CN206127111U

CN206127111U - Cell -phone glass and wrist -watch face lid hot -bend forming machine

Info

Publication number: CN206127111U
Application number: CN201621004018.XU
Authority: CN
Inventors: 饶武良
Original assignee: Individual
Current assignee: Individual
Priority date: 2016-08-31
Filing date: 2016-08-31
Publication date: 2017-04-26
Anticipated expiration: 2026-08-31

Abstract

The utility model discloses a cell -phone glass and wrist -watch face lid hot -bend forming machine, including the frame, be equipped with the shaping part in the frame, the shaping part is followed entrance point to exit end and is equipped with mould preheating unit, forming mechanism, plastic mechanism, mould precooling mechanism and the first cooling body of mould in proper order including molded cartridge in, and the molded cartridge rear side is equipped with the fork material transport mechanism who is used for transmission module utensil to each mechanism, the molded cartridge entrance point is equipped with transition bin outward, and transition bin the place ahead is equipped with mould feed mechanism, and the transition bin outside is equipped with and pushes away the mold machine structure, is equipped with a mould preheating unit in the transition bin, the molded cartridge exit end is equipped with ejection of compact storehouse outward, is equipped with mould second cooling body in the play feed bin, goes out the feed bin rear side and is equipped with ejection of compact push mechanism, goes out feed bin the place ahead and is equipped with secondary cooling mechanism, and the secondary cooling mechanism outside being equipped with the cooling transport mechanism that delivers from godown. The utility model discloses cell -phone glass and wrist -watch face lid hot -bend forming machine has that the heating effect is even, production continuity good and advantage such as production efficiency height.

Description

A kind of mobile phone glass and Wrist watch glass bending shaping machine

Technical field

This utility model is related to mobile phone glass bender, specially a kind of mobile phone glass and Wrist watch glass bending shaping machine.

Background technology

At present, mobile phone has become one of people's exchange, life, work, amusement, study etc. than indispensable instrument, far Far beyond the category of call instrument, more become a fashion product, to be not only suitable for, more want fashion；As handset viewing window Also from planar development to curved surface, Samsung mobile phone has been carried out glass；But because the difficulty of processing of bend glass is big, technique is multiple It is miscellaneous, also only have Samsung mobile phone to use bend glass, home-made cellphone still to make Curved screen because of the processing problems of glass at present Curtain and curved surface cover plate.Edge is the mobile phone of circular arc than former sharp-featured mobile telephone shape, good feel, smooth song Line, is liked once emerging by most people.Because edge is the distinctive appearance of the mobile phone of circular arc, its display screen outer layer The edge of sealer-glass screen be also required to be processed as circular arc, this manufacturing and processing enterprise to sealer is to be difficult to together A difficult problem for solution, 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 Into the bottom of the heating furnace in strip is provided with the feeding belt of revolution, the both ends open of heating furnace, in the porch of heating furnace The fire door that unlatching is controlled by cylinder of furnace door is set, is electrical heating area in the leading portion of heating furnace, its top is provided with several can be right The pressure cylinder that mould on feeding belt is pressed, is cooling zone in the back segment of heating furnace, 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 by heating furnace to mobile phone glass, subsequently into shaping mould Tool carries out molding, the technical scheme cooled down by cooling section after molding, because glass is by silicon dioxide and other chemistry The integrated material that material melts are formed together, it heats from solid-state the rapid heating process one for becoming soft state in heating furnace Aspect heats are uneven, are on the other hand easily damaged the composition of glass, destroy the chemical constitution of glass, and then affect hot bending Glass quality afterwards；Meanwhile, the both ends open of heating furnace is arranged, and during glass is heated, is susceptible to oxidation etc. and is changed Reaction is learned, mobile phone glass quality and service life after processing is affected；Finally, its glass is heated to into softening in heating furnace can Hot bending state, its heat time heating time is long, low production efficiency, meanwhile, it has been heated after one or one group of glass, and need to first take out is carried out again The heating of next or next set product, the production of next or next set product needs to wait, and causes the interval that produces and not Continuously.

Utility model content

This utility model provides the mobile phone glass that a kind of heats are uniform, continuous production is good and production efficiency is high And Wrist watch glass bending shaping machine.

