CN103707167B - Machining machine for glass panels used for display device - Google Patents
Machining machine for glass panels used for display device Download PDFInfo
- Publication number
- CN103707167B CN103707167B CN201310714473.3A CN201310714473A CN103707167B CN 103707167 B CN103707167 B CN 103707167B CN 201310714473 A CN201310714473 A CN 201310714473A CN 103707167 B CN103707167 B CN 103707167B
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- China
- Prior art keywords
- face glass
- workbench
- loading
- station
- loading floor
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Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B24—GRINDING; POLISHING
- B24B—MACHINES, DEVICES, OR PROCESSES FOR GRINDING OR POLISHING; DRESSING OR CONDITIONING OF ABRADING SURFACES; FEEDING OF GRINDING, POLISHING, OR LAPPING AGENTS
- B24B27/00—Other grinding machines or devices
- B24B27/06—Grinders for cutting-off
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B24—GRINDING; POLISHING
- B24B—MACHINES, DEVICES, OR PROCESSES FOR GRINDING OR POLISHING; DRESSING OR CONDITIONING OF ABRADING SURFACES; FEEDING OF GRINDING, POLISHING, OR LAPPING AGENTS
- B24B41/00—Component parts such as frames, beds, carriages, headstocks
- B24B41/06—Work supports, e.g. adjustable steadies
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B24—GRINDING; POLISHING
- B24B—MACHINES, DEVICES, OR PROCESSES FOR GRINDING OR POLISHING; DRESSING OR CONDITIONING OF ABRADING SURFACES; FEEDING OF GRINDING, POLISHING, OR LAPPING AGENTS
- B24B55/00—Safety devices for grinding or polishing machines; Accessories fitted to grinding or polishing machines for keeping tools or parts of the machine in good working condition
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B28—WORKING CEMENT, CLAY, OR STONE
- B28D—WORKING STONE OR STONE-LIKE MATERIALS
- B28D1/00—Working stone or stone-like materials, e.g. brick, concrete or glass, not provided for elsewhere; Machines, devices, tools therefor
- B28D1/14—Working stone or stone-like materials, e.g. brick, concrete or glass, not provided for elsewhere; Machines, devices, tools therefor by boring or drilling
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Mining & Mineral Resources (AREA)
- Re-Forming, After-Treatment, Cutting And Transporting Of Glass Products (AREA)
Abstract
The invention provides a machining machine for glass panels used for a display device. The machining machine comprises a rack, a rotating working table assembly and a double-machining-station assembly, wherein the multiple glass panels can be loaded on the rotating working table assembly, the rotating working table assembly has the function of shifting the glass panels to different machining stations for machining, and the double-machining-station assembly can work at the same time and can perform station machining on the different glass panels which are borne by the rotating working table assembly and located in the different machining stations. The whole machining is easy to operate, time and labor are saved, and efficiency is high.
Description
Technical field
The present invention relates to glass manufacturing area, more particularly to a kind of face glass processing being applied in display device
Machine.
Background technology
Developing rapidly with touch screen technology, touch screen has been widely applied at the Various types of data information of every profession and trade
On reason equipment, for example: smart mobile phone, panel computer, automatic navigator, atm machine, ticketing service machine for vending, hospital or bank etc. are public
Various giant-screen demonstration equipments of the uses such as the number calling machine in place, news media or advertiser etc., touch screen has become as us
A requisite part in life., with the continuous development of mobile phone market, mobile phone is super in terms of data service taking mobile phone as a example
Cross the speech business of routine, that is, smart mobile phone has occupied leading position.With this several years smart mobile phones push away old go out
Newly, the size of mobile phone screen is then done bigger and bigger, and the screen of mobile phone has covered whole fuselage substantially.Mobile phone jumbotron can bring perhaps
Many benefits, for example: can more greatly can real area, display effect is more true to nature, is particularly suitable for game interaction, video tastes, map
Navigation etc., therefore, this kind of large-size smartphone is pursued by masses deeply.
In general, touch screen mainly includes lcd display module, touch screen module and glass cover-plate, wherein, glass
Cover plate (cover lens) is the outermost guard member of touch screen, very high to performance requirement, needs to have high permeability, anti-zoned
The features such as wound, shock resistance, high tenacity, low-density, portability.
