CN209307217U - A kind of waved glass continuous gradation formation system - Google Patents
A kind of waved glass continuous gradation formation system Download PDFInfo
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- CN209307217U CN209307217U CN201821604715.8U CN201821604715U CN209307217U CN 209307217 U CN209307217 U CN 209307217U CN 201821604715 U CN201821604715 U CN 201821604715U CN 209307217 U CN209307217 U CN 209307217U
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Abstract
A kind of waved glass continuous gradation formation system, including rack, multiple molding roller-way groups along the arrangement of glass sheet conveying direction are provided in rack, each molding roller-way group includes the upper roller-way and lower roller being correspondingly arranged up and down, and all molding roller-way groups form profiled section；Upper roller-way and lower roller have the surface of revolution, and bus corresponding to the surface of revolution is the waveform curve extended along place roller-way central axial direction, and the waveform curve male-female of upper roller-way and lower roller forms waveform gap；From the arrival end of profiled section to outlet end, waveform curve crest height and trough depth are gradually increased, and in the last one molding roller-way group, the shape in the waveform gap that upper roller-way and lower roller cooperatively form is identical as the shape of finished product waved glass.The utility model can satisfy the production requirement of waved glass mass, serialization, and have the advantages that structure is simple, easy to operate.
Description
Technical field
The utility model belongs to waved glass tempering technology field, and in particular to waved glass continuous gradation molding system
System.
Background technique
Currently, waved glass is widely used in photovoltaic module, concrete shape as shown in Figure 1, include multiple protrusions or
Recessed arcwall face, arcwall face are integrally formed waveform after being smoothly connected.About the process equipment of waved glass, for example, Shen
Please the Chinese patent of number 200320102579.X disclose a kind of " S-shaped or wave shape curve glass forming apparatus ", it is soft forming
Below axis after several fixation sticks arranged in parallel of setting, glass molding flexible axle can produce under the independent role of each fixed stick
Raw partial loop variation, the effect by entirely fixing stick group can produce wave transformation, thus processable waveform curved surface glass
Glass product.Although above equipment can be realized shaping glass sheets, but device structure is complicated, and mounting and adjusting is inconvenient；Also, work as glass
When arc radius in glass plate is smaller, it may appear that the problem of formed precision and repeatable accuracy difference, therefore, it is necessary to redesign processing
Equipment, to meet the needs of such product processing.
Utility model content
The purpose of the utility model is to provide a kind of waved glass continuous gradation formation systems, pass through the roller of continuous gradation
Road group, to control glass by plate original glass, gradually roll-forming is required waved glass state, and glass is come out of the stove from heating furnace
Afterwards, directly from formation system once by i.e. plastic, not only formed precision is high but also has very high production efficiency, meets
The production requirement of waved glass mass, serialization；In addition, the molding equipment of the utility model has structure simple, easy
The advantages of operation.
In order to realize that above-mentioned purpose of utility model, the technical solution adopted in the utility model be:
A kind of waved glass continuous gradation formation system, including rack are provided in rack and multiple convey along glass plate
The molding roller-way group of direction arrangement, each molding roller-way group includes the upper roller-way and lower roller being correspondingly arranged up and down, the lower roll
Road is driven by drive system and is rotated, and all molding roller-way groups form profiled section；The upper roller-way and lower roller have revolution
Face, bus corresponding to the surface of revolution are the waveform curve extended along place roller-way central axial direction, and upper roller-way and under
The waveform curve male-female of roller-way forms waveform gap；From the arrival end of profiled section to outlet end, the waveform is bent
The crest height and trough depth of line gradually increase, and in the last one molding roller-way group, upper roller-way and lower roller are cooperatively formed
Waveform gap shape it is identical as the shape of finished product waved glass.
From the arrival end of profiled section to outlet end, the crest height and trough depth of the waveform curve are respectively formed
Difference series.
From the arrival end of profiled section to outlet end, the wavelength of the waveform curve is gradually reduced.
The upper roller-way of all molding roller-way groups and the central axis spacing of lower roller are equal, the height in the waveform gap
Degree is H+0.2mm ~ 2mm, and wherein H is the thickness of glass plate.
The wave crest of the waveform curve of upper roller-way is equal away from the central axis distance of upper roller-way in all molding roller-way groups；
The trough of the waveform curve of lower roller is equal away from the central axis distance of lower roller in all molding roller-way groups.