This utility model 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, the operating console It is independently arranged with frame, the frame is provided with moulding section and mould placement platform, the mould placement platform is located at into The front of type part, the moulding section includes forming bin, and one end of the forming bin is entrance point, and the other end is the port of export, Mould preheating mechanism, shaping mechanism, reshaping device, mould precooler are sequentially provided with the forming bin from entrance point to the port of export Structure and the cooling body of mould first, the mould preheating mechanism, shaping mechanism, reshaping device, mould pre-cooling mechanism and mould The fork material connecting gear for transmitting mould to each mechanism is provided with rear side of one cooling body, the fork material connecting gear successively will Mould at forming bin Nei Ge mechanisms is transmitted at next mechanism, and the mould at the cooling body of mould first is sent out into molding Storehouse to discharging bin, realize forming bin Nei Ge mechanisms mould automatically deliver and forming bin to discharging bin mould transmission；It is described The entrance point outside of forming bin is provided with transitional storehouse, die feeding mechanism is provided with front of the transitional storehouse, outside the transitional storehouse Side is provided with and pushes away mold mechanism, and the preheating mechanism of mould first is provided with the transitional storehouse, and the die feeding mechanism transmits on mould The preheating mechanism of mould first lower section to transitional storehouse, is once preheated, once by the preheating mechanism of mould first to mould After the completion of preheating, mould is pushed to into moulding section by mold mechanism is pushed away；The port of export outside of the forming bin is provided with discharging Storehouse, is provided with the cooling body of mould second in the discharging bin, discharging delivery device, the discharging are provided with rear side of the discharging bin Export cooling twice mechanism is provided with front of storehouse, the export for transmitting mould is provided with the outside of the export cooling twice mechanism Cooling connecting gear, when mould by pitch material connecting gear the mould in forming bin is sent in discharging bin after, treat in discharging bin The cooling of the cooling body of mould second after the completion of, discharging delivery device on rear side of discharging bin starts that mould is pushed to into export is secondary At cooling body, the mould after cooling is sent to mould and places flat by mould Jing after cooling twice by export cooling connecting gear On platform.This utility model mobile phone glass and Wrist watch glass bending shaping machine in transitional storehouse by arranging the preheating mechanism of mould first Tentatively preheated, then the mould after tentatively preheating is pushed to mould preheating machine in forming bin by pushing away mold mechanism At structure, multistage classification preheating is carried out by mould preheating mechanism, the setting of multistage preheating structure makes mould slowly heat up, then by mould Tool transfer heat to glass, make glass slowly lifted temperature extremely can hot bending soften temperature, then by fork material connecting gear will Mould after preheating is sent at shaping mechanism together with glass, and carrying out extruding by shaping mechanism action makes glass molding, into After type again by fork material connecting gear be sent to reshaping device, shaping is carried out to glass, after the completion of shaping, into mould precooler Structure carries out nature pre-cooling, then enters back into the cooling body of mould first and is cooled down, and Jing after the cooling of the cooling body of mould first, goes out Forming bin, into discharging bin, is further cooled down, Jing moulds second by the cooling body of mould second in discharging bin to glass After cooling body cooling, mould is pushed to into export cooling twice mechanism by discharging delivery device, it is secondary by export after export Cooling body continues to mould and glass cooling, after export cooling twice, mould is sent to into mould by export cooling connecting gear On tool placement platform.This utility model mobile phone glass and Wrist watch glass bending shaping machine are from charging, preheating, molding, pre-cooling, cooling Automatically complete to mould placement platform whole process to export, high degree of automation, efficiency high；Mould places flat from mould Side on platform is fed to preheating, molding, pre-cooling, cooling, and after then cooling down on mould placement platform, whole process is circulation Process, wherein preheating, pre-cooling and cooling point multistage classification are carried out, on the one hand makes glass slowly at the uniform velocity heat up, its homogeneous heating effect Really good, effective improving product machining accuracy meets the accuracy requirement of mobile phone glass and Wrist watch glass, at the same multistage classification set Put, make whole process form continuous continual process, effective Improving The Quality of Products and production efficiency；Wherein preheating point multistage divides Level is carried out, and effectively prevent the problem that glass causes glass breakage in a station continuous warming, makes glass be segmented cascade raising temperature, The material for effectively guaranteeing glass is not destroyed, and effectively guarantees quality and effect after glass bending molding；Pre-cooling and cooling point are more Section classification is carried out, and in the condition of high temperature after hot bending, need to cool in time makes glass solidification shape to glass, but one Secondary property is directly entered in coolant or cooling water carries out rapid cooling, is easily destroyed glass material, and then affects heat-bending glass Service life, first passes through the natural cooling in pre-cooling stage, heat-bending glass is cooled to after certain temperature range, enters back into cooling rank Duan Caiyong coolants or cooling water carry out fast cooling, effectively ensure that glass material is not destroyed, and then effectively lift hot bending The service life of glass afterwards.