The processing of current glass cover-plate mainly adopts machining process, its flow process approximately as: break bar cutting sawing sheet-
Cnc edging molding, boring-plain grinding-chemical enhanced-silk-screen frame, wherein, in break bar cutting sawing sheet technique, are to use break bar
Glass-cutting is small pieces corresponding with required finished product screen size by glass cutting machine.In general, adopting 1mm glass cover-plate more
Below even 0.7mm about ultra-thin glass, relatively more fragile.Therefore, in the processing technique of glass cover-plate, in advance will be all
Multi-disc (several, tens of) glass cover-plate is carried out after being superimposed together again.
For the bore process of glass cover-plate, how using special rig, this rig includes workbench, brill
Head and corresponding drive control circuit.In use, being placed in glass cover-plate to be processed on workbench, machine, profit
It is directed at the bore position of glass cover-plate with drive control circuit drill bit to hole to the glass cover-plate on workbench, complete
After the predetermined boring of one-tenth, then the glass cover-plate after boring is unloaded from workbench and loads new generation processing more on the table
Glass cover-plate, carries out new glass cover-plate drilling operation.In the prior art, rig is single drill bit configuration, and single can only
Carry out the operation of a glass cover-plate, trivial operations and wasting time and energy, inefficiency.
Content of the invention
It is an object of the invention to provide a kind of for the face glass processing machine in display device, to solve prior art
In for trivial operations and wasting time and energy during face glass processing, inefficiency the problems such as.
For solving the above problems and other problemses, the present invention provide a kind of for the face glass processing in display device
Machine, comprising: frame, has work-handling material area and work pieces process area；Rotation working platform assembly in described frame, bag
Include: workbench axle bed, there is the first fluted disc；Workbench, has corresponding with described first fluted disc of described workbench axle bed
Two fluted discs and the multiple loading floors for carrying face glass to be processed；Rotary cylinder, is lifted by rotating shaft and rotates
Described workbench；The described face glass that multiple described loading floors are each carried is driven to exist under the rotation of described workbench
Change between described work-handling material area and described work pieces process area；Add in described frame and by the double of Serve Motor Control
Work station assembly, described pair of processing stations assembly can work simultaneously and be in described work pieces process area not for correspondence respectively
The described face glass each carrying on same described loading floor is to execute corresponding station processing；Each processing stations
Assembly includes: station base；Servomotor, located at described station base；It is movably arranged at described by described Serve Motor Control
Station platform on station base；Head holder on described station platform is movably arranged at by described Serve Motor Control；Located at described
Corresponding with the face glass that the described loading floor being in described workbench in described work pieces process area is carried on head holder
Processing bistrique.
Alternatively, described workbench is provided with three loading floors, and three described loading floors are located at described work respectively
Phase contrast between edge of table and two described loading floors of arbitrary neighborhood is 120 °；In three described loading floors, one
Individual described loading floor is located at described work-handling material area, and two other described loading floor is located at described work pieces process area.
Alternatively, described workbench is discoid, using the mode of turning clockwise or rotate counterclockwise mode；Each time
In spinning movement, using described rotary cylinder, described workbench is risen by rotating shaft and make 120 ° of described worktable rotary, then
Using described rotary cylinder, described workbench is declined by rotating shaft and make the second fluted disc of described workbench and described table spindle
The corresponding engagement of first fluted disc of seat.
Alternatively, described also include for adsorbing described face glass for the face glass processing machine in display device
Absorbent module, comprising: the vaccum-pumping equipment be connected located at the adsorption hole of described loading floor and with described adsorption hole.
Alternatively, described also include being placed on described rotary work for cover for the face glass processing machine in display device
The protective cover of station assembly and described pair of processing stations assembly and to be opened in described protective cover corresponding with described loading and unloading area
Safety door.
Alternatively, it is additionally provided with division board between described work pieces process area and described loading and unloading area.
Alternatively, described bistrique is skive cutter head.
Alternatively, described also include for positioning described face glass for the face glass processing machine in display device
Positioning component, comprising: be arranged at the positioning mark of described loading floor；Hold described in being set up on described workbench and being right against
The described positioning in microscope carrier face identifies, for absorbing the positioning that the face glass that described loading floor is carried is identified with described positioning
The ccd industrial camera of image；And located at described frame, for showing positioning image that described ccd industrial camera absorbed
Display screen.
