CN110372193A - A kind of devitrified glass crystallization system and its technique - Google Patents
A kind of devitrified glass crystallization system and its technique Download PDFInfo
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- CN110372193A CN110372193A CN201910694004.7A CN201910694004A CN110372193A CN 110372193 A CN110372193 A CN 110372193A CN 201910694004 A CN201910694004 A CN 201910694004A CN 110372193 A CN110372193 A CN 110372193A
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- C—CHEMISTRY; METALLURGY
- C03—GLASS; MINERAL OR SLAG WOOL
- C03B—MANUFACTURE, SHAPING, OR SUPPLEMENTARY PROCESSES
- C03B32/00—Thermal after-treatment of glass products not provided for in groups C03B19/00, C03B25/00 - C03B31/00 or C03B37/00, e.g. crystallisation, eliminating gas inclusions or other impurities; Hot-pressing vitrified, non-porous, shaped glass products
- C03B32/02—Thermal crystallisation, e.g. for crystallising glass bodies into glass-ceramic articles
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Abstract
The present invention relates to devitrified glass production equipment field more particularly to a kind of devitrified glass crystallization system and technique, system includes crystallization furnace and bracket, and swing mechanism and elevating mechanism are arranged on bracket, several bearing structures are arranged on swing mechanism；Bearing structure carries the cover board that glass surface is covered on to the glass of crystallization and in crystallization process, swing mechanism drives bearing structure to be transferred to discharge station from feeding station together with glass and cover board, feed mechanism is arranged in the lower section of feeding station, elevating mechanism drive be located at feeding station and two bearing structures at discharge station synchronize move down, cooperate in folding process feed mechanism by glass be transferred in the bearing structure at feeding station and by the bearing structure at discharge station glass and cover board be transferred on the delivery roll of crystallization furnace, it is low to solve feeding the degree of automation in glass crystallization treatment process, low efficiency, and it is easy to cause glass the technical issues of scratching in feeding process.
Description
Technical field
The present invention relates to devitrified glass Crystallizing treatment equipment technical field more particularly to a kind of devitrified glass crystallization system and
Its technique.
Background technique
Lithium-aluminium-system on silicon low bulk that electromagnetic oven, micro-wave oven, Yale cooker, gas furnace etc. are currently used for as heating plate is micro-
Crystal glass (hereinafter referred to as devitrified glass) generally carries out Crystallizing treatment in crystallization roller kilns.
Application No. is the Chinese utility model patent of CN200620064093.5, discloses a kind of devitrified glass crystallization and set
Standby, including tunnel type kiln body, transmission device, heating device, control device and cooling device, kiln body is along kiln length direction from entrance A
End to the outlet end B is divided into pre-heating temperature elevation area, the regions such as heat temperature raising nucleus area, its main feature is that the crystallite that can will be produced by rolling process
Glass plate cuts blocking, and single layer is placed directly in devitrified glass crystallization roller kilns and carries out crystallization, not only has energy saving, production
The high advantages such as low with comprehensive production cost of high-efficient, product qualification rate, simultaneously as exempting from silicon carbide clamping plate and isolation oxidation magnesium
Powder is dustless operation, had both improved the working environment of operator, and be also beneficial to environmental protection.
But it is typically all manual handling glass feeding before carrying out Crystallizing treatment then in glass top cover upper cover plate, effect
The low human cost of rate is high, and be easy to cause glass to damage in feeding process.
Summary of the invention
An object of the present invention is in view of the deficiencies of the prior art, to provide a kind of devitrified glass crystallization system, is led to
Swing mechanism and elevating mechanism is arranged in the arrival end crossed in crystallization furnace, and bearing structure is arranged on swing mechanism, so that can
Be automatically transferred on crystallization furnace with the glass and cover board that sequence upper and lower position in advance, and by decentralization movement by glass with
And cover board is transferred to the delivery roll of crystallization furnace, is realized that cover plate lid is closed in glass top surface automatically during decentralization, is solved
Feeding the degree of automation is low in glass crystallization treatment process, low efficiency, and be easy glass is caused to scratch in feeding process
Technical problem.