Further, the forming bin is closed setting, and the side wall of the forming bin is provided with evacuation interface and nitrogen charging Mouthful.The closed setting of forming bin, and on forming bin evacuation interface and nitrogen charging mouth setting, by evacuation interface with it is outside Vaccum-pumping equipment connects, and to forming bin evacuation action is carried out, and after the completion of evacuation, one is filled with into forming bin by nitrogen charging mouth Quantitative nitrogen, makes mould enter after forming bin, and glass will not will not be aoxidized with mould, effectively lift the use longevity of glass Life.

Further, the mould preheating mechanism is included for the preheating mechanism of mould second, the preheating mechanism of mould the 3rd and mould Have the 4th preheating mechanism, the preheating mechanism of the mould first, the preheating mechanism of mould second, the preheating mechanism of mould the 3rd and mould Four preheating mechanisms include heating board under the upper heating board drive mechanism of the upper heating board of preheating, preheating and preheating, in the preheating Hot plate drive mechanism be by pre- thermoelectric perpetual motion machine and the preheating preheating servo module that constitutes of screw mandrel, the preheating mechanism of the mould first it is pre- The lower heating board of heat is arranged on the base plate of transitional storehouse, and heating board drive mechanism is installed in the preheating of the preheating mechanism of the mould first On plate above transitional storehouse, the preheating mechanism of the mould second, the preheating mechanism of mould the 3rd and the preheating mechanism of mould the 4th The lower heating board of preheating is arranged on the base plate of forming bin, the preheating mechanism of the mould second, the preheating mechanism of mould the 3rd and mould Heating board drive mechanism is arranged on above forming bin on plate in the preheating of the 4th preheating mechanism, hot plate driving machine in the preheating The bottom of structure is connected with the upper heating board of preheating, 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, and then by mould transfers heat to glass again Glass, makes glass at the uniform velocity heat up, and its homogeneous heating, effect are good.

Further, the shaping mechanism and reshaping device are including heating board and molding in profiled drive mechanism, molding Lower heating board, the profiled drive mechanism is the molded servo module being made up of molding motor and molding screw mandrel, under the molding Heating board is arranged on the base plate of forming bin, and the profiled drive mechanism is arranged on above forming bin on plate, and the 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, the mould pre-cooling mechanism includes mould the first pre-cooling mechanism and the second pre-cooling of mould mechanism, described Mould the first pre-cooling mechanism and the second pre-cooling of mould mechanism 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 the pre-cooling lower plate is arranged on forming bin Base plate on, the pre-cooling drive mechanism is arranged on above forming bin on plate, the bottom of the 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, the cooling body of the mould first and the cooling body of mould second include once cooling down driving machine Structure, once cool down and upper plate and once cool down lower plate, the drive mechanism that once cools down is by once cooling down motor and once cool down The once cooling servo module of screw mandrel composition, the once cooling lower plate of the cooling body of the mould first is arranged on the bottom of forming bin On plate, the once cooling drive mechanism of the cooling body of the mould first is arranged on above forming bin on plate, the mould the The lower plate that once cools down of two cooling bodies is arranged on the base plate of discharging bin, and the once cooling of the cooling body of the mould second is driven Motivation structure is arranged on above discharging bin on plate, and the bottom for once cooling down drive mechanism is connected with once cooling upper plate, and one Secondary cooling drive mechanism drives and once cool down upper plate up and down motion to clamp or unclamp mould.

Further, it is equipped with for cooling down mould at the cooling body of the mould first and the cooling body of mould second Cooling water or coolant.

Further, the export cooling twice mechanism include the first export cooling body, the second export cooling body and Mould export connecting gear, the first export cooling body and the second export cooling body set gradually from back to front, wrap Cooling twice drive mechanism, cooling twice upper plate and cooling twice lower plate are included, the cooling twice drive mechanism is by secondary cold But the cooling twice servo module that motor and cooling twice screw mandrel are constituted, the bottom of the cooling twice drive mechanism is cold with secondary But upper plate connection, cooling twice drive mechanism drives cooling twice upper plate to move up and down and clamps or unclamp mould, and the mould goes out Storehouse connecting gear is used to that the mould at the first export cooling body to be sent at the second export cooling body, then by the second export Mould after cooling down at cooling body is sent on mould placement platform.

