CN105170417A - Coating machine and coating method - Google Patents
Coating machine and coating method Download PDFInfo
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- CN105170417A CN105170417A CN201510531615.1A CN201510531615A CN105170417A CN 105170417 A CN105170417 A CN 105170417A CN 201510531615 A CN201510531615 A CN 201510531615A CN 105170417 A CN105170417 A CN 105170417A
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Abstract
The invention relates to the technical field of TFT-LCD paint coating and discloses a coating machine and a coating method. The coating machine comprises a rack and further comprises at least two objective tables used for bearing glass substrates and mounted on the rack, a coating module mounted on the rack, capable of switching among all objective tables, and used for coating the glass substrates on the objective table opposite to the coating module, and a driving module mounted on the rack and connected with the coating module so as to drive the coating module to switch among all objective tables and drive the coating module to coat the glass substrates on the objective table opposite to the coating module. According to the coating machine, when the coating modules coats the glass substrates on the objective table opposite to the coating module, the glass substrates on the residual objective tables are fixed or moved out, and after coating is completed, the driving module drives the coating module to switch to another objective table to coat continuously, so that the glass substrates can be coated continuously, the waiting time of the coating time is shortened, and waste of pre-coating paint in a waiting process is reduced.
Description
Technical field
The present invention relates to TFT-LCD coatings technical field, particularly relate to a kind of coating machine and coating process.
Background technology
At present, in TFT-LCD technical field, coating machine is mainly used in the coating of TFT-LCD coating, as photoresist coating machine is used for the coating of photoresist, along with the maximization of glass substrate, in order to reduce the use amount of coating, the coating method of coating becomes slit coating method from the method for spin coating before 6 generation lines.
In existing slot die technique, after a front coating process completes, apparatus for coating in coating machine is returned to position of readiness, glass substrate to be coated carries out coating preparation, apparatus for coating is after glass substrate completes application place location, from position of readiness, start coating process next time, in the past be once coated with to be accomplished to is coated with in the time of beginning next time, apparatus for coating is in waiting process, in the coating process of current coating machine, stand-by period is longer, apparatus for coating is in coating waiting process, in waiting as long for, condensation is there is in order to prevent coating, caking, there is particle in glass, and add this operation of pre-coating, pre-coating process brings the waste of coating and production cost to increase.
Summary of the invention
The invention provides a kind of coating machine and coating process, can coated glass substrate continuously, to realize reducing the object of the waste of pre-coating coating in stand-by period of coating machine and waiting process.
For achieving the above object, the invention provides following technical scheme:
A kind of coating machine, comprises frame, also comprises:
At least two objective tables for bearing glass substrate, described objective table is installed on described frame;
Be installed on described frame and the coating module that can switch between each described objective table, for being coated with the glass substrate on objective table corresponding thereto;
Driver module, described driver module is installed on described frame, and is connected drive described coating module to switch between each described objective table and drive described coating module to be coated with the glass substrate on objective table corresponding thereto with coating module.
In above-mentioned coating machine, driver module drives coating module to switch between each objective table, when being coated with module and switching on an objective table, driver module drives coating module to be coated with the glass substrate on this objective table, because objective table has two at least, coating module is when being coated with the glass substrate on this objective table, operating personnel can be fixed the glass substrate on other objective table or shift out, coating module is after completing the coating to this objective table top glass substrate, coating module is switched on another objective table under the driving of driver module, then painting work is carried out to the glass substrate that another objective table has fixed, now, operating personnel can by this objective table applied good glass substrate shift out, and new glass substrate is fixed on this objective table, with etc. module to be coated again switch to this objective table and the new glass substrate that this objective table retightens be coated with.
Therefore, the coating module in above-mentioned coating machine can coated glass substrate continuously, to realize reducing the object of the waste of pre-coating coating in stand-by period of coating machine and waiting process.
Preferably, coating machine also comprises:
Be positioned on described objective table, for described glass substrate being fixed to the vacuum absorption device on described objective table;
Be positioned on described objective table, for supporting the push pin device of described glass substrate.