In order to solve the above technical problems, as follows using technical solution:
A kind of devitrified glass crystallization system, including crystallization furnace and the bracket being arranged at crystallization furnace arrival end, the branch
It is provided with swing mechanism and elevating mechanism on frame, several bearing structures is provided on the swing mechanism；
The bearing structure is used to carry the cover board for being covered on glass surface to the glass of crystallization and in crystallization process,
The swing mechanism drives bearing structure to be transferred to from discharge station together with glass and cover board from feeding station, the feeding station
Lower section be provided with feed mechanism, the elevating mechanism is used to drive two carryings at feeding station and discharge station to tie
Structure, which synchronizes, to be moved down, during moving down cooperate feed mechanism by glass be transferred in the bearing structure at feeding station and will under
Expect that glass and cover board in the bearing structure at station are transferred on the delivery roll of crystallization furnace.
As improvement, the swing mechanism includes rotating member, the chain under rotating member drive and is arranged in chain side
The guiding support assembly on side, the swing mechanism drive bearing structure to do rotary motion, described during doing rotary motion
Guiding support assembly carries out guide support to bearing structure.
As an improvement, the elevating mechanism includes lifters and the load-bearing part under lifters drive, the load-bearing part
Cooperate with guiding support assembly.
As improvement, the bearing structure include the sliding seat being fixed on chain, the slide bar slided up and down along sliding seat,
It is fixed on the braced frame in the lower end of the slider portion, the left and right end of the braced frame is provided with the supporting element a for being used to support glass,
Rear and front end is provided with the supporting element b for being used to support cover board, and the supporting element a is rotatably provided in braced frame, the branch
Limit limitation supporting element a is provided on support frame frame below supporting element a to rotate down；
The both ends of the supporting element b are slidably connected with braced frame, and are connected with reset spring a between the two, the branch
Skewback is provided on the inside of the both ends of support member b.
As an improvement, the feed mechanism includes the lifting assembly for conveying roller group and conveying roller group tail end being arranged in, it is described
Elevating mechanism links lifting assembly during driving bearing structure to move down, and the lifting assembly support glass, which moves up, crosses support
Part a.
As improvement, the guiding support assembly includes the guide support a being arranged on the outside of chain and is arranged in chain
Guide and limit slot is offered on guide support b, the guide support a and guide support b on the inside of item, is corresponding to it
Pulley a and pulley b, the pulley a and pulley b are rotatably provided in the braced frame respectively along guide support a
It is dynamic with the guide and limit trough roller on guide support b；
The load-bearing part includes the supporting block a for offering support slot, supporting block b, supporting block c and supporting block d, the branch
Bracer a and supporting block d and guide support a cooperates, and the supporting block b and supporting block c and guide support b cooperate.
As an improvement, being provided with inclined-plane on the lower surface of the supporting element a, and connected between supporting element a and braced frame
There is spring b.
As an improvement, the lifting assembly includes slide and the promotion roller frame that slides up and down along slide, the crystallization furnace
Front side edge be fixedly installed rotating turret, be rotatably provided with rotating bar on the rotating turret, the rotating bar is by promoting roller frame
One end be provided with the end of the telescopic rod a, the telescopic rod a that are slidably connected with it and connect with the lower rotation for promoting roller frame,
The other end of the rotating bar is provided with the telescopic rod b being slidably connected with it, is fixedly installed connecting rod on the load-bearing part, described
The end of telescopic rod b and the end of connecting rod are rotatably connected.
As another improvement, it is provided with supporting table above the conveying roller group, the supporting table is used to support cover board, institute
It states and is provided with limition orientation plate at left and right sides of the surface of supporting table.
It is a kind of with the micro- of automatic charging function it is another object of the present invention in view of the deficiencies of the prior art, provide
Crystal glass crystallization process, by setting for material process, upper glass process, upper cover plate process, transmission process and blanking procedure, solution
It is low that there are process efficiencies in glass crystallization treatment process of having determined, and the technical issues of glass surface scratches is easy to appear in technique.
