edge-on by described tablet taking platform (1), and be distributed in that described cutting machine (2) is upper breaks the Timing Belt on limit air floating table (3) described in the glass after described cutting machine (2) cutting is sent to.
10. the pre-treatment production system of vehicle glass deep processing according to claim 9, it is characterized in that: also comprise that being looped around described edge polisher (5), transition conveyer (7) and developing machine (8) region flows to the waterwall (20) of other regional pollution environment in order to the waste water that prevents from producing in Improving Glass Manufacturing Processes ground one, and be provided with sand sediment trap (19) and discharge outlet (21) in described waterwall (20) one sides.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201320604869.8U CN203579356U (en) | 2013-09-27 | 2013-09-27 | Pre-treatment production system for automobile glass deep-processing |
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| CN201320604869.8U CN203579356U (en) | 2013-09-27 | 2013-09-27 | Pre-treatment production system for automobile glass deep-processing |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104495305A (en) * | 2014-12-09 | 2015-04-08 | 福耀玻璃（重庆）配件有限公司 | Automatic sheet feeding production line with function of cutting original sheet into two parts |
| CN105598781A (en) * | 2015-12-08 | 2016-05-25 | 洛阳宝环数控精密设备制造有限公司 | Special-shaped glass remote control cutting, breaking and grinding integrated processing production line and operation method thereof |
| CN106044221A (en) * | 2016-05-31 | 2016-10-26 | 安瑞装甲材料（芜湖）科技有限公司 | Bulletproof glass processing system |
| CN104511819B (en) * | 2013-09-27 | 2016-11-23 | 信义汽车玻璃(深圳)有限公司 | A kind of pre-treatment production system of vehicle glass deep processing |
| CN108943422A (en) * | 2018-09-17 | 2018-12-07 | 鹏凯（天津）玻璃有限公司 | A kind of full-automatic glass cutting edging assembly line |
-
2013
- 2013-09-27 CN CN201320604869.8U patent/CN203579356U/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104511819B (en) * | 2013-09-27 | 2016-11-23 | 信义汽车玻璃(深圳)有限公司 | A kind of pre-treatment production system of vehicle glass deep processing |
| CN104495305A (en) * | 2014-12-09 | 2015-04-08 | 福耀玻璃（重庆）配件有限公司 | Automatic sheet feeding production line with function of cutting original sheet into two parts |
| CN105598781A (en) * | 2015-12-08 | 2016-05-25 | 洛阳宝环数控精密设备制造有限公司 | Special-shaped glass remote control cutting, breaking and grinding integrated processing production line and operation method thereof |
| CN106044221A (en) * | 2016-05-31 | 2016-10-26 | 安瑞装甲材料（芜湖）科技有限公司 | Bulletproof glass processing system |
| CN108943422A (en) * | 2018-09-17 | 2018-12-07 | 鹏凯（天津）玻璃有限公司 | A kind of full-automatic glass cutting edging assembly line |
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