Alternatively, the relatively described station base of described station platform moves forward and backward and/or moves left and right, described head holder phase
Described station base is moved up and down.
Alternatively, described face glass is the glass cover-plate lamination being made up of multiple glass cover-plates.
The present invention is used for the face glass processing machine in display device, including frame, rotation working platform assembly, Yi Jishuan
Processing stations assembly, rotation working platform assembly can load multiple face glass and have for face glass is transformed into difference
The spinfunction to be processed for the processing stations, double processing stations assemblies can work simultaneously and can be pointed at different processing stations
The different glass panel that rotation working platform assembly is carried carries out station processing, and whole process operation is simple, time saving and energy saving and
High efficiency.
Brief description
Fig. 1 is used for the integrated stand composition of the face glass processing machine in display device for the present invention.
Fig. 2 is the top view in Fig. 1 for the face glass processing machine in display device.
Fig. 3 is the partial enlarged drawing identifying a and a ' in Fig. 1.
Fig. 4 is the top view of Fig. 3.
Fig. 5 is the schematic cross-section identifying c in Fig. 4.
Fig. 6 is the partial schematic diagram that in Fig. 2, one of loading floor loads face glass.
Specific embodiment
Refer to Fig. 1 and Fig. 2 it is shown that the present invention be used for display device in face glass processing machine in an embodiment party
Structural representation in formula, wherein, Fig. 1 is used for the integrated stand composition of the face glass processing machine in display device for the present invention,
Fig. 2 is the top view in Fig. 1 for the face glass processing machine in display device.It should be noted that, it is used in the present invention showing
Face glass processing machine in equipment is mainly used for face glass is processed accordingly, face glass here actual by
The glass cover-plate lamination that multiple glass cover-plates are constituted.Glass cover-plate, as display device (the such as electronics such as mobile phone, panel computer
The display screen of product) guard member be covered in the outermost layer of display device, it possesses high permeability, scratch resistance, shock resistance, height
The features such as toughness, low-density, portability.In general, glass cover-plate more adopt below 1mm even 0.7mm about ultra-thin
Glass, relatively more fragile, it is unfavorable for processing.Therefore, in the processing technique of glass cover-plate, be all in advance by multi-disc (several, tens of
Piece) glass cover-plate be superimposed together formation glass cover-plate lamination.The face glass processing machine that the present invention is used in display device can
Face glass 20 is realized with the processing of the stations such as trimming, polishing, punching, the full-size of face glass 20 applicatory is permissible
Reach 200mm × 100mm.
As shown in figure 1, described include for the face glass processing machine 1 in display device: frame 10, located at frame 10
Rotation working platform assembly and double processing stations assembly.
Below in conjunction with Fig. 1 and Fig. 2, each component above-mentioned is described in detail.
Frame 10, as the main body frame for the face glass processing machine 1 in display device.In the present embodiment, machine
The middle section of frame 10 is corresponding with rotation working platform assembly, and is divided into work-handling material area and work pieces process area.
Rotation working platform assembly is located at the middle section of described frame 10, comprising: workbench axle bed 111, workbench
113 and rotary cylinder 115.Workbench axle bed 111 is located at the bottom of described frame 10, and workbench 113 is located at workbench axle bed
Engage each other on 111 and with work bearing.Specifically, the top of workbench axle bed 111 is provided with multiple first fluted discs, workbench
113 bottom is provided with multiple second fluted discs corresponding with the first fluted disc of workbench axle bed 111, in the present embodiment, work
The central authorities of the bottom of platform 113 are additionally provided with a rotating shaft 117, and described rotating shaft 117 is to be connected and be controlled with a rotary cylinder 115,
Described rotary cylinder 115 is disposed in frame, the lower section of workbench axle bed 111, using rotary cylinder 115 and rotating shaft 117, can
Workbench 113 is driven to lift and rotate.It was verified that the table top running accuracy of workbench 113 up to ± 3um within the scope of.