In order to solve the above technical problems, as follows using technical solution:
A kind of devitrified glass crystallization process, comprising the following steps:
A. for material process, the glass to crystallization is delivered to the lower section of feeding station and cover board is delivered to feeding station
Lower section side；
B. upper glass process, the bearing structure to feeding are transferred at feeding station under the drive of swing mechanism, are gone up and down
Mechanism drives the bearing structure at feeding station to move down, and cooperates feed mechanism that glass is transferred to carrying knot during moving down
In the braced frame of structure；
C. upper cover plate process, after glass described in step b reaches in braced frame, the cover board above one side pushes to branch
Top on support frame frame and positioned at glass；
D. process is transmitted, after completing cover board feeding in step c, elevating mechanism drives bearing structure to reset, then turn-around machine
Structure drives bearing structure to be transferred to discharge station by feeding station together with glass and cover board；
E. blanking procedure, elevating mechanism drive bearing structure to move down together with glass and cover board, are displaced downwardly to glass and connect
Touch crystallization furnace delivery roll after, continue to move down, during continuing to move down glass along braced frame move up gradually with top
Cover board fitting；
F. crystallization process, after step e cover plate lid closes on glass, glass is together with cover board under the drive of delivery roll
Into crystallization furnace, transmission carries out Crystallizing treatment.
As improvement, the elevating mechanism in the step b passes through link mechanism band during driving bearing structure to move down
The dynamic lifting assembly for carrying glass moves up, and glass is made to cross the supporting element a in braced frame and by supporting element a to glass
It is supported.
As an improvement, the cover board in the step c is pushed on the supporting element b to braced frame, the supporting element b can
It is slidably arranged in braced frame.
As another improvement, in the step e, glass moved up along braced frame during by acting on supporting element
Supporting element b is set gradually to two Slideslips, glass to be made to be transferred on supporting element b and be bonded with cover board completion on the skewback of b.
Beneficial effects of the present invention:
1. swing mechanism and elevating mechanism is arranged by the arrival end in crystallization furnace in the present invention, and in swing mechanism
Upper setting bearing structure, the glass and cover board for allowing in advance sequence upper and lower position are automatically transferred on crystallization furnace, and
Glass and cover board are transferred to the delivery roll of crystallization furnace by the movement of decentralization, realize cover board automatically during decentralization
Lid is closed in glass top surface, improves the loading efficiency in glass crystallization treatment process.
2. in the present invention by the way that be arranged in bearing structure can be to the supporting element b of two Slideslips, and the two of supporting element b
Skewback is arranged in end inside, so that glass is by delivery roll during elevating mechanism drives bearing structure to move down together with glass and cover board
Supporting role moved up along braced frame, supporting element b is strutted to two sides so that glass by skewback during moving up
Glass and cover board fit to together, and then glass and cover board transfer together under the transmitting effect of delivery roll, this kind of set-up mode
So that the overlapping of cover board and glass is more convenient, and without manually stacking, and it is more stable compared to this kind of mode is manually stacked, it keeps away
Occurring inclination when having exempted from manually to stack causes to scratch glass surface generation, and furthermore stacked position is also more accurate.
3. in the present invention by setting guiding support assembly, and be arranged on the support frame along guide and limit trough roller move
Furthermore pulley a and pulley b passes through setting so that being supported using guide and limit slot to braced frame in chain transmission process
The support slot with the cooperation of guide and limit slot is opened up on load-bearing part, enables braced frame when being moved at support slot under support slot
It moves and does not influence it after the reset and continue transmission movement backward, simple and ingenious structure.
4. in the present invention by setting be used to support glass supporting element a be it is unidirectional rotatable, in feeding station
Simultaneously lifting assembly and elevating mechanism linkage is arranged in lower section setting lifting assembly, so that the mistake that elevating mechanism drives braced frame to move down
Cheng Zhongneng drives lifting assembly support glass to synchronize and moves up, due to supporting element a be it is unidirectional rotatable, glass is got over
The top that supporting element a is moved to supporting element a is crossed, to support glass by supporting element a.
In conclusion the present invention has high degree of automation, it is excellent to save manpower and feeding stability height etc. for high production efficiency
Point；It is particularly suitable for devitrified glass Crystallizing treatment equipment technical field.
Detailed description of the invention
It, below will be to required use in embodiment description for the clearer technical solution for illustrating the embodiment of the present invention
Attached drawing be briefly described, it should be apparent that, drawings discussed below is only some embodiments of the present invention, for ability
For the those of ordinary skill in domain, without creative efforts, it is attached to can also be obtained according to these attached drawings other
Figure.