Further, the drive mechanism of the fork material connecting gear and mould export connecting gear is and adopts motor The servo module constituted with screw mandrel, mold mechanism and the driving source of discharging delivery device of pushing away is cylinder.

Further, the front panel of the forming bin is provided with multiple forms, and the form is made using safety glass, depending on The setting of window, the situation for being easy to operator to observe in time in forming bin.

This utility model mobile phone glass and Wrist watch glass bending shaping machine, with following beneficial effect：

Firstth, production efficiency is high, this utility model mobile phone glass and Wrist watch glass bending shaping machine from charging, preheating, into Type, pre-cooling, it is cooled to export and automatically completes to mould placement platform whole process, high degree of automation, efficiency high；

Secondth, continuous production is good, and side of the mould from mould placement platform is fed to preheating, molding, pre-cooling, cold But, after then cooling down on mould placement platform, whole process is cyclic process, wherein preheating, pre-cooling and cooling point multistage point Level is carried out, and on the one hand makes glass slowly at the uniform velocity heat up, and its homogeneous heating effect is good, while the setting of multistage classification, makes entirely mistake Journey forms continuous continual process, effective Improving The Quality of Products and production efficiency；

3rd, homogeneous heating effect is good, and this utility model mobile phone glass and the preheating of Wrist watch glass bending shaping machine divide multistage Classification is carried out, and effectively prevent the problem that glass causes glass breakage in a station continuous warming, glass segmentation is risen step by step Temperature, the material for effectively guaranteeing glass is not destroyed, and its homogeneous heating effect is good, effectively guarantee the quality after glass bending molding and Effect；

4th, long service life, pre-cooling and cooling point multistage classification are carried out, and glass is needed after condition of high temperature hot bending To cool in time makes glass solidification shape, but it is disposably directly entered in coolant or cooling water and is rapidly dropped Temperature, is easily destroyed glass material, and then the service life of impact heat-bending glass, first passes through the natural cooling in pre-cooling stage, makes heat Curved glass is cooled to after certain temperature range, and enter back into cooling stage carries out fast cooling using coolant or cooling water, effectively Ensure that glass material is not destroyed, and then effectively lift the service life of glass after hot bending.

Description of the drawings

Accompanying drawing 1 is the assembling schematic diagram of this utility model mobile phone glass and Wrist watch glass bending shaping machine；

Accompanying drawing 2 is the structural representation of moulding section in this utility model mobile phone glass and Wrist watch glass bending shaping machine；

Accompanying drawing 3 is the structural representation of mould export part in this utility model mobile phone glass and Wrist watch glass bending shaping machine Figure；

Accompanying drawing 4 is the cooler of mould second at transitional storehouse in this utility model mobile phone glass and Wrist watch glass bending shaping machine The structural representation of structure；

Accompanying drawing 5 is that the combination of moulding section top panel is illustrated in this utility model mobile phone glass and Wrist watch glass bending shaping machine Figure.

Specific embodiment

In order that those skilled in the art more fully understand the technical solution of the utility model, with reference to embodiment and Accompanying drawing is described in further detail to this utility model product.