Please continue to refer to Fig. 3 to Fig. 5, wherein, in order to identify the partial enlarged drawing of a and a ' in Fig. 1, (b and b ' in Fig. 3 is workbench to Fig. 3
The schematic diagram of 113 the second fluted disc engagement corresponding with the first fluted disc on workbench axle bed 111), Fig. 4 is the top view of Fig. 3, figure
5 is the schematic cross-section identifying c in Fig. 4.In conjunction with Fig. 3 and Fig. 5, the top of workbench axle bed 111 is provided with the first fluted disc 112, work
The bottom of station 113 is provided with the second fluted disc 114, when being positioned the workbench axle bed 111 under it when workbench 113, workbench
Second fluted disc 114 and the corresponding engagement of the first fluted disc 112 on workbench axle bed 111.More preferably, in the present embodiment, the first tooth
It is provided with the first raised end tooth 112a of trapezoidal structure in disk 112, and be provided with inverted trapezoidal platform structure in the second fluted disc 114
Second raised end tooth 114a, when the second fluted disc 114 in workbench 113 is engaged with the first fluted disc 112 in workbench axle bed 111
When, the raised end tooth 114a of any one of second fluted disc 114 second is all by the in the first fluted disc 112 two neighboring first raised end tooth
112a is equipped in the screens between them Nei (it may also be said that working as the second fluted disc 114 and workbench axle bed 111 in workbench 113
In the first fluted disc 112 engagement when, the raised end tooth 112a of any one of first fluted disc 112 first is all by the second fluted disc 114
Two neighboring second raised end tooth 114a is equipped in the screens between them).Due to the first protruding end in the first fluted disc 112
Trapezoidal structure of tooth 112a, and the in the second fluted disc 114 second raised end tooth 114a is in inverted trapezoidal platform structure, further,
We can enter to the gradient of waist in bucking ladder structure or inverted trapezoidal platform structure according to the table top running accuracy of workbench 113
Row design, so, though when workbench 113 table top rotation deviation occurs when (the table top running accuracy of workbench 113 up to
Within the scope of ± 3um) in the case of, the in the second fluted disc 114 of workbench 113 second raised end tooth 114a can automatic sliding
In the screens between two neighboring first raised end tooth 112a to the first fluted disc 112 of workbench axle bed 112, thus remaining to really
The second fluted disc 114 protected in workbench 113 engages and realizes 120 ° with the first fluted disc 112 in workbench axle bed 111 exactly
Accurate rotation.
Further, the positive table top of workbench 113 is laid with and holds for carrying the multiple of face glass 20 to be processed
Microscope carrier face 119.As it was previously stated, utilizing rotary cylinder 115 and rotating shaft 117, workbench 113 can be driven to lift and rotate.Therefore, exist
Workbench 113 is rotated the lower face glass 20 that multiple loading floors can be driven each to be carried in described work-handling by driving
Change between material area and described work pieces process area.Specifically, in the present embodiment, workbench 113 is discoid, workbench 113
It is provided with three loading floors 119a, 119b, 119c, three loading floors 119a, 119b, 119c are located at workbench 113 respectively
Edge it is preferable that three loading floors 119a, 119b, 119c are angularly evenly distributed in the edge of workbench 113, i.e. appoint
The phase contrast anticipated between two neighboring loading floor is 120 °.In addition, workbench 113 can be adopted under rotary cylinder 115 effect
With the mode of turning clockwise or rotate counterclockwise mode, and, workbench 113 rotates 120 ° in spinning movement each time.More enter
One step ground, as it was previously stated, in the present invention, has divided work-handling material area and work pieces process area, for three loading floors
For 119a, 119b, 119c, one of loading floor 119a is located at described work-handling material area, two other plummer
Face 119b, 119c are located at described work pieces process area, and the loading floor 119a positioned at described work-handling material area is new for loading
Face glass 20 to be processed or unloading completed process face glass 20, positioned at the loading floor in described work pieces process area
119b, 119c are then used for corresponding for the face glass carrying execution station processing.Here it will be assumed that described work pieces process
Area is also refined as another processing stations, is referred to as the first processing stations and the second processing stations, in described first processing stations
Different station processing can also be executed with identical/similar station processing can be executed on described second processing stations.So
If, rotate 120 ° when workbench 113 carries out a spinning movement under rotary cylinder 115 effect, these three loading floors
The face glass 20 that 119a, 119b, 119c are carried just changes, and specifically, is initially positioned at described work-handling material area
Loading floor 119a then goes to first processing stations in described work pieces process area with to the new glass to be processed on firm loading
Panel 20 executes corresponding first station processing, is initially positioned at execution the first work at first processing stations in described work pieces process area
The second processing stations that the loading floor 119b of position processing then goes to described work pieces process area are added with executing corresponding second station
Work, the loading floor 119c being initially positioned at execution the second station processing at second processing stations in described work pieces process area then goes to
Described work-handling material area is to unload and to load upper new glass to be processed the face glass 20 completing the second station processing
Panel.As from the foregoing, there is provided there is the rotation working platform assembly of spinfunction, wherein, workbench 113 is configured with multiple
Loading floor 119 is used for loading multiple face glass 20 to carry out corresponding station processing, can improve the processing of face glass 20
Efficiency.
