CN106316081A - Hot-bending forming machine for mobile phone glass and watch surface covers - Google Patents
Hot-bending forming machine for mobile phone glass and watch surface covers Download PDFInfo
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- CN106316081A CN106316081A CN201610773998.8A CN201610773998A CN106316081A CN 106316081 A CN106316081 A CN 106316081A CN 201610773998 A CN201610773998 A CN 201610773998A CN 106316081 A CN106316081 A CN 106316081A
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- mould
- cooling
- preheating
- drive mechanism
- bin
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- C—CHEMISTRY; METALLURGY
- C03—GLASS; MINERAL OR SLAG WOOL
- C03B—MANUFACTURE, SHAPING, OR SUPPLEMENTARY PROCESSES
- C03B23/00—Re-forming shaped glass
- C03B23/02—Re-forming glass sheets
- C03B23/023—Re-forming glass sheets by bending
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- Engineering & Computer Science (AREA)
- Materials Engineering (AREA)
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Abstract
The invention discloses a hot-bending forming machine for mobile phone glass and watch surface covers. The hot-bending forming machine comprises a rack and an operation console, wherein a forming part is arranged on the rack and comprises a forming bin, mold preheating mechanisms, a forming mechanism, a shaping mechanism, mold precooling mechanisms and a mold first cooling mechanism are sequentially arranged from an inlet end to an outlet end in the forming bin, and a forking and conveying mechanism for conveying a mold to each mechanism is arranged on the back side of the forming bin; a transition bin is arranged outside the inlet end of the forming bin, a mold feeding mechanism is arranged in front of the transition bin, a mold pushing mechanism is arranged on the outer side of the transition bin, and a first mold preheating mechanism is arranged in the transition bin; a discharging bin is arranged outside the outlet end of the forming bin, a second mold cooling mechanism is arranged in the discharging bin, a discharged material pushing mechanism is arranged on the back side of the discharging bin, a secondary cooling mechanism is arranged in front of the discharging bin, and a discharging cooling and conveying mechanism is arranged on the outer side of the secondary cooling mechanism. The hot-bending forming machine for the mobile phone glass and the watch surface covers has the advantages of uniform heating effect, good production continuity, high production efficiency and the like.
Description
Technical field
The present invention relates to mobile phone glass bender, be specially a kind of mobile phone glass and Wrist watch glass bending shaping machine.
Background technology
At present, mobile phone become people exchange, live, work, entertain, an indispensable instrument of ratio of study etc., far
Far beyond the category of call instrument, more become fashion product, to be not only suitable for, more want fashion；As handset viewing window
Glass is also from planar development to curved surface, and Samsung mobile phone has been carried out；But owing to the difficulty of processing of bend glass is big, technique is multiple
Miscellaneous, the most only Samsung mobile phone employs bend glass, and home-made cellphone still can not make Curved screen because of the processing problems of glass
Curtain and curved surface cover plate.Edge is that the mobile phone of circular arc is than former sharp-featured mobile telephone shape, good feel, smooth song
Line, is i.e. liked by most people once emerging.Due to the distinctive appearance of mobile phone that edge is circular arc, its display screen outer layer
The edge of sealer glass screen be also required to be processed as circular arc, this is to be difficult to together to the manufacturing and processing enterprise of sealer
The difficult problem solved, and the expense of high process equipment overseas so that numerous manufacturing enterprises hang back.
At present, existing mobile phone glass screen hot-bending machine is by heating furnace, feeding belt, mould and displacement conveyer belt institute group
Becoming, the bottom of the heating furnace in strip is provided with the feeding belt of revolution, and the both ends open of heating furnace, in the porch of heating furnace
Arranging the fire door being controlled unlatching by cylinder of furnace door, the leading portion at heating furnace is electrical heating district, and its top is provided with several can be right
Mould on feeding belt carries out the pressure cylinder pressed, and the back segment at heating furnace is cooling zone, and its perisporium is provided with cooling water
Circulating water pipe, its port of export is provided with displacement conveyer belt.This kind is heated to mobile phone glass by heating furnace, subsequently into shaping mould
Tool is shaped, and is carried out the technical scheme cooled down after molding by cooling section, owing to glass is by silicon dioxide and other chemistry
The integrated material that material melts is formed together, it heats the rapid heating process one becoming soft state from solid-state in heating furnace
Aspect heats is uneven, is on the other hand easily damaged the composition of glass, destroys the chemical constitution of glass, and then affects hot bending
After glass quality；Meanwhile, the both ends open of heating furnace is arranged, and during glass is heated, is susceptible to oxidation etc. and changes
Learn reaction, the mobile phone glass quality after impact processing and service life；Finally, its in heating furnace, glass is heated to softening can
Hot bending state, its heat time heating time is long, and production efficiency is low, meanwhile, after it has heated one or one group of glass, need to first take out and carry out
Next or the heating of next set product, next or next set product production needs to wait, causes the interval and not of production
Continuously.
