CN102826742B - Glass toughening equipment with reversible forming mechanism - Google Patents
Glass toughening equipment with reversible forming mechanism Download PDFInfo
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- CN102826742B CN102826742B CN201210339997.4A CN201210339997A CN102826742B CN 102826742 B CN102826742 B CN 102826742B CN 201210339997 A CN201210339997 A CN 201210339997A CN 102826742 B CN102826742 B CN 102826742B
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Abstract
The invention discloses glass toughening equipment with a reversible forming mechanism. The glass toughening equipment comprises a heating furnace, the forming mechanism, a toughening mechanism and a batch-off table which are sequentially arranged, wherein the forming mechanism is provided with forming roller tables composed of hard shaft rollers, and the forming roller tables are arranged according to the curved surface shape of glass to be processed and are provided with glass input ports and glass output ports; and the toughening mechanism is connected with the forming mechanism along the axis direction of the forming roller tables. When glass is input into the forming mechanism, the direction of the input ports of the forming roller tables faces to the conveying plane of the heating furnace. When the glass is output, the forming roller tables are turned so that the height of gravitational center of the glass clamped by the forming roller tables can be regulated. After the glass is output, the forming roller tables are recovered to the position when the glass is input through reset turning. According to the equipment, on one hand, the problem that arc glass is difficultly output from the forming mechanism is solved, and on the other hand, the climbing height of the arc glass in the forming mechanism is reduced, so that the glass forming is easier.
Description
Technical field
The present invention relates to the turnover glass fibre reinforced plastic equipment of a kind of shaping mechanism, be specifically related to a kind of glass fibre reinforced plastic equipment that may be adjusted to forming roll road delivery port height and delivery port angle.
Background technology
In the course of processing such as bend glass such as shape such as arc column such as not grade of our independent invention, the tempering apparatus used as shown in Figure 1, comprise tactic process furnace, shaping mechanism, tempering mechanism, bottom sheet platform, wherein, shaping mechanism is made up of hard beaming roller road, and then glass brake forming in shaping mechanism exports tempering mechanism to along roller-way axis direction.
Because after high temp glass 5 outputs to shaping mechanism from process furnace 1, Temperature fall effect lower-glass first come out of the stove end and after come out of the stove end temperature inconsistent, to cause glass front and back end Deformation Curvature not, in order to avoid the appearance of this problem, glass 5 adopts through type shaping in shaping roller-way 3, as shown in Figure 2, shaping roller-way 3 is arranged in the arc similar to glass 5 shape to be processed in advance, and namely glass 5 carry out flexural deformation in the process of molding roller-way 3.
The conveniently input of glass 5, the input aperture of shaping roller-way 3 exports with process furnace 1 and connects, the tangent line of input aperture and rollgang 2 plane of process furnace 1 tangent, the delivery port of shaping roller-way 3 is elevated or reduces, and Figure 2 shows that the situation be elevated.Conveniently glass 5 is climbed, auxiliary pressure roller is also provided with above shaping roller-way 3, auxiliary pressure roller is utilized to match with the supporting roll in the roller-way of below, high temp glass 5 is ordered about while send into flexural deformation on one side in shaping mechanism with method of clamping, auxiliary pressure roller participates in the brake forming of high temp glass 5 simultaneously, to improve bend glass formed precision.
No matter the delivery port of shaping roller-way 3 is elevated or is lowered, and glass 5 is unbalanced modes of emplacement all the time in shaping roller-way 3, crank, causes shapingly to be inconvenient to export afterwards.
Waiting in the arc column shape bend glass course of processing, the tempering apparatus used as shown in Figure 7, Figure 8, comprises tactic process furnace, shaping tempering mechanism, bottom sheet platform.In order to overcome the impact of Temperature fall, glass 5 same through type that adopts in shaping roller-way 3 is shaping, and shaping roller-way 3 is arranged in the arc similar to glass 5 shape to be processed in advance, and conveniently glass 5 is climbed, and is also provided with auxiliary pressure roller above shaping roller-way 3.As shown in Figure 8, upward and be elevated, input aperture exports with process furnace 1 and connects the delivery port of shaping roller-way 3, the camber line of shaping roller-way 3 and the transporting flat of process furnace rollgang 2 tangent.