The profiled section is provided with positioning device, including being arranged between adjacent lower roller, along the more of conveying direction arrangement
A left locating wheel and multiple right locating wheels, left locating wheel and right locating wheel can be freely rotated；And along glass sheet conveying direction,
Multiple left locating wheels and multiple right locating wheels formed opening be gradually reduced it is tubaeform so that the two sides difference that glass plate is opposite
It keeps being in contact with left locating wheel and right locating wheel.
The upper roller-way, lower roller are overall structure, and are respectively integrally formed.
The upper roller-way and lower roller are integrally-built metallic roll, and outer surface is wound with aramid fiber rope or is arranged with aramid fiber
Set.
The upper roller-way and lower roller include mandrel, and spacer sleeve is equipped with the multiple drums to differ in size in the mandrel,
Successively the outer circle of multiple drums is connected along mandrel length direction, the bus of formation is the waveform curve.
The upper roller-way and lower roller include mandrel, and spacer sleeve is equipped with the arc-shaped multiple arcs of bus in the mandrel
Wheel, the upper roller-way and lower roller that the outer surface of arc wheel is wound with aramid fiber rope or is arranged with aramid fiber set, and is correspondingly arranged up and down
On arc wheel be staggered along mandrel length direction.
The downstream of the profiled section is additionally provided with steady type section, and the steady type section includes that more than one is arranged along glass sheet conveying direction
The steady type roller-way group of column, each steady type roller-way group includes the upper steady type roller-way and lower steady type roller-way being correspondingly arranged up and down, upper steady type
Roller-way and lower steady type roller-way have the surface of revolution, and bus corresponding to the surface of revolution is the wave extended along place roller-way central axial direction
Shape wave curve, and the waveform curve male-female of all steady type roller-ways and lower steady type roller-way forms the identical wave of shape
Shape gap；The shape in the waveform gap is identical with finished product waved glass shape or the crest height in waveform gap
It is greater than crest height and trough depth of the finished product waved glass at same position with trough depth.
The upper steady type roller-way and lower steady type roller-way are overall structure, and are respectively integrally formed.
The upper steady type roller-way and lower steady type roller-way are integrally-built metallic roll, outer surface be wound with aramid fiber rope or
It is arranged with aramid fiber set.
The beneficial effects of the utility model are:
First, formation system provided by the utility model, glass plate is clamped in extrusion forming between upper roller-way and lower roller,
And along glass sheet conveying direction, the height of the wave crest on upper and lower roller-way and the depth of trough are gradually increased, so that glass plate
Gradually gradual change forms during the motion, and is once by i.e. plastic, and not only formed precision is high but also has very high
Production efficiency, meet the production requirement of waved glass mass, serialization；In addition, the molding equipment of the utility model has
Have the advantages that structure is simple, easy to operate.
Second, the gradual change molding of glass plate is by wave crest and trough on upper roller-way, lower roller in glass in the utility model
What the variation on glass plate conveying direction was realized, without, to roller-lifting, simplifying the mechanical knot of equipment by other mechanical structures
Structure reduces the failure rate of equipment, and after long-term use, precision still with higher, while using this kind of mode, institute
There is upper roller-way to be respectively positioned in same level, all lower rollers also are located at same level, therefore upper roller-way and lower roller center
The spacing of axis be it is certain, in this way roller-way install when be just not necessarily to consider the variation of roller-way height so that easier for installation.
Third after being rolled into type due to glass, itself there is certain rebound tendency, therefore in order to ensure formed precision,
The utility model is provided with steady type section, can consolidate to the waveform of glass after molding, before glass carries out tempering, leads to
Cross the springback capacity of steady type section control glass.
4th, central axis distance of all troughs for forming the waveform curve of lower roller in roller-way groups away from lower roller is
It is equal, it can guarantee glass plate in this way in deformation process, minimum point is able to maintain level, it is unlikely to the fluctuating for front and back occur,
To guarantee molding precision.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of waved glass；
Fig. 2 is the structural schematic diagram of the utility model formation system；
Fig. 3 is the structural schematic diagram of profiled section in embodiment 1；
Fig. 4 is the structural schematic diagram of profiled section and steady type section in embodiment 2；
Fig. 5 is the top view of lower roller and lower steady type roller-way arrangement architecture in embodiment 2；
Fig. 6 is the first structure type schematic diagram of upper roller-way and lower roller in the utility model；
Fig. 7 is second of structure type schematic diagram of upper roller-way and lower roller in the utility model；
Fig. 8 is the third structure type schematic diagram of upper roller-way and lower roller in the utility model；
Marked in the figure: 1, rack, 2, transmission system, 3, upper roller-way, 4, lower roller, 5, wave crest, 6, trough, 7, profiled section,
8, steady type section, 9, upper steady type roller-way, 10, lower steady type roller-way, 11, threaded hole, 12, gear, 13, left locating wheel, 14, mandrel, 15,
Drum, 16, arc wheel, 17, right locating wheel.