Summary of the invention
The invention provides a kind of heats is uniform, continuous production good and production efficiency is high mobile phone glass and hands
Surface cover bending shaping machine.
The present invention can be achieved through the following technical solutions:
A kind of mobile phone glass and Wrist watch glass bending shaping machine, including frame and operating console, described operating console and machine
Frame is all independently arranged, and described frame is provided with moulding section and mould placement platform, and described mould placement platform is positioned at forming part
The front divided, described moulding section includes that forming bin, one end of described forming bin are entrance point, and the other end is the port of export, described
In forming bin from entrance point to the port of export be sequentially provided with mould preheating mechanism, shaping mechanism, reshaping device, mould pre-cooling mechanism and
Mould the first cooling body, described mould preheating mechanism, shaping mechanism, reshaping device, mould pre-cooling mechanism and mould first are cold
But the rear side of mechanism is provided with for transmitting mould to the fork material connecting gear of each mechanism, and described fork material connecting gear is successively by molding
Mould at Cang Neige mechanism transmits at next mechanism, and the mould at mould the first cooling body is sent out forming bin extremely
In discharging bin, it is achieved the mould of forming bin Nei Ge mechanism automatically delivers and forming bin is to the mould transmission of discharging bin；Described molding
Being provided with transitional storehouse outside the entrance point in storehouse, the front of described transitional storehouse is provided with die feeding mechanism, and the outside of described transitional storehouse sets
Pushing away mold mechanism, be provided with mould the first preheating mechanism in described transitional storehouse, mould was sent to by described die feeding mechanism
Cross below mould the first preheating mechanism in storehouse, mould the first preheating mechanism mould is once preheated, a pre-add
After heat completes, by pushing away mold mechanism, mould is pushed to moulding section；Discharging bin, institute it is provided with outside the port of export of described forming bin
Being provided with mould the second cooling body in stating discharging bin, the rear side of described discharging bin is provided with discharging delivery device, described discharging bin
Front is provided with the cooling twice mechanism that delivers from godown, described in the deliver from godown outside of cooling twice mechanism be provided with the cooling of delivering from godown for transmitting mould
Connecting gear, after mould is by pitching material the mould in forming bin being sent in discharging bin by connecting gear, treats the mould in discharging bin
Having after the second cooling body cooled down, the discharging delivery device on rear side of discharging bin starts mould is pushed to the cooling twice that delivers from godown
At mechanism, mould is after cooling twice, and by delivering from godown, the mould after cooling is sent on mould placement platform by cooling connecting gear.
Mobile phone glass of the present invention and Wrist watch glass bending shaping machine are carried out tentatively by arranging mould the first preheating mechanism in transitional storehouse
Preheat, then by pushing away the mould preheating mechanism that the mould after mold mechanism will tentatively preheat pushes in forming bin, by
Mould preheating mechanism carries out multistage classification preheating, the setting of multistage preheating structure, makes mould slowly heat up, then by mould by heat
Pass to glass, make glass slowly promote temperature to can hot bending soften temperature, then by fork material connecting gear will preheating after
Mould is sent at shaping mechanism together with glass, shaping mechanism action carry out extruding and make glass molding, after molding again by
Fork material connecting gear is sent at reshaping device, and glass is carried out shaping, after shaping completes, enter mould pre-cooling mechanism carry out from
So pre-cooling, then enters back into mould the first cooling body and cools down, and after mould the first cooling body cools down, goes out forming bin,
Enter discharging bin, by mould the second cooling body, glass is cooled down further in discharging bin, through mould the second cooler
After structure cooling, discharging delivery device mould is pushed to the cooling twice mechanism that delivers from godown, by the cooling twice machine that delivers from godown after delivering from godown
Structure continues to cool down mould and glass, after the cooling twice that delivers from godown, the cooling connecting gear that delivers from godown mould is sent to mould and places
On platform.Mobile phone glass of the present invention and Wrist watch glass bending shaping machine from charging, preheating, molding, pre-cooling, be cooled to deliver from godown to mould
The tool whole process of placement platform all automatically completes, and automaticity is high, and efficiency is high；Mould side from mould placement platform
Charging is to preheating, molding, pre-cooling, cooling, and on mould placement platform after then cooling down, whole process is cyclic process, wherein
Preheating, pre-cooling and cooling divide multistage classification to carry out, and on the one hand make glass the most at the uniform velocity heat up, and its homogeneous heating is effective, effectively
Improving product machining accuracy, meets the accuracy requirement of mobile phone glass and Wrist watch glass, the setting of multistage classification simultaneously, makes whole mistake
Journey forms continuous continual process, effective Improving The Quality of Products and production efficiency；Wherein preheating point multistage classification is carried out, effectively
Avoid glass and cause the problem of glass breakage at a station continuous warming, make glass segmentation cascade raising temperature, effectively guarantee glass
The material of glass is not destroyed, and effectively guarantees the quality after glass bending molding and effect；Pre-cooling and cooling point multistage classification are carried out,
Glass is in the condition of high temperature after hot bending, and needing cools in time makes glass solidification shape, but it the most directly enters
Carry out rapid cooling in entering coolant or cooling water, be easily destroyed glass material, and then affect the service life of heat-bending glass, elder generation
Through the natural cooling in pre-cooling stage, after making heat-bending glass be cooled to certain temperature range, enter back into cooling stage and use cooling
Liquid or cooling water carry out fast cooling, effectively ensure that glass material is not destroyed, and then the making of glass after effectively promoting hot bending
Use the life-span.
