CN102603176A - Toughened glass horizontal hot dipping detonating furnace - Google Patents
Toughened glass horizontal hot dipping detonating furnace Download PDFInfo
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- CN102603176A CN102603176A CN2012100797912A CN201210079791A CN102603176A CN 102603176 A CN102603176 A CN 102603176A CN 2012100797912 A CN2012100797912 A CN 2012100797912A CN 201210079791 A CN201210079791 A CN 201210079791A CN 102603176 A CN102603176 A CN 102603176A
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Abstract
The invention relates to a toughened glass horizontal hot dipping detonating furnace which ensures that the sheet arrangement mode of toughened glass in the hot dipping detonating furnace is changed into horizontal and multilayer arrangement from vertical arrangement and is matched with the toughened glass in a toughening furnace. The hot dipping detonating furnace comprises a hot dipping furnace; the hot dipping furnace comprises N intervals of furnace bodies to form furnace heating channels which are communicated with one another; and the sheet arrangement structure in a furnace body adopts a toughened glass horizontal roller way transmission structure and is driven through a transmission device to rotate. The hot dipping detonating furnace has the advantages that the glass cooling process is changed, glass is not cooled to room temperature but cooled to the temperature which is about 50 DEG C to 250 DEG C higher than the room temperature, sent to a toughening air grid and then to the hot dipping furnace, and the glass is directly subjected to thermal insulation in the hot dipping furnace at the environmental temperature from 180 DEG C to 300 DEG C, so that energy consumed for cooling and reheating the glass is saved, air blown off in the air grid section of the hot dipping furnace during the glass cooling is collected in the hot dipping furnace so as to be used as the supplement of heated air circulation in the hot dipping furnace, so that the purpose of energy saving is achieved, and after the hot dipping furnace is connected with a sheet discharge table of the toughening furnace, the purpose of detonating is achieved when glass is sent out from a sheet outlet of the hot dipping furnace.
Description
Technical field
The present invention relates to a kind of hot dipping ignite in the stove by toughened glass screening form by change into vertically that horizontal multilayer is put and with annealing furnace in ignited stove by the horizontal hot dipping of toughened glass of toughened glass coupling, belong to hot dipping and ignite stove and make the field.
Background technology
Conventional horizontal roller bed type glass tempering furnace: glass is cooled to below 150 degree to reach the glass heat processing units of tempering purpose from the tempering temperature spot.More than in this process, must glass heats being spent to tempering temperature spot 650, and be cooled to rapidly below 150 degree, this process adopts air cooling usually.In this heating and refrigerative process, all not only will consume the huge energy, and in the air-cooled process, a large amount of warm air of discharge is not only wasted the energy, and worsened employee's production work environment, seen accompanying drawing 7 for details.
Traditional hot dipping stove: because always there is certain self-destruction rate in toughened glass; For making the glass that is installed in external wall reach safe state; Need the glass that play pendulum be done and ignite handle, its principle is that glass is placed among the airtight hot vessel, and the temperature of glass is heated to 290+/-10 degree; After 21 whole points for measuring temperature all reach this design temperature, pick up counting.Keep 2 hours postcooling to normal room temperature.The glass that self-destruction does not take place in this process is considered to stable toughened glass.The self-destruction rate through glass that ignite to handle is not a per mille, through the self-destruction rate of ignition glass of handling be ten thousand/.See Fig. 8 for details.
Its weak point: annealing furnace must utilize wind-force that glass is forced blast-cold, and the hot dipping stove is the purpose that reaches ignition for reaching the cooling purpose; Have to again glass is heated to 290 once more; In this process, cooling and heating have all consumed the more energy, and the process of cooling and heating all needs elapsed time; Production efficiency is wasted; And because annealing furnace is horizontal production, and the glass screening of hot dipping stove in the market is an arranged vertical, glass is put from level change to arranged vertical and consumed production efficiency and human cost.