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, the operating console 14 and frame 1 are independently arranged, and the frame 1 is provided with moulding section 7 and mould placement platform 12, the mould placement platform 12 is located at the front of moulding section 7, and the moulding section 7 includes forming bin 69, the forming bin 69 one end 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 in the forming bin 69 pre- Heat engine structure 61-63, shaping mechanism 64, reshaping device 65, mould pre-cooling mechanism 66-67 and the first cooling body of mould 68, it is described Mould preheating mechanism 61-63, shaping mechanism 64, reshaping device 65, mould pre-cooling mechanism 66-67 and the first cooling body of mould 68 Rear side be provided with fork material connecting gear for transmitting mould to each mechanism（Not shown in figure）, the fork material connecting gear（Figure Not shown in）The mould at the Nei Ge mechanisms of forming bin 69 is transmitted at next mechanism successively, and by the cooling body of mould first Mould at 68 sends out forming bin 69 to discharging bin 7, and the mould for realizing the Nei Ge mechanisms of forming bin 69 is automatically delivered and molding The mould transmission in storehouse 69 to discharging bin 7；The entrance point outside of the forming bin 69 is provided with transitional storehouse 5, the front of the transitional storehouse 5 Die feeding mechanism 3 is provided with, the outside of the transitional storehouse 5 is provided with and pushes away mold mechanism 4, in the transitional storehouse 5 mould first is provided with Mould is sent to the lower section of the first preheating mechanism of mould 51 in transitional storehouse 5 for preheating mechanism 51, the die feeding mechanism 3, by The first preheating mechanism of mould 51 is once preheated to mould, after the completion of once preheating, is pushed away on mould by mold mechanism 4 is pushed away Deliver to moulding section 7；The port of export outside of the forming bin 69 is provided with discharging bin 7, is provided with mould second in the discharging bin 7 cold But mechanism 71, the rear side of the discharging bin 7 is provided with discharging delivery device 8, and the front of the discharging bin 7 is provided with export cooling twice Mechanism 10-11, is provided with the export for transmitting mould and cools down connecting gear 9 on the outside of the export cooling twice mechanism 10-11, When mould is by pitching material connecting gear（Not shown in figure）After mould in forming bin 69 is sent in discharging bin 7, discharging bin 7 is treated After the completion of interior the second cooling body of mould 71 is cooled down, the discharging delivery device 8 of the rear side of discharging bin 7 starts and pushes to out on mould At storehouse cooling twice mechanism 10-11, mould cools down connecting gear 9 and transmits on the mould after cooling Jing after cooling twice by export To mould placement platform 12.This utility model mobile phone glass and Wrist watch glass bending shaping machine in transitional storehouse 5 by arranging The first preheating mechanism of mould 51 is tentatively preheated, and is then pushed on the mould after tentatively preheating by pushing away mold mechanism 4 At mould preheating mechanism 61-63 in forming bin 69, multistage classification preheating, multistage preheating are carried out by mould preheating mechanism 61-63 The setting of structure, makes mould slowly heat up, then transfers heat to glass by mould, and making glass slowly lift temperature extremely can hot bending The temperature of softening, then by fork material connecting gear（Not shown in figure）Mould after preheating is sent to into molding together with glass At mechanism 64, carrying out extruding by the action of shaping mechanism 64 makes glass molding, again by fork material connecting gear after molding（Do not show in figure Go out）It is sent at reshaping device 65, shaping is carried out to glass, after the completion of shaping, into mould pre-cooling mechanism 66-67 nature is carried out Pre-cooling, then enters back into the first cooling body of mould 68 and is cooled down, and Jing after the first cooling body of mould 68 is cooled down, goes out forming bin 69, into discharging bin 7, in discharging bin 7 glass is further cooled down by the second cooling body of mould 71, Jing moulds second Cooling body 71 cool down after, mould is pushed to into export cooling twice mechanism 10-11 by discharging delivery device 8, after export by Export cooling twice mechanism 10-11 continues to mould and glass cooling, after export cooling twice, by export connecting gear 9 is cooled down Mould is sent on mould placement platform 12.This utility model mobile phone glass and Wrist watch glass bending shaping machine are from charging, pre- Heat, molding, pre-cooling, it is cooled to export and automatically completes to the whole process of mould placement platform 12, high degree of automation, efficiency It is high；Side of the mould from mould placement platform 12 is fed to preheating, molding, pre-cooling, cooling, is placed to mould after then cooling down On platform 12, whole process is cyclic process, wherein preheating, pre-cooling and cooling point multistage classification are carried out, on the one hand makes glass slow Slowly at the uniform velocity heat up, its homogeneous heating effect is good, while the setting of multistage classification, makes whole process form continuous continual mistake Journey, effective Improving The Quality of Products and production efficiency；Wherein preheating point multistage classification is carried out, and effectively prevent glass in a station Continuous warming causes the problem of glass breakage, makes glass be segmented cascade raising temperature, and the material for effectively guaranteeing glass is not destroyed, effectively Guarantee quality and effect after glass bending molding；Pre-cooling and cooling point multistage classification are carried out, and glass is in the condition of high temperature in hot bending After molding, needing to cool in time makes glass solidification shape, but it is disposably directly entered in coolant or cooling water Row rapid cooling, is easily destroyed glass material, and then the service life of impact heat-bending glass, first passes through the naturally cold of pre-cooling stage But, heat-bending glass is made to be cooled to after certain temperature range, enter back into cooling stage carries out fast prompt drop using coolant or cooling water Temperature, effectively ensure that glass material is not destroyed, and then effectively lift the service life of glass after hot bending.