Fig. 1 is the schematic top plan view of the devitrified glass crystallization system with automatic charging function；
Fig. 2 is the schematic elevation view of the devitrified glass crystallization system with automatic charging function；
Fig. 3 is the structural schematic diagram of swing mechanism；
Fig. 4 is the structural schematic diagram of bearing structure and lifting assembly；
Fig. 5 is status diagram when lifting assembly supports glass to move up；
Fig. 6 is the structural schematic diagram of swing mechanism and elevating mechanism；
Fig. 7 is the structural schematic diagram of guiding support assembly；
Fig. 8 is the structural schematic diagram of bearing structure；
Fig. 9 is enlarged diagram at the A of Fig. 8；
Figure 10 is the status diagram that braced frame supports glass and cover board；
Figure 11 is that braced frame supports glass and cover board to move down the status diagram being transferred on delivery roll；
Figure 12 is that braced frame supports glass and cover board to move down the left view schematic diagram being transferred on delivery roll；
Figure 13 is the devitrified glass crystallization process flow diagram with automatic charging function.
Specific embodiment
Technical solution in the embodiment of the present invention is clearly and completely illustrated with reference to the accompanying drawing.
Embodiment one
The embodiment of the present invention is described below in detail, examples of the embodiments are shown in the accompanying drawings, wherein from beginning to end
Same or similar label indicates same or similar element or element with the same or similar functions.Below with reference to attached
The embodiment of figure description is exemplary, it is intended to is used to explain the present invention, and is not considered as limiting the invention.
As shown in Figures 1 to 12, a kind of devitrified glass crystallization system, including crystallization furnace 1 and setting are in 1 entrance of crystallization furnace
Bracket 2 at end is provided with swing mechanism 3 and elevating mechanism 4 on the bracket 2, is provided on the swing mechanism 3 several
Bearing structure 5；
The bearing structure 5 is for carrying to the glass 10 of crystallization and being covered in crystallization process 10 surface of glass
Cover board 20, the swing mechanism 3 drive bearing structure 5 to be transferred to blankers from feeding station 100 together with glass 10 and cover board 20
At position 200, the lower section of the feeding station 100 is provided with feed mechanism 6, and the elevating mechanism 4 is located at feeding work for driving
Position 100 and two bearing structures 5 at discharge station 200 synchronize move down, cooperate feed mechanism 6 by glass during moving down
10 be transferred in the bearing structure 5 at feeding station 100 and by the bearing structure 5 at discharge station 200 glass 10 and
Cover board 20 is transferred on the delivery roll 11 of crystallization furnace 1.
It is noted that swing mechanism 3 and elevating mechanism 4 is arranged by the arrival end in crystallization furnace 1, and turning round
Bearing structure 5 is set in mechanism 3, and the glass 10 and cover board 20 for allowing in advance sequence upper and lower position are automatically transferred to crystalline substance
Change on furnace 1, and transferred glass 10 and cover board 20 to the delivery roll 11 of crystallization furnace 1 by the movement of decentralization, in decentralization
Realize that the lid of cover board 20 is closed in 10 upper surface of glass, improves the loading efficiency in glass crystallization treatment process automatically in the process.
Further, the swing mechanism 3 includes that rotating member 31, the chain 32 under the drive of rotating member 31 and setting exist
The guiding support assembly 33 of 32 side of chain, the swing mechanism 3 drive bearing structure 5 to do rotary motion, are doing rotary motion
During the guiding support assembly 33 to bearing structure 5 carry out guide support.
Further, load-bearing part 42 of the elevating mechanism 4 including lifters 41 and under the drive of lifters 41, it is described
Load-bearing part 42 and guiding support assembly 33 cooperate.
Further, the bearing structure 5 includes the sliding seat 51 being fixed on chain 32, slides up and down along sliding seat 51
Slide bar 52, be fixed on the braced frame 53 of 52 lower end of slide bar, the left and right end of the braced frame 53, which is provided with, to be used to support
The supporting element a54 of glass 10, rear and front end are provided with the supporting element b55 for being used to support cover board 20, and the supporting element a54 can turn
It is dynamic to be arranged in braced frame 53, limit limitation supporting element a54 is provided in the braced frame 53 below supporting element a54
It rotates down；
The both ends of the supporting element b55 are slidably connected with braced frame 53, and are connected with reset spring a56 between the two,
Skewback 57 is provided on the inside of the both ends of the supporting element b55.