Specific embodiment
With reference to the accompanying drawing, the technical solution of the utility model is further described by specific embodiment.
Embodiment 1
The bringing-up section and steel of toughened glass production line is arranged in a kind of waved glass continuous gradation formation system, the system
Change between section, including rack 1, multiple upper roller-ways 3 arranged along glass sheet conveying direction and lower roller 4 and drives upper roller-way 3
The transmission system 2 rotated with lower roller 4, upper roller-way 3 and about 4 lower roller are correspondingly arranged to form molding roller-way group, Suo Youcheng
Type roller-way group forms profiled section 7, and glass plate passes through roll-forming between upper roller-way 3 and lower roller 4.
Making the molding purpose of glass plate continuous gradation to reach, the upper roller-way 3 and lower roller 4 all have the surface of revolution,
Bus corresponding to the surface of revolution is the waveform curve extended along place roller-way central axial direction, and upper roller-way 3 is under
The waveform curve male-female of roller-way 4 forms waveform gap；Preferably, the upper roller-way 3 and lower roll of all molding roller-way groups
The central axis spacing in road 4 is equal；In order to guarantee that glass plate smoothly forms during the motion, the height in waveform gap is needed
It to be adjusted according to the thickness of glass plate, it is preferable that the height in waveform gap is set as H+0.2mm ~ 2mm, and wherein H is glass
The thickness of glass plate；From the arrival end of profiled section 7 to outlet end, the height of the wave crest 5 of the waveform curve and the depth of trough 6
Gradually increase, and the last one molding roller-way group in, the shape in the waveform gap that upper roller-way 3 and lower roller 4 cooperatively form with
The shape of finished product waved glass is identical.
The shape in 4 upper rotary face of upper roller-way 3 and lower roller determines by waveform curve, and the trough 6 of waveform curve with
And the setting of wave crest 5 can refer to Fig. 3, outer circle shown in fig. 3 indicates the circle on upper roller-way 3 or lower roller 4 at maximum gauge
Week, and it is located at the vertex of wave crest 5 at maximum gauge, therefore wave crest 5 can be indicated with the circumference；In inner circle expression shown in figure
The vertex of trough 6 can be located at minimum diameter with the circumference at the minimum diameter of glass contact on roller-way 3 or lower roller 4, because
This can indicate trough 6 with the circumference, and arrow indicates glass motion direction in figure.
Further, from first molding roller-way group to last molding roller-way group, the difference of 5 height of wave crest, trough 6
The difference of depth respectively constitutes the arithmetic progression to successively decrease, plays the molding effect of continuous gradation.
Due to the molding with glass plate waveform, the width of glass plate becomes smaller therewith, and thickness is also gradually reduced, therefore in order to
The variation of glass plate is adapted to, from the arrival end of profiled section to outlet end, the wavelength of the waveform curve is gradually reduced, to improve
The precision of shaping glass sheets.
Similarly, in order to which the variation for adapting to width of glass sheet is being formed also for avoiding glass plate from deviating in extruding
Section 7 is additionally provided with positioning device, as shown in figure 5, positioning device includes being arranged between adjacent lower roller 4, arranging along conveying direction
Multiple left locating wheels 13 and multiple right locating wheels 17, left locating wheel 13 and right locating wheel 17 can be freely rotated；And along glass
Glass plate conveying direction, multiple left locating wheels 13 and multiple right locating wheels 17 formed opening be gradually reduced it is tubaeform so that glass
The opposite two sides of plate keep being in contact with left locating wheel 13 and right locating wheel 17 respectively.
Preferably, the wave crest 5 of the waveform curve of upper roller-way 3 is away from the central axis of upper roller-way 3 in all molding roller-way groups
Linear distance is equal, it is all molding roller-way groups in lower roller 4 waveform curve troughs 6 away from the central axis of lower roller 4 away from
It is to guarantee glass in deformation process in this way, the trough 6 of the waveform curve of lower roller 4 is along conveying side from being equal
To being on a horizontal surface always, by constantly increasing the height of wave crest 5 on lower roller so that glass during the motion by
It is gradually extruded together, finally obtains finished product waved glass.