Because delivery port and bottom sheet platform 7 difference of altitude of shaping roller-way 3 are excessive, cause glass 5 and export inconvenience, shaping tempering mechanism and bottom sheet platform 7 is connected by the transition section 6 installing inclination additional in order to address this problem in prior art, but on transition section 6, the slip velocity of glass is very fast, is easy to the danger causing glass to break and clash into.And for minor radius arc glass and the long glass of arcuate span, in the shaping roller-way 3 being elevated delivery port, glass climbing difficulty is large, is unfavorable for that through type is shaping.
Summary of the invention
For background technology Problems existing, the object of the present invention is to provide a kind of novel glass tempering equipment, the shaping mechanism of this equipment can integrated overturn, thus regulate the height of gravitational center of glass in shaping roller-way, the difference of altitude of shaping mechanism delivery port and bottom sheet platform can also be regulated, facilitate glass to export.
In order to achieve the above object, the present invention can adopt the realization of following technical scheme:
Be applicable to the processing not waiting arc column shape bend glass, the turnover glass fibre reinforced plastic equipment of shaping mechanism, comprise tactic process furnace, shaping mechanism, tempering mechanism, bottom sheet platform, described shaping mechanism is provided with the shaping roller-way that hard beaming roller is formed, format roll unexposed layer is provided with auxiliary pressure roller, this shaping roller-way arranges according to the curve form of glass to be processed, be provided with glass input aperture and delivery port, described tempering mechanism connects along shaping roller-way axis direction with shaping mechanism, during glass molding mechanism shaping roller-way input aperture towards with process furnace transporting flat level, when glass exports, shaping roller-way is by the glass height of gravitational center of upset its clamping adjustable, glass exports aftershaping roller-way and returns to position when glass enters by reset upset.
Further, described shaping roller-way is arranged on turnover support body, and described support body is provided with turning axle in side, shaping roller-way input aperture, and this turning axle can also be arranged in the middle part of described support body, or delivery port side.
Further, described support body arranges to help and stirs power apparatus, and this power set is made up of cylinder or hydro-cylinder, or is made up of electric lifting device.
Further, described support body is configured with the balancing weight of balance support body upset in the side of relative power set, or the power set of configuration balance support body upset, and this power set is made up of cylinder or hydro-cylinder.
Further, described shaping mechanism is provided with adjustable stop at the upset stroke terminal of described support body, and this stop means adopts and stops and cushion the elastomeric element overturn.
Further, described shaping roller-way regulates spread geometry by Bian Hu mechanism according to glass to be processed, and roller-way directly can be adjusted to solid shape by this Bian Hu mechanism, is out of shape after also can regulating by lifting mechanism to the arrangement completing roller-way again.
Be applicable to the processing waiting arc column shape bend glass, the turnover glass fibre reinforced plastic equipment of shaping mechanism, comprise tactic process furnace, shaping tempering mechanism, bottom sheet platform, the shaping roller-way that described shaping tempering organization establishes has hard beaming roller to form, this shaping roller-way arranges according to the curve form of glass to be processed, be provided with glass input aperture and delivery port, it is characterized in that, described shaping roller-way is arranged on turnover support body, described support body arranges to help and stirs power apparatus, the equilibrator of balance support body upset is configured with in the side of relative power set, during glass molding tempering mechanism shaping roller-way input aperture towards with process furnace transporting flat level, when glass exports, shaping roller-way can reduce its delivery port height by upset, reduce its delivery port towards the angle with bottom sheet platform transporting flat, glass exports aftershaping roller-way and returns to position when glass enters by reset upset.
Further, described support body is provided with turning axle in side, shaping roller-way input aperture, and this turning axle can also be arranged in the middle part of described support body, or delivery port side.