Here, can be to the supporting element b55 of two Slideslips, and at the both ends of supporting element b55 by being arranged in bearing structure 5
Skewback 57 is arranged in inside, so that glass 10 during elevating mechanism 4 drives bearing structure 5 to move down together with glass 10 and cover board 20
Moved up by the supporting role of delivery roll 11 along braced frame 53, during moving up by skewback 57 by supporting element b55 to two
Side stay is opened so that glass 10 and cover board 20 fit to together, then the transmitting effect of glass 10 and cover board 20 in delivery roll 11
Under transfer together, this kind of set-up mode makes the overlapping of cover board and glass more convenient, without manually stacking, and compare people
It is more stable that work stacks this kind of mode, avoids when manually stacking and inclination occurs and cause to generate glass surface to scratch, furthermore folds
It is also more accurate to put position.
Further, the feed mechanism 6 includes conveying roller group 61 and the lifting assembly that conveying 61 tail end of roller group is arranged in
62, linkage lifting assembly 62, the lifting assembly 62 support glass during the elevating mechanism 4 drives bearing structure 5 to move down
Glass 10, which moves up, crosses supporting element a54.
Further, the guiding support assembly 33 includes that the guide support a331 in 32 outside of chain is arranged in and sets
It sets to offer on the guide support b332, the guide support a331 and guide support b332 of 32 inside of chain and lead
It is corresponding that pulley a58 and pulley b59, the pulley are rotatably provided in the braced frame 53 to limiting slot 333
The guide and limit slot 333 on guide support a331 and guide support b332 rolls a58 and pulley b59 respectively；
The load-bearing part 42 include offer the supporting block a422 of support slot 421, supporting block b423, supporting block c424 and
Supporting block d425, the supporting block a422 and supporting block d425 and guide support a331 cooperate, the supporting block b423 and branch
Bracer c424 and guide support b332 cooperates.
It should be pointed out that being arranged by setting guiding support assembly 33, and in braced frame 53 along guide and limit slot
333 roll pulley a58 and pulley b59 so that in 32 transmission process of chain using guide and limit slot 333 to braced frame 53 into
Row support, furthermore by opening up the support slot 421 cooperated with guide and limit slot 333 on setting load-bearing part 42, so that braced frame
53 can move down with support slot 421 when being moved at support slot 421 and not influence its continuation transmission movement backward, structure after the reset
It is simple ingenious.
Further, inclined-plane 541, and supporting element a54 and braced frame 53 are provided on the lower surface of the supporting element a54
Between be connected with spring b542.
Further, the top of the conveying roller group 61 is provided with supporting table 7, and the supporting table 7 is used to support cover board
20, the surface left and right sides of the supporting table 7 is provided with limition orientation plate 71.
Embodiment two
As shown in Figure 4 and Figure 5, wherein with component identical or corresponding in embodiment one using corresponding with embodiment one attached
Icon note hereafter only describes the distinctive points with embodiment one for simplicity；The difference of the embodiment two and embodiment one
Be: further, the lifting assembly 62 includes slide 621 and the promotion roller frame 622 slided up and down along slide 621, institute
The front side edge for stating crystallization furnace 1 is fixedly installed rotating turret 623, and rotating bar 624, institute are rotatably provided on the rotating turret 623
It states rotating bar 624 and is provided with the telescopic rod a625 being slidably connected with it by promoting one end of roller frame 622, the telescopic rod a625's
End is connect with the lower rotation for promoting roller frame 622, and the other end of the rotating bar 624 is provided with to be stretched with what it was slidably connected
Bar b626 is fixedly installed connecting rod 627 on the load-bearing part 42, and the end of the telescopic rod b626 and the end of connecting rod 627 can
Rotation connection.