Summary of the invention
Purpose of design: avoid the weak point in the background technology, design a kind of hot dipping ignite in the stove by toughened glass screening form by change into vertically that horizontal multilayer is put and with annealing furnace in ignited stove by the horizontal hot dipping of toughened glass of toughened glass coupling.
Plan: in order to realize above-mentioned purpose of design.The application is put the screening form of hot dipping stove by the level of vertically changing into, and adopts the design of horizontal roller transmission mode or layering stack transfer mode, is major technique characteristic of the present invention.The purpose of doing like this is: the horizontal hot dipping of horizontal roller transmission mode is ignited stove and is made up of N interval body of heater; It connects total length and can satisfy temperature insulation 2 hour the processing requirement of glass heats to the 290+-10 degree; And can require design length according to buying side; Glass advances with roller-way after entering into body of heater, and is maintained at the TR of requirement always.After glass reaches processing requirement, to be seen off horizontal hot dipping by roller-way and ignite between stove entering cooling zone, the cold wind that quilt blows out from tuyere is cooled to below 50 degree and is sent to down the sheet platform, is moved by manual work; And layering stack transfer mode structure; When glass advances to down the sheet worktable; By manual work the glass cullet that possibly exist on the table top are cleaned out, the glass table top of this space-time waited at this station, and glass is sent to advancing on the power wheel on the sheet lifting table in the heating chamber of hot dipping stove first segment by roller-way subsequently; Table top lifting device A starts subsequently, and this glass table top that has been placed glass is risen to the last layer space.And the like, when this glass table top is thus lifted to top layer, this glass table top is transferred to heating chamber A by horizontal power wheel.Along with the entering of glass, this table top is progressively dropped on the horizontal power wheel of lower floor by table top lifting device B subsequently, and by laterally power wheel is traversing to heating chamber B.And risen to heating chamber B top along with the entering of glass by table top lifting device C subsequently.This table top is by the traversing top to cooling room of horizontal power wheel subsequently; And by table top lifting device D progressively drop to the bottom chassis return on the power wheel; This moment, the slice lifting table rose; With the glass jack-up on the chassis, the slice power wheel on the slice lifting table moves with following sheet platform simultaneously, and glass is seen off.After glass is seen off, the landing of slice lifting table, chassis is returned power wheel by chassis and is sent to the heating chamber bottom, advances the sheet lifting table and raises, and advances following bench roller road synchronization action of sheet power wheel and annealing furnace glass is sent into the chassis zone, repeats work.
Technical scheme 1: stove is ignited in the horizontal hot dipping of a kind of toughened glass, comprises the hot dipping stove, and said hot dipping stove is formed the body of heater heat tunnel that is interconnected by the body of heater in N interval, and the screening structure in the body of heater is the horizontal roller drive mechanism and is rotated by actuator drives.
Technical scheme 2: the stove production technique is ignited in the horizontal hot dipping of a kind of toughened glass; After the hot dipping stove being connected following platform of annealing furnace; With glass cools to 50～250 ℃ just with glass see windshield mold for toughing off, stove is ignited in the horizontal hot dipping of entering; Ignite in the stove directly in horizontal hot dipping that insulation is incubated 1.5～2.5 hours under 290 ± 10 ℃ envrionment temperature, when the piece mouth of igniting stove from horizontal hot dipping is then seen off, just reached the purpose of igniting; Get into be cooled cold wind that tuyere in the device blows out of glass in the refrigerating unit this moment and be cooled to below 50 degree and be sent to down the sheet platform, move by manual work or mechanical manipulator.