Further, described power set is made up of cylinder or hydro-cylinder, or is made up of electric lifting device.
Further, described equilibrator is made up of the balancing weight balancing support body upset, or the power set overturn by balance support body is formed, and this power set is made up of cylinder or hydro-cylinder.
Further, described shaping mechanism is provided with adjustable stop at the upset stroke terminal of described support body, and this stop means adopts and stops and cushion the elastomeric element overturn.
Further, described shaping roller-way regulates spread geometry by Bian Hu mechanism according to glass to be processed, and roller-way directly can be adjusted to solid shape by this Bian Hu mechanism, is out of shape after also can regulating by lifting mechanism to the arrangement completing roller-way again.
Further, described format roll unexposed layer is provided with auxiliary pressure roller, forms double-deck clamping roller-way.
Further, the described upper and lower both sides of shaping roller-way are also provided with cooling air grid, and cooling air grid can regulate spread geometry according to glass to be processed, upper and lower cooling air grid and shaping roller-way separable.
Further, can rise in the input aperture of described shaping roller-way, and delivery port can reduce its outlet height simultaneously, reduces its outlet towards the angle with bottom sheet platform transporting flat.
The turnover glass fibre reinforced plastic equipment of a kind of shaping mechanism of the present invention, has the following advantages:
1. the shaping mechanism of this equipment can integrated overturn, thus regulate the height of gravitational center of glass in shaping roller-way, the difference of altitude of shaping mechanism delivery port and bottom sheet platform can also be regulated, no matter the arcs such as processing or the arc surface glass such as not, all conveniently can export, enable formed glass Safety output to bottom sheet platform;
2. the shaping mechanism of this equipment is provided with upset equilibrator, can reduce driving power consumption in umklapp process, and makes rotary movement more steady;
3. the cooling air grid of shaping mechanism and shaping roller-way separable, the upset decreasing shaping mechanism hinders, and the shaping roller-way of easy cleaning;
4. the shaping mechanism of this equipment is provided with adjustable stop means at upset stroke terminal, and this stop means adopts and stops and cushion the elastomeric element overturn, and makes rotary movement more steady, improves glass ware forming precision;
5. this shaping mechanism also can overturn adjustment in glass input process, thus reduces the climbing height of glass in shaping roller-way, makes bend glass shaping easier;
6. the shaping mechanism of this equipment can be arranged to double-deck clamping roller-way, facilitates the input of minor radius arc glass and overlength arc glass.
Accompanying drawing explanation
Fig. 1 is layout such as tempering apparatus such as bend glass such as shape such as arc column such as grade of the prior art;
Fig. 2 is structural representation such as tempering apparatus such as bend glass such as shape such as arc column such as grade of the prior art;
Fig. 3 is the glass forming process schematic diagram of the embodiment of the present invention 1;
Fig. 4 is the glass output procedure schematic diagram of the embodiment of the present invention 1;
Fig. 5 is the glass forming process schematic diagram of the embodiment of the present invention 2;
Fig. 6 is the glass output procedure schematic diagram of the embodiment of the present invention 2;
Fig. 7 is layout such as tempering apparatus such as bend glass such as shape such as arc column such as grade of the prior art;
Fig. 8 is structural representation such as tempering apparatus such as bend glass such as shape such as arc column such as grade of the prior art;
Fig. 9 is the glass forming process schematic diagram of the embodiment of the present invention 3;
Figure 10 is the glass output procedure schematic diagram of the embodiment of the present invention 3;
Figure 11 is the glass forming process schematic diagram of the embodiment of the present invention 4;
Figure 12 is the glass output procedure schematic diagram of the embodiment of the present invention 4;
In figure: 1. process furnace, 2. rollgang, 3. shaping roller-way, 4. air grid, 5. glass, 6. transition roller-way, 7. bottom sheet platform, 8. support body, 9. power set, 10. stop means, 11. balancing weights, 12. fixed pulleys, 13. turning axles, 14. electric motor, 15. chains.