In the present embodiment, by be arranged be used to support glass 10 supporting element a54 be it is unidirectional rotatable, in feeding station
Simultaneously lifting assembly 62 and the linkage of elevating mechanism 4 is arranged in 100 lower section setting lifting assembly 62, so that elevating mechanism 4 drives support
Frame 53 can drive lifting assembly 62 that glass is supported to synchronize and move up during moving down, due to supporting element a54 be can be unidirectional
Rotation, enable glass 10 to cross the top that supporting element a54 is moved to supporting element a54, to support glass by supporting element a54
10。
Embodiment three
As shown in figure 13, a kind of devitrified glass crystallization process, comprising the following steps:
A. for material process, the glass 10 to crystallization is delivered to the lower section of feeding station 100 and is delivered to cover board 200
Expect the lower section side of station 100；
B. upper glass process, the bearing structure 5 to feeding are transferred at feeding station 100 under the drive of swing mechanism 3,
Elevating mechanism 4 drives the bearing structure 5 at feeding station 100 to move down, and cooperates feed mechanism 6 by glass 10 during moving down
It is transferred in the braced frame 53 of bearing structure 5；
C. upper cover plate process, after glass 10 described in step b reaches in braced frame 53, the cover board 20 above one side is pushed away
It send in braced frame 53 and being located at the top of glass 10；
D. process is transmitted, after completing 20 feeding of cover board in step c, elevating mechanism 4 drives bearing structure 5 to reset, and then returns
Rotation mechanism 3 drives bearing structure 5 to be transferred to discharge station 200 by feeding station 100 together with glass 10 and cover board 20；
E. blanking procedure, elevating mechanism 4 drive bearing structure 5 to move down together with glass 10 and cover board 20, are displaced downwardly to
After glass 10 contacts the delivery roll 11 of crystallization furnace 1, continue to move down, glass 10 is along braced frame 53 during continuing to move down
It moves up and is gradually bonded with the cover board 20 of top；
F. crystallization process, after the lid of step e cover plate 20 closes on glass 10, glass 10 is together with cover board 20 in delivery roll
Into crystallization furnace 1, transmission carries out Crystallizing treatment under 11 drive.
Further, the elevating mechanism 4 in the step b passes through link mechanism during driving bearing structure 5 to move down
It drives the lifting assembly 62 for carrying glass 10 to move up, glass is made to cross the supporting element a54 in braced frame 53 and by propping up
Support member a54 is supported glass.
Further, the cover board 20 in the step c is pushed to the supporting element b55 in braced frame 53, the branch
Support member b55 is slidably arranged in braced frame 53.
Further, in the step e, glass 10 passes through during moving up along braced frame 53 acts on support
Make supporting element b55 gradually to two Slideslips on the skewback 57 of part b55, make glass 10 be transferred on supporting element b55 and with cover board 20
Complete fitting.
The course of work:
Chain 32 drives bearing structure 5 to transmit, during transmission the pulley a58 and pulley b59 in braced frame 53
Along guide and limit slot 333 roll roll, when bearing structure 5 is moved at feeding station 100 pulley a58 and pulley b59 into
The support slot 421 of load-bearing part 42 is entered, then lifters 41 drive load-bearing part 42 to move down together with braced frame 53, are moving down
During by connecting rod 627 drive lifting assembly 62 promotion roller frame 622 support glass 10 move up, the two sides of glass 10
While moving up along the inclined-plane of supporting element a54 541, supporting element a54 is rotated up, and glass 10 crosses supporting element a54, is moved to
Stop behind designated position, manually or by push power by the cover board 20 in supporting table 7 pushes on supporting element b55；
Then lifters 41 drive load-bearing part 42, braced frame 53 to move up reset together with glass 10 and cover board 20, after reset
Chain 32 continues that bearing structure 5 is driven to be transmitted at discharge station 200 together with glass 10 and cover board 20, and then lifters 41 drive
Load-bearing part 42 and braced frame 53 move down, in the bearing structure 5 during moving down at discharge station 200, under glass 10
Surface first contacts delivery roll 11, continues to move down after contact, and glass 10 is moved up along braced frame 53, glass 10 during moving up
Two sides act on skewback 57 and strut supporting element b55 to two sides, the upper surface of glass 10 is bonded with cover board 20, then glass
Glass 10 and cover board 20 deliver into crystallization furnace in the drive of delivery roll 11 together.
In the present invention, it is to be understood that: term " center ", " longitudinal direction ", " transverse direction ", " length ", " width ", " thickness
Degree ", "upper", "lower", "front", "rear", "left", "right", "vertical", "horizontal", "top", "bottom", "inner", "outside", " clockwise ",
The orientation or positional relationship of instructions such as " counterclockwise " are to be based on the orientation or positional relationship shown in the drawings, and are merely for convenience of retouching
State the present invention and simplify description, rather than the equipment of indication or suggestion meaning or element must have specific orientation, Yi Te
Fixed orientation construction and operation, therefore be not considered as limiting the invention.