Further, described forming bin is airtight setting, and the sidewall of described forming bin is provided with evacuation interface and nitrogen charging
Mouthful.The airtight setting of forming bin, and evacuation interface and the setting of nitrogen charging mouth on forming bin, by evacuation interface with outside
Vaccum-pumping equipment connects, and forming bin is carried out evacuation action, after evacuation completes, is filled with one by nitrogen charging mouth in forming bin
Quantitative nitrogen, after making mould enter forming bin, glass will not will not aoxidize with mould, effectively promotes the use longevity of glass
Life.
Further, described mould preheating mechanism includes for mould the second preheating mechanism, mould the 3rd preheating mechanism and mould
Has the 4th preheating mechanism, described mould the first preheating mechanism, mould the second preheating mechanism, mould the 3rd preheating mechanism and mould
Four preheating mechanisms all include preheating heating board drive mechanism and the lower heating board of preheating in heating board, preheating, and described preheating is sent out
Hot plate drive mechanism is by pre-thermoelectric perpetual motion machine and the preheating preheating servo module that forms of screw mandrel, described mould the first preheating mechanism pre-
The lower heating board of heat is arranged on the base plate of transitional storehouse, and in the preheating of described mould the first preheating mechanism, heating board drive mechanism is installed
On the top panel of transitional storehouse, described mould the second preheating mechanism, mould the 3rd preheating mechanism and mould the 4th preheating mechanism
The lower heating board of preheating is arranged on the base plate of forming bin, described mould the second preheating mechanism, mould the 3rd preheating mechanism and mould
The upper heating board drive mechanism of preheating of the 4th preheating mechanism is arranged on the top panel of forming bin, and in described preheating, hot plate drives machine
The bottom of structure heating board upper with preheating is connected, and drives the upper heating board of preheating to move up and down and compresses or unclamp mould.Preheating process
In, glass passes to mould by upper and lower heating board, makes mould slowly heat up, transfers heat to glass by mould the most again
Glass, makes glass at the uniform velocity heat up, its homogeneous heating, effective.
Further, described shaping mechanism and reshaping device all include heating board and molding in profiled drive mechanism, molding
Lower heating board, described profiled drive mechanism is the molded servo module being made up of molding motor and molding screw mandrel, under described molding
Heating board is arranged on the base plate of forming bin, and described profiled drive mechanism is arranged on the top panel of forming bin, and described molding is driven
The bottom of motivation structure is connected with heating board in molding, and profiled drive mechanism drives heating board in molding to move up and down and compresses or unclamp
Mould.
Further, described mould pre-cooling mechanism includes mould the first pre-cooling mechanism and mould the second pre-cooling mechanism, described
Mould the first pre-cooling mechanism and mould the second pre-cooling mechanism all include pre-cooling drive mechanism, pre-cooling upper plate and pre-cooling lower plate, described
Pre-cooling drive mechanism is the pre-cooling servo module being made up of pre-cool electric machine and pre-cooling screw mandrel, and described pre-cooling lower plate is arranged on forming bin
Base plate on, described pre-cooling drive mechanism is arranged on the top panel of forming bin, the bottom of described pre-cooling drive mechanism and pre-cooling
Upper plate connects, and pre-cooling drive mechanism drives pre-cooling upper plate to move up and down and compresses or unclamp mould.
Further, described mould the first cooling body and mould the second cooling body all include once cooling down driving machine
Structure, once cooling upper plate and once cool down lower plate, described once cooling drive mechanism is for by once cooling down motor and once cooling down
The once cooling servo module of screw mandrel composition, the once cooling lower plate of described mould the first cooling body is arranged on the end of forming bin
On plate, the once cooling drive mechanism of described mould the first cooling body is arranged on the top panel of forming bin, described mould the
The once cooling lower plate of two cooling bodies is arranged on the base plate of discharging bin, and the once cooling of described mould the second cooling body is driven
Motivation structure is arranged on the top panel of discharging bin, and the described bottom once cooling down drive mechanism is connected with once cooling upper plate, and one
Secondary cooling drive mechanism drives once cooling upper plate to move up and down and clamps or unclamp mould.
Further, it is equipped with for cooling down mould at described mould the first cooling body and mould the second cooling body
Cooling water or coolant.