Technical scheme 3: stove is ignited in the horizontal hot dipping of a kind of layering stack delivery type toughened glass; Comprise the hot dipping stove; Said hot dipping stove is by N body of heater heating chamber and N furnace insulation chamber and cooling room is formed and body of heater heating chamber, a N furnace insulation chamber and cooling room constitute the rectangular ripple passage of passage; N body of heater heating chamber and cooling room are respectively equipped with into sheet lifting table and slice lifting table; Below, N furnace insulation chamber be provided with slice driving wheel group and slice driving wheel group two ends respectively with advance the sheet lifting table and slice lifting table in-out end is complementary, body of heater heating chamber and cooling room are equipped with sheet glass table top elevating transport apparatus.
Technical scheme 4: the production technique that stove is ignited in the horizontal hot dipping of a kind of layering stack delivery type toughened glass, when glass advances to down the sheet worktable, the glass cullet that possibly exist on the table top are cleaned out by manual work or mechanical manipulator; The glass table top of this space-time waited at this station, and glass is sent to advancing on the power wheel on the sheet lifting table in the heating chamber of hot dipping stove first segment by roller-way subsequently, and the first table top lifting device starts subsequently; This glass table top that has been placed glass is risen to the last layer space, and the like, when this glass table top is thus lifted to top layer; By horizontal power wheel this glass table top is transferred to first heating chamber, along with the entering of glass, this table top is progressively dropped on the horizontal power wheel of lower floor by the second table top lifting device subsequently; And by laterally power wheel is traversing to second heating chamber, and rising to the second heating chamber top along with the entering of glass by the 3rd table top lifting device subsequently, this table top is by the horizontal traversing top to cooling room of power wheel subsequently; And returned on the power wheel by the chassis that the 3rd table top lifting device progressively drops to the bottom, this moment, the slice lifting table rose, with the glass jack-up on the chassis; Slice power wheel on the slice lifting table moves with following sheet platform simultaneously; Glass is seen off, after glass is seen off, the landing of slice lifting table; Chassis is returned power wheel by chassis and is sent to the heating chamber bottom; Advance the sheet lifting table and raise, advance following bench roller road synchronization action of sheet power wheel and annealing furnace glass is sent into the chassis zone, repeat work.
Technical scheme 5: the production line of stove is ignited in the horizontal hot dipping of a kind of layering stack delivery type toughened glass; Last slice platform piece mouth is directly to the glass tempering furnace import; The glass tempering outlet of still is communicated with the air-cooling chamber import; The air-cooling chamber outlet is directly to following sheet platform one end, and directly to the import of the horizontal hot dipping ignition of toughened glass stove, the horizontal hot dipping of toughened glass is ignited outlet of still directly to following sheet platform one end to the following sheet platform the other end.
The present invention compares with background technology, and the one, the present invention can be divided into left slice on the slice direction, and right slice, preceding slice fully can be according to client's factory building space arrangements; The 2nd, the present invention is put the screening form of hot dipping stove by the level of vertically changing into, and is respectively horizontal roller transmission mode and layering stack transfer mode, and this can have ready conditions two kinds of different equipment and links together; The 3rd, after the present invention is connected following platform of annealing furnace with the hot dipping stove, thereby saved the labor cost that the workman carries; The 4th, the present invention has changed the technology of glass cools; No longer glass cools is arrived room temperature; But being cooled to be higher than room temperature 50---the temperature about 250 degree is just seen glass off windshield mold for toughing; And get into the hot dipping stove, in the hot dipping stove, directly be incubated under the envrionment temperature of 290+/-10 degree, thereby saved glass cools and the energy consumption that reheats; The 5th, the wind that the present invention blows out annealing furnace air grid section during with glass cools is collected in the hot dipping stove, as replenishing of hot air circulation in the hot dipping stove, thereby further reaches the purpose of saving the energy; The 6th, the present invention is connected the hot dipping stove under the annealing furnace after the sheet platform, when glass when the piece mouth of hot dipping stove is seen off, just reached the purpose of igniting; The 7th, the present invention both can be the horizontal roller transmission mode from transfer mode, also can be layering stack transfer mode, adapted to the needs of varying environment.