As shown in Figure 1, Figure 2 and Figure 3, the fork material connecting gear（Not shown in figure）With mould export connecting gear 9 Drive mechanism is the servo module constituted using motor and screw mandrel, described to push away mold mechanism 4 and the delivery device 8 that discharges Driving source is cylinder.

As shown in figure 1, the forming bin 69 is closed setting, the side wall of the forming bin 69 be provided with evacuation interface and Nitrogen charging mouth.The closed setting of forming bin 69, and on forming bin 69 evacuation interface and nitrogen charging mouth setting, connect by evacuation Mouth is connected with outside vaccum-pumping equipment, evacuation action is carried out to forming bin 69, after the completion of evacuation, by nitrogen charging mouth to molding A certain amount of nitrogen is filled with storehouse 69, mould is entered after forming bin 69, glass will not will not be aoxidized with mould, effectively be carried Rise the service life of glass.The front panel of the forming bin 69 is provided with multiple forms 13, and the form 13 adopts safety glass Make, the setting of form 13, be easy to operator to observe the situation in forming bin 69 in time.

As shown in Figure 1, Figure 4 and Figure 5, the mould preheating mechanism 61-63 is included for mould the second preheating mechanism 61, mould 3rd preheating mechanism 62 and the preheating mechanism 63 of mould the 4th, the first preheating mechanism of the mould 51, the second preheating mechanism of mould 61, The preheating mechanism 62 of mould the 3rd and the preheating mechanism 63 of mould the 4th include that heating board drives on the upper heating board 610, preheating of preheating Mechanism and the lower heating board of preheating（Not shown in figure）, heating board drive mechanism is for mainly by the He of pre- thermoelectric perpetual motion machine 611 in the preheating The preheating servo module of the preheating composition of screw mandrel 612, heating board under the preheating of the first preheating mechanism of the mould 51（Do not show in figure Go out）On the base plate of transitional storehouse 5, heating board drive mechanism was arranged in the preheating of the first preheating mechanism of the mould 51 Cross on storehouse top panel 52, the second preheating mechanism of the mould 61, preheating mechanism 62 of mould the 3rd and the preheating mechanism 63 of mould the 4th Preheating under heating board（Not shown in figure）On the base plate of forming bin 69, the mould the second preheating mechanism 61, mould Heating board drive mechanism is arranged on forming bin top panel 613 in the preheating of the 3rd preheating mechanism 62 and the preheating mechanism 63 of mould the 4th On, the bottom of hot plate drive mechanism is connected with the upper heating board 610 of preheating in the preheating, and the upper heating board of driving preheating is about 610 Motion compresses or unclamps mould.In preheating process, glass passes to mould by upper and lower heating board, makes mould slowly heat up, Then again glass transferred heat to by mould, makes glass at the uniform velocity heat up, its homogeneous heating, effect are good.

As shown in Figure 1 and Figure 5, the shaping mechanism 64 and reshaping device 65 are including in profiled drive mechanism, molding Heating board under hot plate 614 and molding, the profiled drive mechanism is mainly made up of molding motor 615 and molding screw mandrel 616 Molded servo module, heating board is arranged on the base plate of forming bin 69 under the molding, and the profiled drive mechanism is arranged on into On type storehouse top panel 613, the bottom of the profiled drive mechanism is connected with heating board in molding 614, and profiled drive mechanism drives Heating board 614 moves up and down and compresses or unclamp mould in molding.The mould pre-cooling mechanism 66-67 includes the precooler of mould first Structure 66 and the second pre-cooling of mould mechanism 67, the first pre-cooling of mould mechanism 66 and the second pre-cooling of mould mechanism 67 include pre-cooling Drive mechanism, pre-cooling upper plate 619 and pre-cooling lower plate, the pre-cooling drive mechanism is for main by pre- cool electric machine 617 and pre-cooling screw mandrel The pre-cooling servo module of 618 compositions, the pre-cooling lower plate is arranged on the base plate of forming bin 69, and the pre-cooling drive mechanism is installed On forming bin top panel 613, the bottom of the 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, the first cooling body of the mould 68 and the second cooling body of mould 71 include once cold But drive mechanism, once cool down and upper plate 622 and once cool down lower plate, it is described once to cool down drive mechanism for main by once cooling down Motor 620 and once cool down screw mandrel 621 composition once cooling servo module, the first cooling body of the mould 68 it is once cold But lower plate is arranged on the base plate of forming bin 69, and the once cooling drive mechanism of the first cooling body of the mould 68 is arranged on into On type storehouse top panel 613, the lower plate that once cools down of the second cooling body of the mould 71 is arranged on the base plate of discharging bin 7, institute The once cooling drive mechanism for stating the second cooling body of mould 71 is arranged on above discharging bin 7 on plate, and the once cooling is driven The bottom of motivation structure is connected with once cooling upper plate 622, once cools down drive mechanism and drives once cooling upper plate 622 to move up and down Clamp or unclamp mould.It is equipped with for cooling down mould at the first cooling body of the mould 68 and the second cooling body of mould 71 Cooling water or coolant.