Further, deliver from godown described in cooling twice mechanism include first deliver from godown cooling body, second deliver from godown cooling body and
Mould delivers from godown connecting gear, and described first cooling body and second cooling body that delivers from godown that delivers from godown sets gradually from back to front, all wraps
Including cooling twice drive mechanism, cooling twice upper plate and cooling twice lower plate, described cooling twice drive mechanism is cold by secondary
But motor and the cooling twice servo module of cooling twice screw mandrel composition, the bottom of described cooling twice drive mechanism is cold with secondary
But upper plate connects, and cooling twice drive mechanism drives cooling twice upper plate to move up and down and clamps or unclamp mould, and described mould goes out
Connecting gear mould at the cooling body that delivers from godown first in storehouse is sent to second and delivers from godown at cooling body, then delivers from godown second
At cooling body, the mould after cooling is sent on mould placement platform.
Further, the deliver from godown drive mechanism of connecting gear of described fork material connecting gear and mould is employing and drives motor
With the servo module of screw mandrel composition, described in push away the driving source of mold mechanism and discharging delivery device and be cylinder.
Further, the front panel of described forming bin is provided with multiple form, and described form uses safety glass to make, depending on
The setting of window, it is simple to operator observe the situation in forming bin in time.
Mobile phone glass of the present invention and Wrist watch glass bending shaping machine, have a following beneficial effect:
The first, production efficiency is high, mobile phone glass of the present invention and Wrist watch glass bending shaping machine from charging, preheating, molding, pre-cooling,
Being cooled to deliver from godown to the whole process of mould placement platform and all automatically complete, automaticity is high, and efficiency is high；
The second, continuous production is good, and mould side from mould placement platform feeds to preheating, molding, pre-cooling, cooling, so
To on mould placement platform after rear cooling, whole process is cyclic process, and wherein preheating, pre-cooling and cooling divide multistage classification to enter
OK, on the one hand making glass the most at the uniform velocity heat up, its homogeneous heating is effective, the setting of multistage classification simultaneously, makes whole process shape
Become continuous continual process, effective Improving The Quality of Products and production efficiency；
3rd, homogeneous heating is effective, and mobile phone glass of the present invention and the preheating point multistage classification of Wrist watch glass bending shaping machine are carried out,
Effectively prevent glass and cause the problem of glass breakage at a station continuous warming, make glass segmentation cascade raising temperature, the most really
The material protecting glass is not destroyed, and its homogeneous heating is effective, effectively guarantees the quality after glass bending molding and effect；
4th, service life is long, and pre-cooling and a cooling point multistage classification are carried out, glass after condition of high temperature hot bending, need and
Time cool and make glass solidification shape, but it carries out rapid cooling in being disposably directly entered coolant or cooling water, holds
Destructible glass material, and then affect the service life of heat-bending glass, first pass through the natural cooling in pre-cooling stage, make heat-bending glass
After being cooled to certain temperature range, enter back into cooling stage and use coolant or cooling water to carry out fast cooling, effectively ensure that
Glass material is not destroyed, and then the service life of glass after effective lifting hot bending.
Accompanying drawing explanation
Accompanying drawing 1 is the assembling schematic diagram of mobile phone glass of the present invention and Wrist watch glass bending shaping machine；
Accompanying drawing 2 is the structural representation of moulding section in mobile phone glass of the present invention and Wrist watch glass bending shaping machine；
Accompanying drawing 3 be in mobile phone glass of the present invention and Wrist watch glass bending shaping machine mould deliver from godown part structural representation；
Accompanying drawing 4 is the structure of mould the second cooling body at transitional storehouse in mobile phone glass of the present invention and Wrist watch glass bending shaping machine
Schematic diagram；
Accompanying drawing 5 is moulding section top panel combination schematic diagram in mobile phone glass of the present invention and Wrist watch glass bending shaping machine.
Detailed description of the invention
In order to make those skilled in the art be more fully understood that technical scheme, below in conjunction with embodiment and accompanying drawing
Product of the present invention is described in further detail.