Description of drawings
Fig. 1 is the structural representation that first kind of embodiment of stove ignited in the horizontal hot dipping of toughened glass.
Fig. 2 is the structural representation that stove is ignited in the horizontal hot dipping of toughened glass among Fig. 1.
Fig. 3 is the structural representation that second kind of embodiment of stove ignited in the horizontal hot dipping of toughened glass.
Fig. 4 is the structural representation that stove is ignited in the horizontal hot dipping of toughened glass among Fig. 3.
Fig. 5 is that stove production line synoptic diagram is ignited in the horizontal hot dipping of sink formula layering stack delivery type toughened glass.
Fig. 6 is that stove production line synoptic diagram is ignited in the horizontal hot dipping of three-dimensional layering stack delivery type toughened glass.
Fig. 7 is the structural representation of background technology tradition horizontal roller formula glass tempering furnace.
Fig. 8 is the structural representation of traditional hot dipping stove in the background technology.
Embodiment
Embodiment 1: with reference to attaching Fig. 1 and 2.Stove is ignited in the horizontal hot dipping of a kind of toughened glass, comprises the hot dipping stove, and said hot dipping stove is formed the body of heater heat tunnel that is interconnected by N interval body of heater, and the screening structure in the body of heater is horizontal roller drive mechanism 3-1 and by transmission mechanism 2-1 driving rotation.Said body of heater is made up of first body of heater 1-1 and second body of heater 1-2, opens or closes around trip shaft 8-1 through trip shaft 8-1 connection and first body of heater 1-1 between first body of heater 1-1 sidewall and second body of heater 1-2 sidewall.Said body of heater heat tunnel is greater than 280 ℃, and less than 300 ℃, the glass that is positioned at the body of heater heat tunnel is heated to 290 ± 10 ℃.The outlet of said body of heater heat tunnel is communicated with refrigerating unit 4-1 import.
Embodiment 2: on the basis of embodiment 1; The stove production technique is ignited in the horizontal hot dipping of a kind of toughened glass; After the hot dipping stove being connected following platform of annealing furnace, with glass cools to 50～250 ℃ just with glass see windshield mold for toughing off, stove is ignited in the horizontal hot dipping of entering, ignite in the stove directly in horizontal hot dipping insulation is incubated 1.5～2.5 hours under 290 ± 10 ℃ envrionment temperature; When the piece mouth of igniting stove from horizontal hot dipping is then seen off; Just reached the purpose of igniting, got into be cooled cold wind that tuyere in the device blows out of glass in the refrigerating unit 4-1 this moment and be cooled to below 50 degree and be sent to down the sheet platform, moved by manual work or mechanical manipulator.
Embodiment 3: with reference to accompanying drawing 3-6.Stove is ignited in the horizontal hot dipping of a kind of layering stack delivery type toughened glass; Comprise the hot dipping stove; Said hot dipping stove is by N body of heater heating chamber 3 and N furnace insulation chamber 6 and cooling room 7 is formed and body of heater heating chamber 3, a N furnace insulation chamber 6 and cooling room 7 constitute the rectangular ripple passage of passage; N body of heater heating chamber 3 is respectively equipped with into sheet lifting table 1 and slice lifting table 8 with cooling room 7; 6 belows, N furnace insulation chamber be provided with slice driving wheel group 10 and slice driving wheel group 10 two ends respectively with advance sheet lifting table 1 and be complementary with slice lifting table 8 in-out ends, body of heater heating chamber 3 is equipped with sheet glass table top elevating transport apparatus 5 with cooling room 7.Said sheet glass table top elevating transport apparatus 5 is to be made up of vertical promotion device and lateral transfer device.Said vertical promotion device is made up of multiple glazing Lifting platform 4 and guiding transmission rig, and library structure is deposited just as the multilayer automobile stereo by multiple glazing Lifting platform 4 mechanisms, and the guiding transmission rig, just as boat meal case horizontally-guided transmission rig.The said bottom of advancing sheet lifting table 1 and slice lifting table 8 is respectively equipped with lifting drive, top and is respectively equipped with contact pin power wheel 1 and slice power wheel 9 and is provided with contact pin power wheel 1 and slice power wheel 9 is to intersect with driving wheel group 10 power wheels and cooperates.