Embodiment
For further setting forth the present invention for the technique means that reaches predetermined goal of the invention and take and effect, below in conjunction with accompanying drawing and preferred embodiment, structure of the present invention, feature and effect are described in detail as follows.
embodiment 1
The glass fibre reinforced plastic equipment that the embodiment of the present invention 1 limits does not wait arc column shape bend glass for processing, layout as shown in Figure 1, comprise tactic process furnace, shaping mechanism, tempering mechanism, bottom sheet platform, tempering mechanism connects along shaping roller-way axis direction with shaping mechanism, the concrete structure of shaping mechanism is as Fig. 3, shown in Fig. 4, be provided with the shaping roller-way 3 that hard beaming roller is formed, shaping roller-way 3 upper strata is provided with auxiliary pressure roller, this shaping roller-way 3 arranges according to the curve form of glass 5 to be processed, be provided with glass input aperture and delivery port, when glass 5 enters shaping roller-way 3 input aperture towards with process furnace 1 transporting flat level, facilitate the input of glass 5, when glass 5 exports, shaping roller-way 3 is by glass 5 height of gravitational center of upset its clamping adjustable, make glass 5 barycentre steadiness, lateral transfer can steadily be carried out, be illustrated in figure 4 the height of gravitational center reducing glass 5, when the delivery port in format roll road 3 is lowered, need the height of gravitational center raising glass 5.
Shaping roller-way 3 does not change self spread geometry in umklapp process, returns to the state connected with process furnace 1 after exporting formed glass by the upset that resets, and continues to accept the high temp glass exported from process furnace 1.
As shown in Figure 3, shaping roller-way 3 is arranged on turnover support body 8, support body 8 is provided with turning axle 13 in shaping roller-way 3 import side, rotate around turning axle 13 when support body 8 overturns, turning axle 13 can also be arranged in the middle part of support body 8, or near the side of its delivery port, must ensure that support body 8 can complete upset smoothly in a word.
As shown in Figure 3, support body 8 is provided with the power set 9 promoting its upset, and this power set 9 is made up of cylinder or hydro-cylinder, is arranged on the bottom side of support body 8.The upset power set of support body 8 can also adopt electric hoisting mechanism, and as electric motor drives the mechanism of chain, now electric motor can draw above support body 8, also can draw below support body 8.
In order to balance weight when support body 8 overturns, support body 8 is overturn more steady, as shown in Figure 3, support body 8 is configured with the balancing weight 11 pulling it to rise in the side of relative power set 9, balancing weight 11 utilizes fixed pulley 12 and rope for traction to balance the gravity of support body 8, and balancing weight 11 can also play the effect reducing power set 9 watt consumption simultaneously.
The upset of balance support body 8 can adopt power set equally, as cylinder or hydro-cylinder, applies suitable reactive force to support body 8.
As shown in Figure 3, Figure 4, the upset stroke terminal of support body 8 is provided with stop means 10, this stop means 10 adopts and stops and cushion the elastomeric element overturn, support body 8 is overturn more steady, avoid anxious stopping to collide, improve the formed precision of glass in shaping roller-way 3, this elastomeric element can also regulate bearing height, thus regulates the upset stroke of support body 8.
In order to adapt to the bend glass of different radian, shaping roller-way 3 regulates spread geometry by Bian Hu mechanism according to glass to be processed.This Bian Hu mechanism can the shaping roller-way 3 of complete independently adjustment and regulate after shape fix, also can match with lifting mechanism, first be adjusted to the distortion radian in forming roll road 3 by Bian Hu mechanism, next utilizes lifting mechanism to fix the shape of shaping roller-way 3.
embodiment 2
Be embodiments of the invention 2 as shown in Figure 5 and Figure 6, compared with embodiment 1, in this embodiment, shaping roller-way about 3 both sides are provided with cooling air grid 4, and shaping mechanism and tempering mechanism merge setting.