As shown in figures 1 and 3, the export cooling twice mechanism 10-11 includes that the first export cooling body 10, second go out Storehouse cooling body 11 and mould export connecting gear 9, the first export cooling body 10 and the second export cooling body 11 from Set gradually before backward, including cooling twice drive mechanism, cooling twice upper plate and cooling twice lower plate, the cooling twice Drive mechanism is the cooling twice servo module being made up of cooling twice motor and cooling twice screw mandrel, and the 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, the mould export connecting gear 9 is cold for the mould at the first export cooling body 10 to be sent to into the second export But at mechanism 11, then the mould after cooling down at the second export cooling body 11 is sent on mould placement platform 12.

The above, preferred embodiment only of the present utility model not makees any formal to this utility model Restriction；The those of ordinary skill of all industry can shown in by specification accompanying drawing and the above and swimmingly implement this practicality It is new；But, all those skilled in the art in the range of without departing from technical solutions of the utility model, using above institute The technology contents of announcement and make a little change, modification with develop equivalent variations, be equivalence enforcement of the present utility model Example；Meanwhile, the change of all above example is made any equivalent variations according to substantial technological of the present utility model, modification with Develop etc., still fall within the protection domain of the technical solution of the utility model.

Claims

1. a kind of mobile phone glass and Wrist watch glass bending shaping machine, including frame and operating console, it is characterised in that：The behaviour Make control station and frame is independently arranged, the frame is provided with moulding section and mould placement platform, the mould is placed flat Platform is located at the front of moulding section, and the moulding section includes forming bin, and one end of the forming bin is entrance point, and the other end is Mould preheating mechanism, shaping mechanism, reshaping device, mould are sequentially provided with the port of export, the forming bin from entrance point to the port of export Tool pre-cooling mechanism and the cooling body of mould first, the mould preheating mechanism, shaping mechanism, reshaping device, mould pre-cooling mechanism With the fork material connecting gear for transmitting mould to each mechanism is provided with rear side of the cooling body of mould first；

The entrance point outside of the forming bin is provided with transitional storehouse, and die feeding mechanism, the mistake are provided with front of the transitional storehouse Cross on the outside of storehouse to be provided with and push away mold mechanism, the preheating mechanism of mould first is provided with the transitional storehouse, the die feeding mechanism will Mould is sent to the lower section of the preheating mechanism of mould first in transitional storehouse, and a pre-add is carried out to mould by the preheating mechanism of mould first Heat, after the completion of once preheating, moulding section is pushed to by mold mechanism is pushed away by mould；

The port of export outside of the forming bin is provided with discharging bin, is provided with the cooling body of mould second in the discharging bin, it is described go out Discharging delivery device is provided with rear side of feed bin, export cooling twice mechanism is provided with front of the discharging bin, the export is secondary The export for transmitting mould is provided with the outside of cooling body and cools down connecting gear.

2. mobile phone glass according to claim 1 and Wrist watch glass bending shaping machine, it is characterised in that：The forming bin is Closed setting, the side wall of the forming bin is provided with evacuation interface and nitrogen charging mouth.