Embodiment 4: on the basis of embodiment 3, the production technique that stove is ignited in the horizontal hot dipping of a kind of layering stack delivery type toughened glass is when glass advances to down the sheet worktable; By manual work or mechanical manipulator the glass cullet that possibly exist on the table top are cleaned out, the glass table top of this space-time has waited for that at this station glass is sent to heating chamber 3 interior the advancing on the power wheel on the sheet lifting table of hot dipping stove first segment subsequently by roller-way; The first table top lifting device 5 starts subsequently, and this glass table top 4 that has been placed glass is risen to the last layer space, and the like; When this glass table top is thus lifted to top layer, by horizontal power wheel this glass table top is transferred to first heating chamber, subsequently along with the entering of glass; This table top is progressively dropped on the horizontal power wheel of lower floor by the second table top lifting device 5, and by laterally power wheel is traversing to second heating chamber, and is risen to second heating chamber, 3 tops along with the entering of glass by the 3rd table top lifting device 5 subsequently; This table top is by the horizontal traversing top to cooling room of power wheel subsequently, and returned on the power wheel by the chassis that the 3rd table top lifting device progressively drops to the bottom, and this moment, the slice lifting table rose; With the glass jack-up on the chassis, the slice power wheel on the slice lifting table moves with following sheet platform simultaneously, and glass is seen off; After glass is seen off; The landing of slice lifting table, chassis is returned power wheel by chassis and is sent to the heating chamber bottom, advances the sheet lifting table and raises; Advance following bench roller road synchronization action of sheet power wheel and annealing furnace glass is sent into the chassis zone, repeat work.
Embodiment 5: with reference to accompanying drawing 5.The production line of stove is ignited in the horizontal hot dipping of a kind of sink formula layering stack delivery type toughened glass; Last slice platform 201 piece mouths are directly to glass tempering furnace 202 (glass is heated to about 680 degree) import; Glass tempering furnace 202 outlets are communicated with air-cooling chamber 203 (air-cooled to room temperature) import; Air-cooling chamber 203 outlet is directly to sheet platform 204 1 ends down, following sheet platform 204 the other ends directly to toughened glass horizontal hot dipping ignite stove 205 imports, the horizontal hot dipping of toughened glass is ignited stove 205 outlets directly to sheet platform 206 1 ends down.
It is underground sink formula structure that stove is ignited in the horizontal hot dipping of described layering stack delivery type toughened glass, and purpose is fit to the insufficient client of factory building spatial altitude.
Embodiment 6: with reference to accompanying drawing 6.The production line of stove is ignited in the horizontal hot dipping of a kind of three-dimensional layering stack delivery type toughened glass; Last slice platform 301 piece mouths are directly to glass tempering furnace 302 (glass is heated to about 680 degree) import; Glass tempering furnace 302 outlets are communicated with air-cooling chamber 303 (air-cooled to room temperature) import; Air-cooling chamber 303 outlet is directly to sheet platform 304 1 ends down, following sheet platform 304 the other ends directly to toughened glass horizontal hot dipping ignite stove 305 imports, the horizontal hot dipping of toughened glass is ignited stove 305 outlets directly to sheet platform 306 1 ends down.
It is three-dimensional overhead type that stove is ignited in the horizontal hot dipping of described layering stack delivery type toughened glass, and purpose is the big client of surface construction difficulty compatibly.
What need understand is: though the foregoing description is to the mentality of designing of the present invention detailed text description of contrasting; But these text descriptions; Just the simple text of mentality of designing of the present invention is described; Rather than, any combination that does not exceed mentality of designing of the present invention, increase frame or modification to the restriction of mentality of designing of the present invention, all fall in protection scope of the present invention.