For realize face glass 20 loading floor 119 there is good loading effect it is preferable that the present invention for showing
Show that the face glass processing machine in equipment is also configured with the positioning component for positioning described face glass and is used for adsorbing institute
State the absorbent module of face glass.
For described positioning component, in the present embodiment, further include: the positioning mark being arranged on loading floor 119
Know, be set up on workbench 113 and be right against the ccd industrial camera of the described positioning mark of loading floor 119, and located at
Described frame, the display screen for showing positioning image that described ccd industrial camera absorbed.Using described positioning component it is
Achievable face glass 20 be loaded on loading floor 119 after precise positioning.Operation principle to described positioning component below
Illustrate: in positioning, first, face glass 20 is positioned over loading floor 119, glass is shown by described display screen
Panel 20 is in the placement location of loading floor 119；Manually adjust the position of face glass 20, and checked by described display screen
Face glass 20 real-time adjustment position on loading floor 119；By adjusting the position of face glass 20 up to by display
Screen is viewed face glass 20 and is just identified with the positioning on loading floor 119 corresponding, then can complete face glass 20 and exist
Positioning on loading floor 119.For above-mentioned positioning mark, can take various forms, for example, as shown in fig. 6, positioning mark
Knowing 116 can be diagonally positioned two cross mark, wherein, in a kind of positioning mode, in two crosses mark ten
Word cross point is i.e. corresponding with two diagonal summits of the face glass 20 positioning as need, and in another kind of positioning mode
In, any one cross mark in cross hairs i.e. that two diagonal sideline phase with the face glass 20 positioning as need
Corresponding.Ccd industrial camera then has different parameters according to actual needs, and for example, the pixel of employing can be million rank (examples
As 2 mega pixels, 3 mega pixels, 5 mega pixels etc.) or millions other.Using above-mentioned positioning component, achievable glass surface
Super precise positioning on loading floor 119 for the plate 20, subsequently needs the face glass having good positioning by described absorbent module
20 are adsorbed in loading floor 119 does not produce skew to guarantee face glass 20 in subsequent work stations processing.
For described absorbent module, in the present embodiment, as shown in fig. 6, further including: located at loading floor 119
Adsorption hole 118 and the vaccum-pumping equipment (not shown in the drawings) being connected with adsorption hole 118, the uniform cloth of adsorption hole 118
Located at loading floor 119, the quantity of adsorption hole 118, aperture and laying mode can be according to the face glass 20 of required absorption
Characteristic (for example: shape, size) and its process technology require and make different designs.Face glass 20 is being positioned over plummer
Face 119 and after completing positioning, you can carry out evacuation using the vaccum-pumping equipment in described absorbent module, so that by adsorbing
Face glass 20 thereon is firmly adsorbed it can be ensured that beginning in the whole station course of processing in face glass 20 by hole 118
Final position is put fixation and is not shifted it is ensured that the accuracy of station processing, subsequently, completes station processing and loading floor 119
When being again transformed into described processing loading area preparation unloading face glass 20, then venting is executed by described vaccum-pumping equipment, release
Absorption relation between face glass 20 and adsorption hole 118, thus can easily unload face glass 20 from loading floor 119
Under.From the foregoing, it will be observed that utilizing described absorbent module, the handling in loading floor 119 for the face glass 20 can be completed, whole process operates
Easy, stablizing effect is good.