The conveniently upset of support body 8, upper and lower cooling air grid 4 is separable with shaping roller-way 3, and separate mode can adopt horizontal separation or upset to be separated.After bend glass completes blowing tempering in shaping roller-way 3, upper and lower cooling air grid 4 is away from shaping roller-way 3, now support body 8 upset can not be subject to the obstruction of cooling air grid 4, reset when glass exports aftershaping roller-way 3, upper and lower cooling air grid 4 is again near shaping roller-way 3, and the glass entered for wait does quenching preparation.
Upper and lower cooling air grid 4 is separable with shaping roller-way 3, goes back the glass cullet in the shaping roller-way 3 of easy cleaning.
embodiment 3
The glass fibre reinforced plastic equipment that the embodiment of the present invention 3 limits is for the arc column shape bend glass such as processing, layout as shown in Figure 7, comprise tactic process furnace, shaping tempering mechanism, bottom sheet platform, the concrete structure of shaping tempering mechanism is as Fig. 9, shown in Figure 10, be provided with shaping roller-way 3 and cooling air grid 4, shaping roller-way 3 adopts hard beaming roller road, upper strata is provided with auxiliary pressure roller, form double-deck clamping roller-way, be provided with like this and be beneficial to glass climbing and precise forming, shaping roller-way 3 can not also arrange auxiliary pressure roller, now only rely on the rotation of roller-way self to order about glass and enter shaping roller-way 3.
Shaping roller-way 3 arranges according to the curve form of glass to be processed, be provided with glass input aperture and delivery port, shaping roller-way 3 is arranged on turnover support body 8, entirety can reduce its delivery port height by upset, when glass enters, the input aperture of shaping roller-way 3 is towards the transporting flat level with process furnace 1, the arc of shaping roller-way 3 and the transporting flat of process furnace 1 tangent, when glass exports, its delivery port is adjusted to the transporting flat level with bottom sheet platform 7, and delivery port diminishes compared to existing technology towards the included angle A with bottom sheet platform 7 transporting flat.
Shaping roller-way 3 does not change self spread geometry in umklapp process, returns to the state connected with process furnace 1 after exporting formed glass by the upset that resets, and continues to accept the high temp glass exported from process furnace 1.
As shown in Figure 9, support body 8 is provided with turning axle 13 in shaping roller-way 3 import side, rotates when support body 8 overturns around turning axle 13, and turning axle 13 can also be arranged in the middle part of support body 8, or near the side of its delivery port, must ensure that support body 8 can complete upset smoothly in a word.
As shown in Figure 9, support body 8 is provided with the power set 9 promoting its upset, and this power set 9 is made up of cylinder or hydro-cylinder, is arranged on the bottom side of support body 8.The upset power set of support body 8 can also adopt electric hoisting mechanism, and as electric motor drives the mechanism of chain, now electric motor can draw above support body 8, also can draw below support body 8.
In order to balance weight when support body 8 overturns, support body 8 is overturn more steady, as shown in Figure 3, support body 8 is configured with the balancing weight 11 pulling it to rise in the side of relative power set 9, balancing weight 11 utilizes fixed pulley 12 and rope for traction to balance the gravity of support body 8, and balancing weight 11 can also play the effect reducing power set 9 watt consumption simultaneously.
The upset of balance support body 8 can adopt power set equally, as cylinder or hydro-cylinder, applies suitable reactive force to support body 8.
As shown in Figure 9, Figure 10, the upset stroke terminal of support body 8 is provided with stop means 10, this stop means 10 adopts and stops and cushion the elastomeric element overturn, support body 8 is overturn more steady, avoid anxious stopping to collide, improve the formed precision of glass in shaping roller-way 3, this elastomeric element can also regulate bearing height, thus regulates the upset stroke of support body 8.