3. mobile phone glass according to claim 1 and 2 and Wrist watch glass bending shaping machine, it is characterised in that：The mould Preheating mechanism is included for the preheating mechanism of mould second, the preheating mechanism of mould the 3rd and the preheating mechanism of mould the 4th, the mould One preheating mechanism, the preheating mechanism of mould second, the preheating mechanism of mould the 3rd and the preheating mechanism of mould the 4th include being sent out in preheating Heating board drive mechanism and the lower heating board of preheating on hot plate, preheating, heating board drive mechanism is by pre- thermoelectric perpetual motion machine in the preheating The preheating servo module constituted with preheating screw mandrel,

Heating board is arranged on the base plate of transitional storehouse under the preheating of the preheating mechanism of the mould first, the preheating machine of the mould first Heating board drive mechanism is arranged on above transitional storehouse on plate in the preheating of structure, the preheating mechanism of the mould second, mould the 3rd Heating board is arranged on the base plate of forming bin under the preheating of preheating mechanism and the preheating mechanism of mould the 4th, and the mould second is preheated Heating board drive mechanism is arranged on the upper of forming bin in the preheating of mechanism, the preheating mechanism of mould the 3rd and the preheating mechanism of mould the 4th On panel,

The bottom of hot plate drive mechanism is connected with upper heating board is preheated in the preheating, drives the upper heating board up and down motion pressure of preheating Tight or release mould.

4. mobile phone glass according to claim 1 and 2 and Wrist watch glass bending shaping machine, it is characterised in that：The molding Mechanism and reshaping device are including heating board under heating board in profiled drive mechanism, molding and molding, the profiled drive mechanism It is the molded servo module being made up of molding motor and molding screw mandrel, heating board is arranged on the base plate of forming bin under the molding On, the profiled drive mechanism is arranged on above forming bin on plate, bottom and the heating in molding of the profiled drive mechanism Plate connects, and profiled drive mechanism drives heating board in molding to move up and down and compresses or unclamp mould.

5. mobile phone glass according to claim 1 and 2 and Wrist watch glass bending shaping machine, it is characterised in that：The mould Pre-cooling mechanism includes mould the first pre-cooling mechanism and the second pre-cooling of mould mechanism, the mould the first pre-cooling mechanism and mould second Pre-cooling mechanism includes pre-cooling drive mechanism, pre-cooling upper plate and pre-cooling lower plate, the pre-cooling drive mechanism be by pre- cool electric machine and The pre-cooling servo module of pre-cooling screw mandrel composition, the pre-cooling lower plate is arranged on the base plate of forming bin, the pre-cooling drive mechanism On plate above forming bin, the bottom of the 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.

6. mobile phone glass according to claim 1 and 2 and Wrist watch glass bending shaping machine, it is characterised in that：The mould Under first cooling body and the cooling body of mould second include once cooling down drive mechanism, once cooling upper plate and once cooling down Plate, it is described once cool down drive mechanism be by once cooling down motor and once the cooling once cooling servo module that constitutes of screw mandrel,

The lower plate that once cools down of the cooling body of the mould first is arranged on the base plate of forming bin, the cooler of the mould first The once cooling drive mechanism of structure is arranged on above forming bin on plate,

The lower plate that once cools down of the cooling body of the mould second is arranged on the base plate of discharging bin, the cooler of the mould second The once cooling drive mechanism of structure is arranged on above discharging bin on plate,

The bottom for once cooling down drive mechanism is connected with once cooling upper plate, once cools down drive mechanism driving and once cools down Upper plate moves up and down and clamps or unclamp mould.

7. mobile phone glass according to claim 6 and Wrist watch glass bending shaping machine, it is characterised in that：The mould first The cooling water or coolant for cooling down mould is equipped with cooling body and the cooling body of mould second.

8. mobile phone glass according to claim 1 and 2 and Wrist watch glass bending shaping machine, it is characterised in that：The export Cooling twice mechanism include the first export cooling body, the second export cooling body and mould export connecting gear, described first Export cooling body and the second export cooling body set gradually from back to front, including cooling twice drive mechanism, secondary cold But upper plate and cooling twice lower plate, the cooling twice drive mechanism is made up of cooling twice motor and cooling twice screw mandrel Cooling twice servo module, the bottom of the cooling twice drive mechanism is connected with cooling twice upper plate, cooling twice driving machine Structure drives cooling twice upper plate to move up and down and clamps or unclamp mould, and the mould export connecting gear is used for the first export is cold But the mould at mechanism is sent at the second export cooling body, then the mould transmission after cooling down at the second export cooling body To mould placement platform.

9. mobile phone glass according to claim 1 and 2 and Wrist watch glass bending shaping machine, it is characterised in that：The fork material The drive mechanism of connecting gear and mould export connecting gear is the servo module constituted using motor and screw mandrel, described The driving source for pushing away mold mechanism and discharging delivery device is cylinder.

10. mobile phone glass according to claim 9 and Wrist watch glass bending shaping machine, it is characterised in that：The forming bin Front panel be provided with multiple forms, the form is made using safety glass.