Claims (10)
1. stove is ignited in the horizontal hot dipping of toughened glass; Comprise the hot dipping stove; It is characterized in that: said hot dipping stove is formed the body of heater heat tunnel that is interconnected by N interval body of heater, and the screening structure in the body of heater is horizontal roller drive mechanism (3-1) and drives rotation by transmission mechanism (2-1).
2. stove is ignited in the horizontal hot dipping of toughened glass according to claim 1; It is characterized in that: said body of heater is made up of first body of heater (1-1) and second body of heater (1-2), opens or closes around trip shaft (8-1) through trip shaft (8-1) connection and first body of heater (1-1) between first body of heater (1-1) sidewall and second body of heater (1-2) sidewall.
3. stove is ignited in the horizontal hot dipping of toughened glass according to claim 1, and it is characterized in that: said body of heater heat tunnel is greater than 280 ℃, and less than 300 ℃, the glass that is positioned at the body of heater heat tunnel is heated to 290 ± 10 ℃; The outlet of said body of heater heat tunnel is communicated with refrigerating unit (4-1) import.
4. the stove production technique is ignited in the horizontal hot dipping of toughened glass; It is characterized in that: after the hot dipping stove being connected following platform of annealing furnace; With glass cools to 50～250 ℃ just with glass see windshield mold for toughing off, stove is ignited in the horizontal hot dipping of entering; Ignite in the stove directly in horizontal hot dipping that insulation is incubated 1.5～2.5 hours under 290 ± 10 ℃ envrionment temperature, when the piece mouth of igniting stove from horizontal hot dipping is then seen off, just reached the purpose of igniting; Get into be cooled cold wind that tuyere in the device blows out of glass in the refrigerating unit (4-1) this moment and be cooled to below 50 degree and be sent to down the sheet platform, move by manual work or mechanical manipulator.
5. stove is ignited in the horizontal hot dipping of a layering stack delivery type toughened glass; Comprise the hot dipping stove; It is characterized in that: said hot dipping stove is by N body of heater heating chamber (3) and N furnace insulation chamber (6) and cooling room (7) is formed and the rectangular ripple passage of passage of body of heater heating chamber (3), a N furnace insulation chamber (6) and cooling room (7) formation; N body of heater heating chamber (3) and cooling room (7) are respectively equipped with into sheet lifting table (1) and slice lifting table (8); N furnace insulation chamber (6) below be provided with slice driving wheel group (10) and slice driving wheel group (10) two ends respectively with advance sheet lifting table (1) and slice lifting table (8) in-out end is complementary, body of heater heating chamber (3) and cooling room (7) are equipped with sheet glass table top elevating transport apparatus (5).
6. stove is ignited in the horizontal hot dipping of layering stack delivery type toughened glass according to claim 5, and it is characterized in that: said sheet glass table top elevating transport apparatus (5) is to be made up of vertical promotion device and lateral transfer device; Said vertical promotion device is made up of multiple glazing Lifting platform (4) and guiding transmission rig.
7. stove is ignited in horizontal hot dipping according to the described layering of claim (5) stack delivery type toughened glass, it is characterized in that: the said bottom of advancing sheet lifting table (1) and slice lifting table (8) is respectively equipped with lifting drive, top and is respectively equipped with contact pin power wheel (1) and slice power wheel (9) and is provided with contact pin power wheel (1) and slice power wheel (9) is to intersect with driving wheel group (10) power wheel and cooperates.