In above structure basis, the forming method of waved glass is carried out using the formation system are as follows: heated furnace
After the glass plate of heating is come out of the stove, into the molding roller-way group, glass plate is clamped between roller-way 3 and lower roller 4, from
The arrival end of profiled section 7 to outlet end, on upper roller-way 3 and lower roller 45 height of wave crest and 6 depth of trough of waveform curve by
It is cumulative to add, so that glass plate is gradually extruded together to obtain finished product waved glass during the motion, subsequently enter tempering section
Carry out tempering processing.
Embodiment 2
The present embodiment is compared with embodiment 1, and the structure of profiled section 7 is identical, except that also setting in the downstream of profiled section 7
There is steady type section 8, the steady type section 8 includes more than one steady type roller-way group along the arrangement of glass sheet conveying direction, each steady type roller
Road group includes the upper steady type roller-way 9 and lower steady type roller-way 10 being correspondingly arranged up and down, and upper steady type roller-way 9 and lower steady type roller-way 10 have
The surface of revolution, bus corresponding to the surface of revolution are the waveform curve extended along place roller-way central axial direction, and it is all on
Steady type roller-way 9 waveform gap identical with the waveform curve male-female of lower steady type roller-way 10 formation shape.
Since glass has certain springback capacity after shaping, when springback capacity is smaller, upper steady type roller-way 9 and lower steady type roller
The shape in the waveform gap that road 10 is formed can be identical as finished product waved glass shape；It, can shadow if springback capacity is larger
The form accuracy of finished product waved glass is rung, therefore the present embodiment can also be realized using another form to glass springback capacity
Control, specific as follows: in steady type section, the crest height and trough depth in waveform gap are greater than the waveform after molding
Crest height and trough depth of the glass at same position, so that the waved glass exported from profiled section further be squeezed
Pressure provides a rebound surplus before thus entering tempering section for waved glass, the waved glass warp by steady type section 8
Naturally rebound can form shape identical with finished product waved glass.
The setting of peaks and troughs can in arrangement and its respective roller-way to profiled section 7 in this present embodiment and steady type section 8
To be understood referring to Fig. 4 and Fig. 5.As shown in Figure 4 and Figure 5, the outer circle in figure indicates upper roller-way/upper steady type roller-way or lower roll
Circumference in road/lower steady type roller-way at maximum gauge, maximum gauge are located at 5 vertex of wave crest of waveform curve, therefore, the circumference
It can be used to indicate wave crest 5；Inner circle indicates that glass can be contacted in upper roller-way/upper steady type roller-way or lower roller/lower steady type roller-way
Minimum diameter at circumference, minimum diameter is located at 6 vertex of trough of waveform curve, and therefore, which can be used to indicate wave
Paddy 6, and arrow indicates glass sheet conveying direction in figure.
Below with the device of the present embodiment, extrusion forming, method are as follows: this method is targeted are carried out to waved glass
Profiled section 7 there are 13 composing type roller-way groups, be denoted as the 1st, 2 ... 13 molding roller-way groups respectively, each molding roller-way group includes
The upper roller-way 3 and lower roller 4 being correspondingly arranged up and down, from the arrival end of profiled section 7 to outlet end, on upper roller-way 3 and lower roller 4
5 height of wave crest and 6 depth of trough of waveform curve gradually increase；Steady type section 8 has 4 groups of steady type roller-way groups, is denoted as the respectively
14,15,16,17 groups of roller-ways have between lower steady type roller-way 10 between the upper steady type roller-way 9 in steady type section 8 in each group roller-way
Identical shape；Glass plate includes two stages, formative stage and steady type stage, that is, the heating glass after coming out of the stove in forming process
After the 1st ~ 13 group of roller-way of profiled section 7, glass plate shape is gradually changed to waveform glass plate, subsequently into steady type section 8, to from
The shape of waved glass of profiled section output is consolidated, due in steady type section 8, the crest height and trough in waveform gap
Depth is greater than crest height and trough depth of the finished product waved glass at same position, therefore can be glass after molding
One springback capacity, the final molding for realizing waved glass are provided before entering tempering section.It is contemplated that: work as springback capacity
When smaller, the shape in the waveform gap that upper steady type roller-way 9 and lower steady type roller-way 10 are formed can be with finished product waved glass shape
Shape is identical.