Preferably, coating machine also comprises:
Control module, described control module, for controlling described driver module action, drives described coating module switch between each objective table and be coated with the glass substrate on described objective table when switching to described objective table to make described driver module.
Preferably, described control module is connected with described vacuum absorption device signal.
Preferably, described control module is connected with described push pin device signal.
A coating process for coating machine, comprising:
Described driver module drives described coating module to switch between each described objective table; When described driver module drives described coating module to switch on an objective table, the glass substrate on objective table is corresponding thereto coated with, and the glass substrate on all the other objective tables is fixed or is shifted out.
Preferably, when described coating machine comprises control module and described control module is connected with described push pin device and vacuum absorption device signal, the fixation procedure of described glass substrate comprises:
Described control module controls the landing of described push pin device;
Described glass substrate arrives described objective table;
Described control module controls described vacuum absorption device and starts, and described glass substrate is fixed on described objective table.
Preferably, when described coating machine comprises control module and described control module is connected with described push pin device and vacuum absorption device signal, the process that shifts out of described glass substrate comprises:
Described control module controls described vacuum absorption device power cut-off;
Described control module controls described push pin device and rises;
Described glass substrate shifts out from described objective table.
Accompanying drawing explanation
Fig. 1 is the structural representation of a kind of coating machine provided by the invention;
Fig. 2 is the structural representation of the coating machine of a kind of loading provided by the invention one piece of glass substrate;
Fig. 3 is that a kind of coating machine provided by the invention is to a glass substrate coating process schematic diagram;
Fig. 4 is the schematic diagram that a kind of coating machine provided by the invention switches between two objective tables;
Fig. 5 is that a kind of coating machine provided by the invention is to another glass substrate coating process schematic diagram.
Detailed description of the invention
Below in conjunction with the accompanying drawing in the embodiment of the present invention, be clearly and completely described the technical scheme in the embodiment of the present invention, obviously, described embodiment is only the present invention's part embodiment, instead of whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art, not making the every other embodiment obtained under creative work prerequisite, belong to the scope of protection of the invention.
A kind of coating machine that the embodiment of the present invention provides, comprises frame, also comprises:
At least two objective tables for bearing glass substrate, objective table is installed on frame; Objective table 21 as shown in Figure 1, Figure 2 and Figure 3 and objective table 22, wherein, objective table 21 carries glass substrate 11, objective table 22 carries glass substrate 12;
Be installed on frame and the coating module that can switch between each objective table, for being coated with the glass substrate on objective table corresponding thereto; As shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 4 and Fig. 5, coating module 3 switches between objective table 21 and objective table 22, when being coated with module 3 and switching to objective table 22 from objective table 21, coating module 3 is coated with the glass substrate 12 on objective table 22 corresponding thereto, when being coated with module and switching to objective table 21 from objective table 22, coating module 3 is coated with the glass substrate 11 on objective table 21 corresponding thereto;
Driver module, driver module is installed on frame, and is connected to drive with coating module and is coated with module and switches between each objective table and drive and be coated with module and be coated with the glass substrate on objective table corresponding thereto; As shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 4 and Fig. 5, driver module 4 drives the handoff procedure of coating module 3 between objective table 21 and objective table 22 and drives the coating process of the glass substrate 11 on coating module 3 pairs of objective tables 21 and the glass substrate 12 on objective table 22.
In above-mentioned coating machine, for coating machine described in Fig. 1, coating machine comprises objective table 21, objective table 22, driver module 4 drives coating module 3 at objective table 21, switch between objective table 22, when being coated with module 3 and switching on objective table 21, driver module 4 drives the glass substrate 11 on coating module 3 pairs of objective tables 21 to be coated with, coating module 3 is when being coated with the glass substrate 11 on objective table 21 corresponding thereto, operating personnel can be fixed the glass substrate 12 on objective table 22 or shift out, coating module 3 is after completing the coating to objective table 21 top glass substrate 11, coating module 3 is switched on objective table 22 under the driving of driver module 4, then painting work is carried out to the glass substrate 12 that 22 objective tables 22 have fixed, now, glass substrate 11 bad for artistic conception figure on objective table 21 can shift out by operating personnel, and new glass substrate 11 is fixed on objective table 21, with etc. module 3 to be coated again switch on objective table 21, and the new glass substrate 11 that objective table 21 retightens is coated with.