As shown in Figures 1 to 5, a kind of mobile phone glass and Wrist watch glass bending shaping machine, including frame 1 and operating console
14, described operating console 14 and frame 1 are all independently arranged, and described frame 1 is provided with moulding section 7 and mould placement platform
12, described mould placement platform 12 is positioned at the front of moulding section 7, and described moulding section 7 includes forming bin 69, described forming bin
One end of 69 is entrance point, and the other end is the port of export, is sequentially provided with mould from entrance point to the port of export pre-in described forming bin 69
Heat engine structure 61-63, shaping mechanism 64, reshaping device 65, mould pre-cooling mechanism 66-67 and mould the first cooling body 68, described
Mould preheating mechanism 61-63, shaping mechanism 64, reshaping device 65, mould pre-cooling mechanism 66-67 and mould the first cooling body 68
Rear side be provided with for transmitting mould to the fork material connecting gear (not shown) of each mechanism, described fork material connecting gear (figure
Not shown in) successively the mould at forming bin 69 Nei Ge mechanism is transmitted at next mechanism, and by mould the first cooling body
Mould at 68 sends out in forming bin 69 to discharging bin 7, it is achieved the mould of forming bin 69 Nei Ge mechanism automatically delivers and molding
The mould transmission of storehouse 69 to discharging bin 7；Transitional storehouse 5, the front of described transitional storehouse 5 it is provided with outside the entrance point of described forming bin 69
Being provided with die feeding mechanism 3, the outside of described transitional storehouse 5 is provided with and pushes away mold mechanism 4, is provided with mould first in described transitional storehouse 5
Preheating mechanism 51, below mould the first preheating mechanism 51 that mould is sent in transitional storehouse 5 by described die feeding mechanism 3, by
Mould is once preheated by mould the first preheating mechanism 51, after once having preheated, is pushed away by mould by pushing away mold mechanism 4
Deliver to moulding section 7；It is provided with discharging bin 7 outside the port of export of described forming bin 69, is provided with mould second in described discharging bin 7 cold
But mechanism 71, the rear side of described discharging bin 7 is provided with discharging delivery device 8, and the front of described discharging bin 7 is provided with the cooling twice that delivers from godown
Mechanism 10-11, described in the deliver from godown outside of cooling twice mechanism 10-11 be provided with the cooling connecting gear 9 that delivers from godown for transmitting mould,
After mould is by pitching material the mould in forming bin 69 being sent in discharging bin 7 by connecting gear (not shown), treat discharging bin 7
In mould the second cooling body 71 cooled down after, the discharging delivery device 8 on rear side of discharging bin 7 starts and is pushed to out by mould
At storehouse cooling twice mechanism 10-11, mould is after cooling twice, by the cooling connecting gear 9 that delivers from godown by the mould transmission after cooling
To mould placement platform 12.Mobile phone glass of the present invention and Wrist watch glass bending shaping machine are by arranging mould in transitional storehouse 5
First preheating mechanism 51 tentatively preheats, and then pushes to molding by pushing away the mould after mold mechanism 4 will tentatively preheat
At mould preheating mechanism 61-63 in storehouse 69, mould preheating mechanism 61-63 carry out multistage classification preheating, multistage preheating structure
Setting, make mould slowly heat up, then transferred heat to glass by mould, make glass slowly promote temperature to can hot bending soften
Temperature, then by fork material connecting gear (not shown) will preheating after mould be sent to shaping mechanism together with glass
At 64, shaping mechanism 64 action carry out extruding and make glass molding, passed by fork material connecting gear (not shown) again after molding
Deliver to, at reshaping device 65, glass be carried out shaping, after shaping completes, enter mould pre-cooling mechanism 66-67 and carry out nature pre-cooling,
Then enter back into mould the first cooling body 68 to cool down, after mould the first cooling body 68 cools down, go out forming bin 69, enter
Enter discharging bin 7, by mould the second cooling body 71, glass is cooled down further in discharging bin 7, cool down through mould second
After mechanism 71 cooling, discharging delivery device 8 mould is pushed to the cooling twice mechanism 10-11 that delivers from godown, by delivering from godown after delivering from godown
Cooling twice mechanism 10-11 continues to cool down mould and glass, after the cooling twice that delivers from godown, by the cooling connecting gear 9 that delivers from godown by mould
Tool is sent on mould placement platform 12.Mobile phone glass of the present invention and Wrist watch glass bending shaping machine from charging, preheating, molding,
Pre-cooling, being cooled to deliver from godown to the whole process of mould placement platform 12 all automatically completes, and automaticity is high, and efficiency is high；Mould
Side from mould placement platform 12 feeds to preheating, molding, pre-cooling, cooling, then to mould placement platform 12 after cooling
On, whole process is cyclic process, and wherein preheating, pre-cooling and cooling divide multistage classification to carry out, and on the one hand make glass the most at the uniform velocity
Heating up, its homogeneous heating is effective, the setting of multistage classification simultaneously, makes whole process form continuous continual process, effectively
Improving The Quality of Products and production efficiency；Wherein preheating point multistage classification is carried out, and effectively prevent glass and rises continuously at a station
Temperature causes the problem of glass breakage, makes glass segmentation cascade raising temperature, effectively guarantees that the material of glass is not destroyed, effectively guarantees glass
Quality after glass hot bending and effect；Pre-cooling and a cooling point multistage classification are carried out, glass in the condition of high temperature after hot bending,
Needing cools in time makes glass solidification shape, but it drops in being disposably directly entered coolant or cooling water rapidly
Temperature, is easily destroyed glass material, and then affects the service life of heat-bending glass, first passes through the natural cooling in pre-cooling stage, makes heat
After curved glass is cooled to certain temperature range, enters back into cooling stage and use coolant or cooling water to carry out fast cooling, effectively
Ensure that glass material is not destroyed, and then the service life of glass after effective lifting hot bending.
As shown in Figure 1, Figure 2 and Figure 3, described fork material connecting gear (not shown) and mould deliver from godown connecting gear 9
Drive mechanism is to use and drives motor and the servo module of screw mandrel composition, described in push away mold mechanism 4 and discharging delivery device 8
Driving source is cylinder.