In addition, term " first ", " second " are used for description purposes only, it is not understood to indicate or imply opposite important
Property or implicitly indicate the quantity of indicated technical characteristic.Therefore, define " first ", the feature of " second " can be expressed or
Person implicitly includes one or more of the features.In description of the invention, the meaning of " plurality " is two or two with
On, unless otherwise specifically defined.
The foregoing is only a preferred embodiment of the present invention, but scope of protection of the present invention is not limited thereto,
Any changes or substitutions that can be easily thought of under technical clarification of the invention by anyone skilled in the art, such as passes through
By bottle base with opening up state arrangement after, by bottle base feed mechanism to after bottle base altitude location through transfer device to bottle
Negative-pressure adsorption is fixed after the positioning of base bottleneck, then facies analysis realization is carried out into it to bottleneck and the bottle body week of bottle base through detection components
The design concept of the detection in face, should be covered by the protection scope of the present invention.Therefore, protection scope of the present invention should be with
Subject to the protection scope of claims.
Claims (10)
1. a kind of devitrified glass crystallization system, the bracket (2) including crystallization furnace (1) and setting at crystallization furnace (1) arrival end,
It is characterized by: being provided with swing mechanism (3) and elevating mechanism (4) on the bracket (2), set on the swing mechanism (3)
It is equipped with several bearing structures (5)；
The bearing structure (5) is for carrying to the glass (10) of crystallization and being covered in crystallization process glass (10) surface
Cover board (20), the swing mechanism (3) drives bearing structure (5) together with glass (10) and cover board (20) from feeding station
(100) it is transferred at discharge station (200), is provided with feed mechanism (6), the lifting below the feeding station (100)
Mechanism (4) for drives positioned at feeding station (100) and two bearing structures (5) at discharge station (200) synchronize move down,
Cooperate feed mechanism (6) that glass (10) is transferred in the bearing structure (5) at feeding station (100) and is incited somebody to action during moving down
Glass (10) in bearing structure (5) and cover board (20) at discharge station (200) are transferred to the delivery roll of crystallization furnace (1)
(11) on.
2. a kind of devitrified glass crystallization system according to claim 1, it is characterised in that: the swing mechanism (3) includes
The guiding support assembly of rotating member (31), the chain (32) in the case where rotating member (31) drive and setting in chain (32) side
(33), the swing mechanism (3) drives bearing structure (5) to do rotary motion, guiding branch during doing rotary motion
Support component (33) carries out guide support to bearing structure (5).
3. a kind of devitrified glass crystallization system according to claim 2, it is characterised in that: the elevating mechanism (4) includes
Lifters (41) and lower load-bearing part (42) is driven in lifters (41), the load-bearing part (42) and guiding support assembly (33)
Cooperation.
4. a kind of devitrified glass crystallization system according to claim 2, it is characterised in that: the bearing structure (5) includes
The sliding seat (51) that is fixed on chain (32), along the slide bar (52) that sliding seat (51) slides up and down, be fixed under slide bar (52)
The left and right end of the braced frame (53) of end, the braced frame (53) is provided with the supporting element a for being used to support glass (10)
(54), rear and front end is provided with the supporting element b (55) for being used to support cover board (20), and the supporting element a (54) is rotatably arranged
On braced frame (53), limit limitation supporting element a is provided on the braced frame (53) below supporting element a (54)
(54) it rotates down；
The both ends of the supporting element b (55) are slidably connected with braced frame (53), and are connected with reset spring a between the two
(56), skewback (57) are provided on the inside of the both ends of the supporting element b (55).
5. a kind of devitrified glass crystallization system according to claim 2, it is characterised in that: the feed mechanism (6) includes
Roller group (61) and setting are conveyed in the lifting assembly (62) of conveying roller group (61) tail end, the elevating mechanism (4) drives carrying knot
Structure (5) links lifting assembly (62) during moving down, and lifting assembly (62) support glass (10), which moves up, crosses supporting element a
(54)。
6. a kind of devitrified glass crystallization system according to claim 4, it is characterised in that: the guiding support assembly (33)
Including the guide support a (331) being arranged on the outside of chain (32) and the guide support b being arranged on the inside of chain (32)
(332), it is offered guide and limit slot (333) on the guide support a (331) and guide support b (332), it is right therewith
That answers is rotatably provided with pulley a (58) and pulley b (59), the pulley a (58) and pulley b on the braced frame (53)
(59) the guide and limit slot (333) on guide support a (331) and guide support b (332) rolls respectively；
The load-bearing part (42) includes supporting block a (422), the supporting block b (423), supporting block c for offering support slot (421)
(424) and supporting block d (425), the supporting block a (422) and supporting block d (425) cooperate with guide support a (331), institute
It states supporting block b (423) and supporting block c (424) and guide support b (332) cooperates.