Therefore, the coating module in above-mentioned coating machine can coated glass substrate continuously, to realize reducing the object of the waste of pre-coating coating in stand-by period of coating machine and waiting process.
In order to can realize the fixing of glass substrate 11 and glass substrate 12 or shift out, in a kind of preferred embodiment, for glass substrate 12, as shown in Figure 1, Figure 2 and Figure 3, coating machine also comprises:
Be positioned on objective table 22, for glass substrate 12 being fixed to the vacuum absorption device 52 on objective table 22;
Be positioned on objective table 22, for the push pin device 62 of support glass substrate 12.
When glass substrate 11 enters on objective table 21, vacuum absorption device 51 starts, glass substrate 11 will be fixed, now, push pin device 62 in objective table 22 rises, driver module 4 drives coating module 3 to switch on objective table 21, coating module 3 starts to be coated with glass substrate 11 under the driving of driver module 4, now, objective table 22 starts to receive glass substrate 12, push pin device 62 is landed, vacuum absorption device 52 starts, glass substrate 12 is fixed, after coating module 3 completes the coating to glass substrate 11, driver module 4 drives coating module 3 to switch, now, vacuum absorption device 51 power cut-off of objective table 21, push pin device 61 rises, glass substrate 11 is removed, when driver module 4 drives coating module 3 to be switched on objective table 22, coating module 3 starts to be coated with glass substrate 12 under the driving of driver module 4, now, objective table 21 starts to receive glass substrate 11, push pin device 61 is landed, vacuum absorption device 51 starts, glass substrate 11 is fixed, coating module 3 is after terminating the coating to glass substrate 12, vacuum absorption device 52 power cut-off, the push pin device 62 of objective table 22 rises, glass substrate 12 is removed.
On the basis of above-mentioned coating machine, in order in the course of work of coating machine, complete the fixing of glass substrate 11 and 12 more accurately or shift out, and the accurate of coating process can be ensured, particularly, for glass substrate 12, as described in Figure 4, also comprising:
Control module 7, control module 7, for controlling driver module 4 action, drives coating module 3 switch between objective table 21 and objective table 22 and be coated with to the glass substrate 12 on objective table 22 when switching objective table 22 to make driver module 4.
Control module 7 is connected with driver module 4 signal, after coating module 3 completes the coating to objective table 21 top glass substrate 11, control module 7 sends switching signal to driver module 4, driver module 4 drives coating module 3 to shift to objective table 22 from objective table 21, realize the switching between objective table 21 and objective table 22, when being coated with module 3 and switching on objective table 22, control module 7 sends coating signal to driver module 4, driver module 4 drives coating module 3 to start to be coated with until be coated with to the glass substrate 12 on objective table 22, a control procedure of control module 7 completes, the control procedure of control module 7 is realized by the control program preset.
In order to ensure in above-mentioned control procedure, glass substrate 11 and glass substrate 12 can be fixed in time or shift out, particularly:
As described in Figure 1, control module 7 is connected with vacuum absorption device 51 and vacuum absorption device 52 signal; And/or,
Control module 7 is connected with push pin device 61 and push pin device 62 signal.
When control module 7 is connected with vacuum absorption device 51 and vacuum absorption device 52 signal, when glass substrate 11 enters on objective table 21, control module 7 controls vacuum absorption device 51 and automatically opens, glass substrate 11 is fixed, after coating module 3 completes the coating to glass substrate 11, control module controls vacuum absorption device 51 and automatically terminates, and glass substrate 11 is moved out of; When glass substrate 12 enters on objective table 22, control module 7 controls vacuum absorption device 52 and automatically opens, and glass substrate 12 is fixed, after coating module 3 completes the coating to glass substrate 12, control module controls vacuum absorption device 52 and automatically terminates, and glass substrate 12 is moved out of.