8. the production technique of the horizontal hot dipping ignition of a layering stack delivery type toughened glass stove is characterized in that: when glass advances to down the sheet worktable, by manual work or mechanical manipulator the glass cullet that possibly exist on the table top are cleaned out; The glass table top of this space-time has waited for that at this station glass is sent to interior the advancing on the power wheel on the sheet lifting table of heating chamber (3) of hot dipping stove first segment subsequently by roller-way, and the first table top lifting device (5) starts subsequently; This glass table top (4) that has been placed glass is risen to the last layer space, and the like, when this glass table top is thus lifted to top layer; By horizontal power wheel this glass table top is transferred to first heating chamber, along with the entering of glass, this table top is progressively dropped on the horizontal power wheel of lower floor by the second table top lifting device (5) subsequently; And by laterally power wheel is traversing to second heating chamber; And rising to second heating chamber (3) top along with the entering of glass by the 3rd table top lifting device (5) subsequently, this table top is by the horizontal traversing top to cooling room of power wheel subsequently, and returned on the power wheel by the chassis that the 3rd table top lifting device progressively drops to the bottom; This moment, the slice lifting table rose; With the glass jack-up on the chassis, the slice power wheel on the slice lifting table moves with following sheet platform simultaneously, and glass is seen off; After glass is seen off; The landing of slice lifting table, chassis is returned power wheel by chassis and is sent to the heating chamber bottom, advances the sheet lifting table and raises; Advance following bench roller road synchronization action of sheet power wheel and annealing furnace glass is sent into the chassis zone, repeat work.
9. the production line of stove is ignited in the horizontal hot dipping of a layering stack delivery type toughened glass; It is characterized in that: last slice platform (201) piece mouth is directly to glass tempering furnace (202) import; Glass tempering furnace (202) outlet is communicated with air-cooling chamber (203) import; Air-cooling chamber (203) outlet is directly to sheet platform (204) one ends down, following sheet platform (204) the other end directly to toughened glass horizontal hot dipping ignite stove (205) import, the horizontal hot dipping of toughened glass is ignited stove (205) outlet directly to sheet platform (206) one ends down.
10. the production line of stove is ignited in the horizontal hot dipping of layering stack delivery type toughened glass according to claim 1, it is characterized in that: it is underground sink formula structure that stove is ignited in the horizontal hot dipping of described layering stack delivery type toughened glass; It is three-dimensional overhead type that stove is ignited in the horizontal hot dipping of described layering stack delivery type toughened glass.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210079791.2A CN102603176B (en) | 2012-03-23 | 2012-03-23 | Toughened glass horizontal hot dipping detonating furnace |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210079791.2A CN102603176B (en) | 2012-03-23 | 2012-03-23 | Toughened glass horizontal hot dipping detonating furnace |
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| CN102603176A true CN102603176A (en) | 2012-07-25 |
| CN102603176B CN102603176B (en) | 2015-01-28 |
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| CN103553317A (en) * | 2013-10-23 | 2014-02-05 | 史胜全 | Method and device for continuously toughening and homogenizing glass |
| CN104986950A (en) * | 2010-08-30 | 2015-10-21 | 康宁股份有限公司 | Apparatus for heat treating a plurality of glass substrates |
| CN107063163A (en) * | 2017-06-02 | 2017-08-18 | 秀卓自动化设备（湖北）有限公司 | A kind of automobile skylight glass curvature measuring system |
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|---|---|---|---|---|
| CN104986950A (en) * | 2010-08-30 | 2015-10-21 | 康宁股份有限公司 | Apparatus for heat treating a plurality of glass substrates |
| CN104986950B (en) * | 2010-08-30 | 2017-05-31 | 康宁股份有限公司 | Equipment for being heat-treated multiple glass baseplates |
| CN103553317A (en) * | 2013-10-23 | 2014-02-05 | 史胜全 | Method and device for continuously toughening and homogenizing glass |
| CN107063163A (en) * | 2017-06-02 | 2017-08-18 | 秀卓自动化设备（湖北）有限公司 | A kind of automobile skylight glass curvature measuring system |
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| Publication number | Publication date |
|---|---|
| CN102603176B (en) | 2015-01-28 |
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