As it is shown in figure 1, described forming bin 69 is airtight setting, the sidewall of described forming bin 69 be provided with evacuation interface and
Nitrogen charging mouth.The airtight setting of forming bin 69, and evacuation interface and the setting of nitrogen charging mouth on forming bin 69, connect by evacuation
Mouth is connected with outside vaccum-pumping equipment, forming bin 69 is carried out evacuation action, after evacuation completes, by nitrogen charging mouth to molding
Being filled with a certain amount of nitrogen in storehouse 69, after making mould enter forming bin 69, glass will not will not aoxidize with mould, effectively carries
Rise the service life of glass.The front panel of described forming bin 69 is provided with multiple form 13, and described form 13 uses safety glass
Make, the setting of form 13, it is simple to operator observe the situation in forming bin 69 in time.
As shown in Figure 1, Figure 4 and Figure 5, described mould preheating mechanism 61-63 includes for mould the second preheating mechanism 61, mould
3rd preheating mechanism 62 and mould the 4th preheating mechanism 63, described mould the first preheating mechanism 51, mould the second preheating mechanism 61,
Mould the 3rd preheating mechanism 62 and mould the 4th preheating mechanism 63 all include preheating heating board in heating board 610, preheating and drive
Mechanism and the lower heating board (not shown) of preheating, in described preheating, heating board drive mechanism is main by pre-thermoelectric perpetual motion machine 611 He
The preheating servo module of preheating screw mandrel 612 composition, under the preheating of described mould the first preheating mechanism 51, heating board (does not shows in figure
Go out) it is arranged on the base plate of transitional storehouse 5, in the preheating of described mould the first preheating mechanism 51, heating board drive mechanism was arranged on
Cross on storehouse top panel 52, described mould the second preheating mechanism 61, mould the 3rd preheating mechanism 62 and mould the 4th preheating mechanism 63
The lower heating board (not shown) of preheating be arranged on the base plate of forming bin 69, described mould the second preheating mechanism 61, mould
In the preheating of the 3rd preheating mechanism 62 and mould the 4th preheating mechanism 63, heating board drive mechanism is arranged on forming bin top panel 613
On, in described preheating, the bottom of hot plate drive mechanism heating board 610 upper with preheating is connected, and drives the upper heating board about 610 of preheating
Motion compresses or unclamps mould.In preheating process, glass passes to mould by upper and lower heating board, makes mould slowly heat up,
Transfer heat to glass by mould the most again, make glass at the uniform velocity heat up, its homogeneous heating, effective.
As shown in Figure 1 and Figure 5, described shaping mechanism 64 and reshaping device 65 all include sending out in profiled drive mechanism, molding
Heating board under hot plate 614 and molding, described profiled drive mechanism is mainly to be made up of molding motor 615 and molding screw mandrel 616
Molded servo module, under described molding, heating board is arranged on the base plate of forming bin 69, and described profiled drive mechanism is arranged on into
On type storehouse top panel 613, the bottom of described profiled drive mechanism is connected with heating board in molding 614, and profiled drive mechanism drives
In molding, heating board 614 moves up and down and compresses or unclamp mould.Described mould pre-cooling mechanism 66-67 includes mould the first precooler
Structure 66 and mould the second pre-cooling mechanism 67, described mould the first pre-cooling mechanism 66 and mould the second pre-cooling mechanism 67 all include pre-cooling
Drive mechanism, pre-cooling upper plate 619 and pre-cooling lower plate, described pre-cooling drive mechanism is main by pre-cool electric machine 617 and pre-cooling screw mandrel
The pre-cooling servo module of 618 compositions, described pre-cooling lower plate is arranged on the base plate of forming bin 69, and described pre-cooling drive mechanism is installed
On forming bin top panel 613, the bottom of described pre-cooling drive mechanism is connected with pre-cooling upper plate 619, and pre-cooling drive mechanism drives
Pre-cooling upper plate 619 moves up and down and compresses or unclamp mould.
As shown in Figure 1 and Figure 5, described mould the first cooling body 68 and mould the second cooling body 71 all include the coldest
But drive mechanism, once cooling upper plate 622 and once cool down lower plate, described once cooling drive mechanism for main by once cooling down
The once cooling servo module of motor 620 and once cooling screw mandrel 621 composition, described mould the first cooling body 68 the coldest
But lower plate is arranged on the base plate of forming bin 69, and the once cooling drive mechanism of described mould the first cooling body 68 is arranged on into
On type storehouse top panel 613, the once cooling lower plate of described mould the second cooling body 71 is arranged on the base plate of discharging bin 7, institute
The once cooling drive mechanism stating mould the second cooling body 71 is arranged on the top panel of discharging bin 7, and described once cooling is driven
The bottom of motivation structure is connected with once cooling upper plate 622, and once cooling drive mechanism drives once cooling upper plate 622 to move up and down
Clamp or unclamp mould.It is equipped with for cooling down mould at described mould the first cooling body 68 and mould the second cooling body 71
Cooling water or coolant.