In the two above embodiments, upper roller-way 3, lower roller 4, upper steady type roller-way 9, described in lower steady type roller-way 10
The surface of revolution can be continuous surface, or the enveloping surface of noncontinuous surface, therefore, according to the different form of the surface of revolution,
Either upper roller-way 3, lower roller 4 or upper steady type roller-way 9 and lower steady type roller-way 10 all have multiple structural forms, below just with
Different structure type is illustrated respectively for upper roller-way 3 and lower roller 4.
The first: as shown in fig. 6, the upper roller-way 3 and lower roller 4 are overall structure, and are respectively integrally formed, so that
The surface of revolution is continuous cambered surface.
Second: as shown in fig. 7, the upper roller-way 3 and lower roller 4 are each provided with a single mandrel 14, in the mandrel 14
Spacer sleeve is equipped with multiple drums 15, successively connects the outer circle of multiple drums 15 along mandrel length direction, the bus of formation is wave
Shape wave curve.
The third: is as shown in figure 8, the upper roller-way 3 and lower roller 4 are each provided with a single mandrel 14, in the mandrel 14
Spacer sleeve is equipped with the arc-shaped arc wheel 16 of multiple buses, and the arc on the upper roller-way 3 and lower roller 4 being correspondingly arranged up and down
Wheel 16 is staggered in mandrel length direction, and the side of each arc wheel 16 belongs to one of the same surface of revolution on same roller-way
Point, and the bus of arc wheel 16 is also a part of waveform curve on the surface of revolution, so that being handed in upper roller-way 3 and lower roller 4
The mutual cooperation of arc wheel 16 of mistake arrangement can make up the waveform gap for shaping glass sheets.
It should be understood that
(1) in steady type section 8, upper steady type roller-way 9 and lower steady type roller-way 10 use the first structure type；
(2) in the third and the 4th kind of structure, the surface of revolution not instead of continuous surface, the packet of noncontinuous surface
Network face；
(3) in the first structure and the third structure, the upper roller-way 3, lower roller 4, upper steady type roller-way 9 and lower steady type
The surface of revolution of roller-way 10 is wound with aramid fiber rope or is arranged with aramid fiber set, in order to fix aramid fiber rope, is additionally provided with spiral shell in the shaft end of roller-way
Pit 11, with the fixed aramid fiber rope of attachment screw；When winding aramid fiber rope, it is preferred to use it is close around form, i.e. aramid fiber rope covers completely
Cover the surface of roller-way 3, lower roller 4, upper steady type roller-way 9 and lower steady type roller-way 10；
(4) shaft end of the upper roller-way 3 and lower roller 4 is provided with the gear being meshed, the upper steady type roller-way 9 and lower steady
The shaft end of type roller-way 10 is equipped with the gear being meshed, and transmission system 2 drives the synchronization of upper and lower roller-way to turn by the engagement of gear
It is dynamic.
Claims (13)
1. a kind of waved glass continuous gradation formation system, including rack (1), it is provided in rack (1) multiple along glass plate
The molding roller-way group of conveying direction arrangement, each molding roller-way group includes the upper roller-way (3) and lower roller being correspondingly arranged up and down
(4), all molding roller-way group compositions profiled section (7), it is characterised in that: the upper roller-way (3) and lower roller (4) have revolution
Face, bus corresponding to the surface of revolution are the waveform curve extended along place roller-way central axial direction, and upper roller-way (3) and
The waveform curve male-female of lower roller (4) forms waveform gap；It is described from the arrival end of profiled section (7) to outlet end
Depth of the wave crest (5) of waveform curve highly with trough (6) gradually increases, and in the last one molding roller-way group, upper roller-way
(3) and the shape in waveform gap that cooperatively forms of lower roller (4) is identical as the shape of finished product waved glass.
2. a kind of waved glass continuous gradation formation system according to claim 1, it is characterised in that: from profiled section
(7) for arrival end to outlet end, the wave crest (5) of the waveform curve is highly respectively formed equal differences with the depth of trough (6)
Column.
3. a kind of waved glass continuous gradation formation system according to claim 1, it is characterised in that: from profiled section
(7) arrival end to outlet end, the wavelength of the waveform curve is gradually reduced.
4. a kind of waved glass continuous gradation formation system according to claim 1, it is characterised in that: all forming rollers
The upper roller-way (3) of road group and the central axis spacing of lower roller (4) are equal, the height in the waveform gap be H+0.2mm ~
2mm, wherein H is the thickness of glass plate.