When control module 7 is connected with push pin device 61 and push pin device 62 signal, after vacuum absorption device 51 power cut-off, the push pin device 61 that control module 7 controls on objective table 21 rises, push pin device 61 support glass substrate 11, until glass substrate 11 is moved out of, glass substrate 11 to be coated enters on objective table 21, the push pin device 61 that control module 7 controls on objective table 21 is landed, objective table 21 receives glass substrate 11, control module 7 controls vacuum absorption device 51 and starts, and glass substrate 11 to be coated is fixed; When after vacuum absorption device 52 power cut-off, the push pin device 62 that control module 7 controls on objective table 22 rises, push pin device 62 support glass substrate 12, until glass substrate 12 is moved out of, glass substrate 12 to be coated enters on objective table 22, and the push pin device 62 that control module 7 controls on objective table 22 is landed, and objective table 22 receives glass substrate 12, control module 7 controls vacuum absorption device 52 and starts, and glass substrate 12 to be coated is fixed.
When control module 7 is connected with vacuum absorption device 51 and vacuum absorption device 52 signal, control module 7 can control automatically to vacuum absorption device 51 and vacuum absorption device 52; When control module 7 is connected with push pin device 61 and push pin device 62 signal, control module 7 can control automatically to push pin device 61 and push pin device 62, and then can improve sensitivity and the promptness of vacuum absorption device 51 and vacuum absorption device 52 and push pin device 61 and push pin device 62 action when glass substrate 11 and glass substrate 12 are fixed and shift out, thus guarantee glass substrate 11, glass substrate 12 can be fixed in time or shift out.
The coating process of a kind of coating machine that the embodiment of the present invention provides, comprising:
Driver module drives coating module to switch between each objective table; When described driver module drives described coating module to switch on an objective table, the glass substrate on objective table is corresponding thereto coated with, and the glass substrate on all the other objective tables is fixed or is shifted out; As shown in Figure 1, Figure 2, described in Fig. 3 and Fig. 4, driver module 4 drives coating module 3 to switch between objective table 21 and objective table 22; When driver module 4 drives the glass substrate 11 of coating module 3 when being switched on objective table 21 on pair objective table 21 relative with coating module 3 to be coated with, and the glass substrate 12 on objective table 22 is fixed or is shifted out; When driver module 4 drives the glass substrate 12 of coating module 3 when being switched on objective table 22 on pair objective table 22 relative with coating module 3 to be coated with, and the glass substrate 11 on objective table 21 is fixed or is shifted out.
In the coating process of above-mentioned coating machine, for coating machine described in Fig. 1, coating machine comprises two objective tables 21, 22, glass substrate 11 enters and after being fixed to objective table 21, driver module 4 drives coating module 3 to be switched on objective table 21, coating module 3 is driven to be coated with the glass substrate 11 be coated with on the relative objective table 21 of module 3, objective table 22 receives and secures glass substrate 12 simultaneously, after coating module 3 completes the coating to glass substrate 11, driver module 4 drives coating module 3 to be switched to objective table 22 from objective table 21, coating module 3 is driven to be coated with the glass substrate 12 be coated with on the relative objective table 22 of module 3, objective table 21 receives and secures glass substrate 11 simultaneously, after coating module 3 completes the coating to glass substrate 12, driver module 4 drives coating module 3 to be switched to objective table 21 from objective table 22, said process repeats with this, until complete the coating process of all glass substrates to be coated.
Therefore, above-mentioned coating machine, can coated glass substrate continuously, to realize reducing the object of the waste of pre-coating coating in stand-by period of coating machine and waiting process.
On the basis of above-mentioned coating process, in a kind of preferred embodiment, when described coating machine comprises control module 7 and described control module is connected with described push pin device and vacuum absorption device signal, the fixation procedure of glass substrate is described for objective table 21 top glass substrate 11, and glass substrate 11 fixation procedure comprises:
Control module 7 controls push pin device 61 and lands;
Glass substrate 11 arrives objective table 21;
Control module 7 controls vacuum absorption device 51 and starts, and glass substrate 11 is fixed on objective table 21.