As shown in figures 1 and 3, the cooling twice mechanism 10-11 that delivers from godown described in include first deliver from godown cooling body 10, second go out
Storehouse cooling body 11 and mould deliver from godown connecting gear 9, described first deliver from godown cooling body 10 and second deliver from godown cooling body 11 from
Set gradually before backward, all include cooling twice drive mechanism, cooling twice upper plate and cooling twice lower plate, described cooling twice
Drive mechanism is the cooling twice servo module being made up of cooling twice motor and cooling twice screw mandrel, and described cooling twice drives
The bottom of mechanism is connected with cooling twice upper plate, and cooling twice drive mechanism drives cooling twice upper plate to move up and down and clamps or pine
Mold, described mould deliver from godown the connecting gear 9 mould at the cooling body 10 that delivers from godown first be sent to second deliver from godown cold
But at mechanism 11, then at the cooling body 11 that delivers from godown second cooling after mould be sent on mould placement platform 12.
The above, only presently preferred embodiments of the present invention, not the present invention is made any pro forma restriction；All
The those of ordinary skill of the industry all can shown in by specification accompanying drawing and the above and implement the present invention swimmingly；But, all
Those skilled in the art in the range of without departing from technical solution of the present invention, available disclosed above technology contents and
The a little change made, the equivalent variations modified and develop, be the Equivalent embodiments of the present invention；Meanwhile, all according to the present invention
Substantial technological any equivalent variations that above example is made change, modify and differentiation etc., all still fall within the present invention's
Within the protection domain of technical scheme.
Claims (10)
1. mobile phone glass and a Wrist watch glass bending shaping machine, including frame and operating console, it is characterised in that: described behaviour
Making control station and frame is all independently arranged, described frame is provided with moulding section and mould placement platform, and described mould is placed flat
Platform is positioned at the front of moulding section, and described moulding section includes that forming bin, one end of described forming bin are entrance point, and the other end is
The port of export, is sequentially provided with mould preheating mechanism, shaping mechanism, reshaping device, mould from entrance point to the port of export in described forming bin
Tool pre-cooling mechanism and mould the first cooling body, described mould preheating mechanism, shaping mechanism, reshaping device, mould pre-cooling mechanism
It is provided with for transmitting mould to the fork material connecting gear of each mechanism with the rear side of mould the first cooling body；
Being provided with transitional storehouse outside the entrance point of described forming bin, the front of described transitional storehouse is provided with die feeding mechanism, described mistake
Crossing the outside in storehouse to be provided with and push away mold mechanism, be provided with mould the first preheating mechanism in described transitional storehouse, described die feeding mechanism will
Below mould the first preheating mechanism that mould is sent in transitional storehouse, mould the first preheating mechanism mould carried out a pre-add
Heat, after once having preheated, is pushed to moulding section by pushing away mold mechanism by mould；
Be provided with discharging bin outside the port of export of described forming bin, in described discharging bin, be provided with mould the second cooling body, described in go out
The rear side of feed bin is provided with discharging delivery device, and the front of described discharging bin is provided with the cooling twice mechanism that delivers from godown, described in deliver from godown secondary
The outside of cooling body is provided with the cooling connecting gear that delivers from godown for transmitting mould.
Mobile phone glass the most according to claim 1 and Wrist watch glass bending shaping machine, it is characterised in that: described forming bin is
Airtight setting, the sidewall of described forming bin is provided with evacuation interface and nitrogen charging mouth.
Mobile phone glass the most according to claim 1 and 2 and Wrist watch glass bending shaping machine, it is characterised in that: described mould
Preheating mechanism includes for mould the second preheating mechanism, mould the 3rd preheating mechanism and mould the 4th preheating mechanism, described mould
One preheating mechanism, mould the second preheating mechanism, mould the 3rd preheating mechanism and mould the 4th preheating mechanism all include that preheating is upper and send out
Heating board drive mechanism and the lower heating board of preheating in hot plate, preheating, in described preheating, heating board drive mechanism is by pre-thermoelectric perpetual motion machine
The preheating servo module formed with preheating screw mandrel,
The lower heating board of the preheating of described mould the first preheating mechanism is arranged on the base plate of transitional storehouse, described mould the first preheating machine
The upper heating board drive mechanism of preheating of structure is arranged on the top panel of transitional storehouse, described mould the second preheating mechanism, mould the 3rd
The lower heating board of the preheating of preheating mechanism and mould the 4th preheating mechanism is arranged on the base plate of forming bin, and described mould second preheats
The upper heating board drive mechanism of preheating of mechanism, mould the 3rd preheating mechanism and mould the 4th preheating mechanism is arranged on the upper of forming bin
On panel,
In described preheating, the bottom of hot plate drive mechanism is connected with preheating above heating board, drives the upper heating board of preheating to move up and down and presses
Tight or unclamp mould.