In order to adapt to difform bend glass, shaping roller-way 3 regulates spread geometry by Bian Hu mechanism according to glass to be processed.This Bian Hu mechanism can the shaping roller-way 3 of complete independently adjustment and regulate after shape fix, also can match with lifting mechanism, first be adjusted to the distortion radian in forming roll road 3 by Bian Hu mechanism, next utilizes lifting mechanism to fix the shape of shaping roller-way 3.
As shown in Figure 9, Figure 10, the cooling air grid 4 of shaping tempering mechanism is positioned at shaping roller-way about 3 both sides, the conveniently upset of support body 8, and upper and lower cooling air grid 4 is separable with shaping roller-way 3.After arc glass completes blowing tempering in shaping roller-way 3, upper and lower cooling air grid 4 is away from shaping roller-way 3, now support body 8 upset can not be subject to the obstruction of cooling air grid 4, reset when glass exports aftershaping roller-way 3, upper and lower cooling air grid 4 is again near shaping roller-way 3, and the glass entered for wait does quenching preparation.
Shaping tempering mechanism also can overturn and be adjusted to forming roll road 3 in glass input process, thus reduces the climbing height of glass in shaping roller-way, makes bend glass shaping easier.
embodiment 4
Be embodiments of the invention 4 as is illustrated by figs. 11 and 12, compared with embodiment 3, in this embodiment, can rise in the input aperture of shaping roller-way 3, its delivery port can drop to the position with bottom sheet platform 7 transporting flat level simultaneously, roller-way camber line and bottom sheet platform 7 transporting flat tangent.
As shown in Figure 11, Figure 12, the turning axle 13 of shaping roller-way 3 is arranged between two parties on support body, and roller-way two ends are drawn by electric motor 14 and chain 15 and carried out rising or declining.
Adopt the vibrational power flow of this embodiment, because the transporting flat of a little higher than bottom sheet platform 7 of the glass center of gravity in shaping roller-way 3, so glass is easier from the output shaping mechanism, the danger can not broken and clash into again.
Described just in order to the present invention is described above, be construed as the present invention and be not limited to above embodiment, meet the various variants of inventive concept all within protection scope of the present invention.
Claims (1)
1. the turnover glass fibre reinforced plastic equipment of shaping mechanism, comprise tactic process furnace, shaping mechanism, tempering mechanism, bottom sheet platform, described shaping mechanism is provided with the shaping roller-way that hard beaming roller is formed, format roll unexposed layer is provided with auxiliary pressure roller, this shaping roller-way arranges according to the curve form of glass to be processed, be provided with glass input aperture and delivery port, described tempering mechanism connects along shaping roller-way axis direction with shaping mechanism, it is characterized in that, during glass molding mechanism shaping roller-way input aperture towards with process furnace transporting flat level, when glass exports, shaping roller-way is by the glass height of gravitational center of upset its clamping adjustable, make glass barycentre steadiness, lateral transfer can steadily be carried out, glass exports aftershaping roller-way and returns to position when glass enters by reset upset.
2. tempering apparatus as claimed in claim 1, it is characterized in that, described shaping roller-way is arranged on turnover support body, and described support body is provided with turning axle in side, shaping roller-way input aperture, this turning axle can also be arranged in the middle part of described support body, or delivery port side.
3. tempering apparatus as claimed in claim 2, is characterized in that, described support body arranges to help and stirs power apparatus, and this power set is made up of cylinder or hydro-cylinder, or is made up of electric lifting device.
4. tempering apparatus as claimed in claim 3, is characterized in that, described support body is configured with the balancing weight of balance support body upset in the side of relative power set, or the power set of configuration balance support body upset, and this power set is made up of cylinder or hydro-cylinder.
5. tempering apparatus as claimed in claim 2, it is characterized in that, described shaping mechanism is provided with adjustable stop at the upset stroke terminal of described support body, and this stop means is provided with and stops and cushion the elastomeric element overturn.
6. tempering apparatus as claimed in claim 1, it is characterized in that, described shaping roller-way regulates spread geometry by Bian Hu mechanism according to glass to be processed, and roller-way directly can be adjusted to solid shape by this Bian Hu mechanism, is out of shape after also can regulating by lifting mechanism to the arrangement completing roller-way again.