For objective table 21, when glass substrate 11 enters on objective table 21, control module 7 controls push pin device 61 and lands, glass substrate 11 is whole to be entered on objective table 21, control module 7 controls vacuum absorption device 51 and starts, glass substrate 11 is fixed on objective table 21, now, can be coated with glass substrate 11.
On the basis of above-mentioned coating process, in a kind of preferred embodiment, when coating machine comprises control module 7 and described control module is connected with described push pin device and vacuum absorption device signal, for objective table 11 top glass substrate 11 illustrate glass substrate shift out process, the process that shifts out of glass substrate 11 comprises:
Control module 7 controls vacuum absorption device 51 power cut-off;
Control module 7 controls push pin device 61 and rises;
Glass substrate 11 shifts out from objective table 21.
For objective table 21, after coating module 3 completes the coating to glass substrate 11, control module 7 controls vacuum absorption device 51 power cut-off, simultaneously, control module 7 controls push pin device 61 and rises, and push pin device 61 support glass substrate 11, then glass substrate 11 is shifted out by from objective table 21.
Obviously, those skilled in the art can carry out various change and modification to the embodiment of the present invention and not depart from the spirit and scope of the present invention.Like this, if these amendments of the present invention and modification belong within the scope of the claims in the present invention and equivalent technologies thereof, then the present invention is also intended to comprise these change and modification.
Claims (8)
1. a coating machine, comprises frame, it is characterized in that, also comprises:
At least two objective tables for bearing glass substrate, described objective table is installed on described frame;
Be installed on described frame and the coating module that can switch between each described objective table, for being coated with the glass substrate on objective table corresponding thereto;
Driver module, described driver module is installed on described frame, and is connected drive described coating module to switch between each described objective table and drive described coating module to be coated with the glass substrate on objective table corresponding thereto with coating module.
2. coating machine according to claim 1, is characterized in that, also comprises:
Be positioned on described objective table, for described glass substrate being fixed to the vacuum absorption device on described objective table;
Be positioned on described objective table, for supporting the push pin device of described glass substrate.
3. coating machine according to claim 2, is characterized in that, also comprises:
Control module, described control module, for controlling described driver module action, drives described coating module switch between each objective table and be coated with the glass substrate on described objective table when switching to described objective table to make described driver module.
4. coating machine according to claim 3, is characterized in that, described control module is connected with described vacuum absorption device signal.
5. the coating machine according to claim 3 or 4, is characterized in that, described control module is connected with described push pin device signal.
6. a coating process for the coating machine as described in any one of claim 1-5, is characterized in that, comprising:
Described driver module drives described coating module to switch between each described objective table; When described driver module drives described coating module to switch on an objective table, the glass substrate on objective table is corresponding thereto coated with, and the glass substrate on all the other objective tables is fixed or is shifted out.
7. coating process according to claim 6, is characterized in that, when described coating machine comprises control module and described control module is connected with described push pin device and vacuum absorption device signal, the fixation procedure of described glass substrate comprises:
Described control module controls the landing of described push pin device;
Described glass substrate arrives described objective table;
Described control module controls described vacuum absorption device and starts, and described glass substrate is fixed on described objective table.
8. coating process according to claim 6, is characterized in that, when described coating machine comprises control module and described control module is connected with described push pin device and vacuum absorption device signal, the process that shifts out of described glass substrate comprises:
Described control module controls described vacuum absorption device power cut-off;
Described control module controls described push pin device and rises;
Described glass substrate shifts out from described objective table.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510531615.1A CN105170417A (en) | 2015-08-26 | 2015-08-26 | Coating machine and coating method |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201510531615.1A CN105170417A (en) | 2015-08-26 | 2015-08-26 | Coating machine and coating method |
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| CN105170417A true CN105170417A (en) | 2015-12-23 |
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| CN201510531615.1A Pending CN105170417A (en) | 2015-08-26 | 2015-08-26 | Coating machine and coating method |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109407364A (en) * | 2018-12-11 | 2019-03-01 | 张家港康得新光电材料有限公司 | A kind of transfer method, the apparatus and system of the counter substrate of liquid crystal display panel |
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Application publication date: 20151223 |