Mobile phone glass the most according to claim 1 and 2 and Wrist watch glass bending shaping machine, it is characterised in that: described molding
Mechanism and reshaping device all include in profiled drive mechanism, molding heating board, described profiled drive mechanism under heating board and molding
For the molded servo module being made up of molding motor and molding screw mandrel, under described molding, heating board is arranged on the base plate of forming bin
On, described profiled drive mechanism is arranged on the top panel of forming bin, and the bottom of described profiled drive mechanism and molding are generated heat
Plate connects, and profiled drive mechanism drives heating board in molding to move up and down and compresses or unclamp mould.
Mobile phone glass the most according to claim 1 and 2 and Wrist watch glass bending shaping machine, it is characterised in that: described mould
Pre-cooling mechanism includes mould the first pre-cooling mechanism and mould the second pre-cooling mechanism, described mould the first pre-cooling mechanism and mould second
Pre-cooling mechanism all include pre-cooling drive mechanism, pre-cooling upper plate and pre-cooling lower plate, described pre-cooling drive mechanism be by pre-cool electric machine and
The pre-cooling servo module of pre-cooling screw mandrel composition, described pre-cooling lower plate is arranged on the base plate of forming bin, described pre-cooling drive mechanism
Being arranged on the top panel of forming bin, the bottom of described pre-cooling drive mechanism is connected with pre-cooling upper plate, and pre-cooling drive mechanism drives
Pre-cooling upper plate moves up and down and compresses or unclamp mould.
Mobile phone glass the most according to claim 1 and 2 and Wrist watch glass bending shaping machine, it is characterised in that: described mould
Under first cooling body and mould the second cooling body all include once cooling down drive mechanism, once cooling upper plate and once cooling down
Plate, described once cooling drive mechanism is by once cooling down motor and once cooling down the once cooling servo module that screw mandrel forms,
The once cooling lower plate of described mould the first cooling body is arranged on the base plate of forming bin, described mould the first cooler
The once cooling drive mechanism of structure is arranged on the top panel of forming bin,
The once cooling lower plate of described mould the second cooling body is arranged on the base plate of discharging bin, described mould the second cooler
The once cooling drive mechanism of structure is arranged on the top panel of discharging bin,
The described bottom once cooling down drive mechanism is connected with once cooling upper plate, and once cooling drive mechanism drives and once cools down
Upper plate moves up and down and clamps or unclamp mould.
Mobile phone glass the most according to claim 6 and Wrist watch glass bending shaping machine, it is characterised in that: described mould first
It is equipped with the cooling water for cooling down mould or coolant at cooling body and mould the second cooling body.
Mobile phone glass the most according to claim 1 and 2 and Wrist watch glass bending shaping machine, it is characterised in that deliver from godown described in:
Cooling twice mechanism include first deliver from godown cooling body, second deliver from godown cooling body and mould delivers from godown connecting gear, described first
The cooling body and second that the delivers from godown cooling body that delivers from godown sets gradually from back to front, all includes that cooling twice drive mechanism, secondary are cold
But upper plate and cooling twice lower plate, described cooling twice drive mechanism is to be made up of cooling twice motor and cooling twice screw mandrel
Cooling twice servo module, the bottom of described cooling twice drive mechanism is connected with cooling twice upper plate, and cooling twice drives machine
Structure drives cooling twice upper plate to move up and down clamping or unclamp mould, and the described mould connecting gear that delivers from godown is cold for delivering from godown first
But the mould at mechanism is sent to second and delivers from godown at cooling body, then mould transmission after cooling at the cooling body that delivers from godown second
To mould placement platform.
Mobile phone glass the most according to claim 1 and 2 and Wrist watch glass bending shaping machine, it is characterised in that: described fork material
The deliver from godown drive mechanism of connecting gear of connecting gear and mould is to use and drives motor and the servo module of screw mandrel composition, described
The driving source pushing away mold mechanism and discharging delivery device is cylinder.
Mobile phone glass the most according to claim 9 and Wrist watch glass bending shaping machine, it is characterised in that: described forming bin
Front panel be provided with multiple form, described form uses safety glass to make.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610773998.8A CN106316081A (en) | 2016-08-31 | 2016-08-31 | Hot-bending forming machine for mobile phone glass and watch surface covers |
| PCT/CN2016/110692 WO2018040386A1 (en) | 2016-08-31 | 2016-12-19 | Hot-bending forming machine for mobile phone glass and watch surface cover |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610773998.8A CN106316081A (en) | 2016-08-31 | 2016-08-31 | Hot-bending forming machine for mobile phone glass and watch surface covers |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN106316081A true CN106316081A (en) | 2017-01-11 |
Family
ID=57789548
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610773998.8A Pending CN106316081A (en) | 2016-08-31 | 2016-08-31 | Hot-bending forming machine for mobile phone glass and watch surface covers |
Country Status (2)
| Country | Link |
|---|---|
| CN (1) | CN106316081A (en) |
| WO (1) | WO2018040386A1 (en) |
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