7. a kind of devitrified glass crystallization system according to claim 4, it is characterised in that: under the supporting element a (54)
It is provided on surface inclined-plane (541), and is connected with spring b (542) between supporting element a (54) and braced frame (53).
8. a kind of devitrified glass crystallization system according to claim 5, it is characterised in that: the lifting assembly (62) includes
Slide (621) and the promotion roller frame (622) slided up and down along slide (621), the front side edge fixed setting of the crystallization furnace (1)
Have rotating turret (623), be rotatably provided with rotating bar (624) on the rotating turret (623), the rotating bar (624) is by being promoted
One end of roller frame (622) is provided with the telescopic rod a (625) being slidably connected with it, the end of the telescopic rod a (625) and promotion
The lower rotation of roller frame (622) connects, and the other end of the rotating bar (624) is provided with the telescopic rod b being slidably connected with it
(626), it is fixedly installed connecting rod (627) on the load-bearing part (42), end and connecting rod (627) of the telescopic rod b (626)
End is rotatably connected.
9. a kind of devitrified glass crystallization system according to claim 5, it is characterised in that: described to convey the upper of roller group (61)
Side is provided with supporting table (7), and the supporting table (7) is used to support cover board (20), is set at left and right sides of the surface of the supporting table (7)
It is equipped with limition orientation plate (71).
10. a kind of devitrified glass crystallization process, it is characterised in that: the following steps are included:
A. for material process, it will be delivered to the lower section of feeding station (100) to the glass of crystallization (10) and is delivered to cover board (200)
The lower section side of feeding station (100)；
B. upper glass process, the bearing structure (5) to feeding are transferred to feeding station (100) under the drive of swing mechanism (3)
Place, elevating mechanism (4) drive the bearing structure (5) at feeding station (100) to move down, feed mechanism are cooperated during moving down
(6) glass (10) is transferred in the braced frame (53) of bearing structure (5)；
C. upper cover plate process, the cover board (20) after glass described in step b (10) reaches on braced frame (53), above one side
Push on braced frame (53) and be located at the top of glass (10)；
D. process is transmitted, after completing cover board (20) feeding in step c, elevating mechanism (4) drives bearing structure (5) to reset, then
Swing mechanism (3) drives bearing structure (5) to be transferred to blankers by feeding station (100) together with glass (10) and cover board (20)
At position (200)；
E. blanking procedure, elevating mechanism (4) drive bearing structure (5) to move down together with glass (10) and cover board (20), under
After moving to the delivery roll (11) of glass (10) contact crystallization furnace (1), continue to move down, glass (10) edge during continuing to move down
Braced frame (53) move up and be gradually bonded with the cover board of top (20)；
F. crystallization process, after step e cover plate (20) lid closes on glass (10), glass (10) is being passed together with cover board (20)
Into crystallization furnace (1), transmission carries out Crystallizing treatment under the drive of defeated roller (11).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910694004.7A CN110372193B (en) | 2019-07-30 | 2019-07-30 | Microcrystalline glass crystallization system and process thereof |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910694004.7A CN110372193B (en) | 2019-07-30 | 2019-07-30 | Microcrystalline glass crystallization system and process thereof |
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| CN110372193A true CN110372193A (en) | 2019-10-25 |
| CN110372193B CN110372193B (en) | 2021-09-07 |
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| CN205933610U (en) * | 2016-06-27 | 2017-02-08 | 北京志丰旺林新型建材有限公司 | Glass tempering furnace and feed mechanism thereof |
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| CN109940858A (en) * | 2019-03-27 | 2019-06-28 | 爱普拉斯(浙江)包装有限公司 | A kind of plastic bottle filmed label automatic film transmitting equipment and its technique |
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| CN103588467A (en) * | 2013-11-15 | 2014-02-19 | 广州福耀玻璃有限公司 | Glass loading device and loading method |
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| CN110372193B (en) | 2021-09-07 |
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