7. the turnover glass fibre reinforced plastic equipment of shaping mechanism, comprise tactic process furnace, shaping tempering mechanism, bottom sheet platform, the shaping roller-way that described shaping tempering organization establishes has hard beaming roller to form, this shaping roller-way arranges according to the curve form of glass to be processed, be provided with glass input aperture and delivery port, it is characterized in that, described shaping roller-way is arranged on turnover support body, described support body arranges to help and stirs power apparatus, the equilibrator of balance support body upset is configured with in the side of relative power set, during glass molding tempering mechanism shaping roller-way input aperture towards with process furnace transporting flat level, when glass exports, shaping roller-way can reduce its delivery port height by upset, reduce its delivery port towards the angle with bottom sheet platform transporting flat, the transporting flat of a little higher than bottom sheet platform of the glass center of gravity in shaping roller-way, glass exports aftershaping roller-way and returns to position when glass enters by reset upset.
8. tempering apparatus as claimed in claim 7, it is characterized in that, described support body is provided with turning axle in side, shaping roller-way input aperture, and this turning axle can also be arranged in the middle part of described support body, or delivery port side.
9. tempering apparatus as claimed in claim 7, it is characterized in that, described power set is made up of cylinder or hydro-cylinder, or is made up of electric lifting device.
10. tempering apparatus as claimed in claim 7, is characterized in that, described equilibrator is made up of the balancing weight balancing support body upset, or the power set overturn by balance support body is formed, and this power set is made up of cylinder or hydro-cylinder.
11. tempering apparatus as claimed in claim 7, it is characterized in that, described shaping mechanism is provided with adjustable stop at the upset stroke terminal of described support body, and this stop means adopts and stops and cushion the elastomeric element overturn.
12. tempering apparatus as claimed in claim 7, it is characterized in that, described shaping roller-way regulates spread geometry by Bian Hu mechanism according to glass to be processed, and roller-way directly can be adjusted to solid shape by this Bian Hu mechanism, is out of shape after also can regulating by lifting mechanism to the arrangement completing roller-way again.
13. tempering apparatus as claimed in claim 7, it is characterized in that, described format roll unexposed layer is provided with auxiliary pressure roller, forms double-deck clamping roller-way.
14. tempering apparatus as claimed in claim 7, is characterized in that, the described upper and lower both sides of shaping roller-way are also provided with cooling air grid, and cooling air grid can regulate spread geometry according to glass to be processed, upper and lower cooling air grid and shaping roller-way separable.
15. tempering apparatus as claimed in claim 7, it is characterized in that, can rise in the input aperture of described shaping roller-way, and delivery port can reduce its outlet height simultaneously, reduces its outlet towards the angle with bottom sheet platform transporting flat.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201210339997.4A CN102826742B (en) | 2012-09-14 | 2012-09-14 | Glass toughening equipment with reversible forming mechanism |
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| CN201210339997.4A CN102826742B (en) | 2012-09-14 | 2012-09-14 | Glass toughening equipment with reversible forming mechanism |
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| CN111348820B (en) * | 2020-03-13 | 2023-05-26 | 洛阳兰迪玻璃机器股份有限公司 | Rotary type transition section for bent glass forming and tempering forming equipment |
| CN111302611B (en) * | 2020-03-13 | 2023-07-25 | 洛阳兰迪玻璃机器股份有限公司 | Tempering forming method of spherical glass |
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| CN102617023A (en) * | 2012-03-31 | 2012-08-01 | 洛阳兰迪玻璃机器股份有限公司 | Machining device for columnar curved toughened glass |
| CN202786005U (en) * | 2012-09-14 | 2013-03-13 | 洛阳兰迪玻璃机器股份有限公司 | Glass tempering equipment with overturnable forming mechanism |
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| CN102826742A (en) | 2012-12-19 |
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