5. a kind of waved glass continuous gradation formation system according to claim 1, it is characterised in that: all forming rollers
The wave crest (5) of the waveform curve of upper roller-way (3) is equal away from the central axis distance of upper roller-way (3) in road group；All moldings
The trough (6) of the waveform curve of lower roller (4) is equal away from the central axis distance of lower roller (4) in roller-way group.
6. according to a kind of waved glass continuous gradation formation system described in claim 1, it is characterised in that: the profiled section
(7) it is provided with positioning device, including being arranged between adjacent lower roller (4), along multiple left locating wheels of conveying direction arrangement
(13) it can be freely rotated with multiple right locating wheels (17), left locating wheel (13) and right locating wheel (17)；And along conveying direction,
Multiple left locating wheels (13) and multiple right locating wheels (17) formed opening be gradually reduced it is tubaeform so that glass plate it is opposite two
Side keeps being in contact with left locating wheel (13) and right locating wheel (17) respectively.
7. a kind of waved glass continuous gradation formation system according to claim 1, it is characterised in that: the upper roller-way
(3), lower roller (4) is overall structure, and is respectively integrally formed.
8. a kind of waved glass continuous gradation formation system according to claim 6, it is characterised in that: the upper roller-way
(3) and lower roller (4) is integrally-built metallic roll, and outer surface is wound with aramid fiber rope or is arranged with aramid fiber set.
9. a kind of waved glass continuous gradation formation system according to any one of claims 1 to 6, it is characterised in that:
The upper roller-way (3) and lower roller (4) include mandrel (14), are arranged with the multiple drums to differ in size on the mandrel (14)
(15), successively the outer circle of multiple drums (15) is connected along mandrel (14) length direction, the bus of formation is that the waveform is bent
Line.
10. a kind of waved glass continuous gradation formation system according to any one of claims 1 to 6, it is characterised in that:
The upper roller-way (3) and lower roller (4) include mandrel (14), and spacer sleeve is equipped with arc-shaped more of bus on the mandrel (14)
A arc wheel (16), the outer surface of arc wheel (16) are wound with aramid fiber rope or are arranged with aramid fiber set, and be correspondingly arranged up and down
Arc wheel (16) on upper roller-way (3) and lower roller (4) is staggered along mandrel (14) length direction.
11. a kind of waved glass continuous gradation formation system according to any one of claims 1 to 7, it is characterised in that:
The downstream of the profiled section (7) is additionally provided with steady type section (8), and the steady type section (8) includes more than one along glass sheet conveying direction
The steady type roller-way group of arrangement, each steady type roller-way group includes upper steady type roller-way (9) the He Xiawen type roller-way being correspondingly arranged up and down
(10), upper steady type roller-way (9) He Xiawen type roller-way (10) has the surface of revolution, and bus corresponding to the surface of revolution is along the roller-way of place
The waveform curve that heart axis direction extends, and the waveform curve of all steady type roller-way (9) He Xiawen type roller-ways (10)
Male-female forms the identical waveform gap of shape；The shape in the waveform gap and the shape phase of finished product waved glass
Together or the crest height in waveform gap and trough depth are greater than crest height of the finished product waved glass at same position
With trough depth.
12. a kind of waved glass continuous gradation formation system according to claim 11, it is characterised in that: described steady
Type roller-way (9) He Xiawen type roller-way (10) is overall structure, and is respectively integrally formed.
13. a kind of waved glass continuous gradation formation system according to claim 11, it is characterised in that: described steady
Type roller-way (9) He Xiawen type roller-way (10) is integrally-built metallic roll, and outer surface is wound with aramid fiber rope or is arranged with virtue
Synthetic fibre set.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821604715.8U CN209307217U (en) | 2018-09-29 | 2018-09-29 | A kind of waved glass continuous gradation formation system |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201821604715.8U CN209307217U (en) | 2018-09-29 | 2018-09-29 | A kind of waved glass continuous gradation formation system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109133591A (en) * | 2018-09-29 | 2019-01-04 | 洛阳兰迪玻璃机器股份有限公司 | A kind of waved glass continuous gradation formation system and forming method |
-
2018
- 2018-09-29 CN CN201821604715.8U patent/CN209307217U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109133591A (en) * | 2018-09-29 | 2019-01-04 | 洛阳兰迪玻璃机器股份有限公司 | A kind of waved glass continuous gradation formation system and forming method |
| CN109133591B (en) * | 2018-09-29 | 2023-11-17 | 洛阳兰迪玻璃机器股份有限公司 | Continuous gradual change molding system and molding method for wavy glass |
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