Double processing stations assemblies, in frame 10, employ numerical control operating system.In the present invention, described double processing work
Hyte part includes two processing stations assemblies 12 (being respectively designated as 12a, 12b in fig. 2), and they work and for dividing simultaneously
The face glass 20 each carry Dui Ying be on the different bearer table top 119 in described work pieces process area corresponding to execute
Station processing.Because described processing stations assembly is for the carrying being in different processing stations in described work pieces process area
The face glass 20 that table top 119 is carried executes corresponding station processing, and therefore, two in described pair of processing stations assembly add
Work station assembly is disposed on the side of workbench and corresponding to the different processing stations of two in described work pieces process area.At this
In embodiment, any one processing stations assembly 12 all includes: station base 121, servomotor 123, station platform 125, head holder
127 and processing bistrique 129.Station base 121 is used for the main framework as processing stations assembly, plays the effect of load-bearing.
Servomotor 123, located at station base 121.Station platform 125 is controlled and is movably arranged at station base 121 by servomotor 123
On.Head holder 127 is subject to be controlled and be movably arranged on station platform 125 by servomotor 123.Processing bistrique 129 is located at head holder 127
Upper and corresponding with the face glass 20 that the loading floor 119 being in workbench 113 in described work pieces process area is carried.Processing
Bistrique 129 can be selected a diameter of according to the station processing request (for example: cutting edge angle, punching size and depth) of face glass 20
The skive cutter head of φ 1mm to φ 4mm.Specifically: station platform 125 station base 121 relatively enable movable and
Move left and right, and head holder 127 station base 121 relatively enables to move up and down.By above-mentioned workbench 113 and head holder
127 relative movement, the all-around mobile of the processing bistrique 129 on achievable head holder 127.Preferably, station platform 125 is relative
Station base 121 moves forward and backward scope up to 200mm, station platform 125 station base 121 relatively move left and right scope up to
150mm, head holder 127 station base 121 relatively moves up and down scope up to 150mm, has all-around mobile and moving range
Big advantage.As seen from the above: two processing stations assemblies 12 in described pair of processing stations assembly can be pointed to simultaneously
The different face glass 20 carrying on two loading floors 119 in described work pieces process area executes identical and different stations
Processing, there is provided working (machining) efficiency.In addition, station processing may particularly include but is not limited to: trimming, polishing, punching, added using described
Work station assembly 12, the section quality of trimming is excellent, and the upper limit of the roughness of cutting reaches ra=1.6um, the corner rounding of trimming
Transition is smooth, and cutting accuracy is high, and error is less than ± 0.02mm.
Also need supplement, in view of security consideration, in the present embodiment, on the one hand, the present invention in display device
Face glass processing machine 1 be configured with the guarantor being placed on described rotation working platform assembly and described pair of processing stations assembly for cover
Guard shield (not shown in the drawings) and be opened in described protective cover safety door corresponding with described loading and unloading area and (do not exist
Shown in schema).On the other hand, the adding in described workpiece for the face glass processing machine 1 in display device of the present invention
It is additionally provided with division board between work area and described loading and unloading area.
Below for the present invention, for the face glass processing machine 1 in display device, application in practice is carried out in detail
Explanation.
Need to close and first state, in this application it is assumed that face glass 20 be mobile terminal (for example: mobile phone, flat board electricity
Brain) glass cover-plate, glass cover-plate needs offer such as master control key hole and listening bore.Especially, face glass 20 is
By forming glass cover-plate lamination together with 10 sheet glass cover plate institute glass cover-plates overlappings (for example utilize viscose with double faced adhesive tape etc.).
Two just executing respectively including master control key hole perforate and listening bore perforate for face glass 20 below
The operative scenario of station processing illustrates: 1), opens safety door corresponding to described loading and unloading area, by glass surface to be processed
Plate is positioned on the loading floor 119a corresponding to described loading and unloading area；Open ccd industrial camera, absorbed by ccd industrial camera
Include positioning image on loading floor for the face glass, manually adjust the position of face glass 20 and looked into by display screen
See face glass 20 real-time adjustment position on loading floor 119a, until face glass 20 is just and on loading floor 119a
Positioning mark corresponding, complete positioning on loading floor 119a for the face glass 20；Using taking out in described absorbent module
Vacuum equipment carries out evacuation, so that firmly being adsorbed face glass thereon by adsorption hole.2), open described dress
Dividing plate (that is, dividing plate lifting) between discharge zone and described work pieces process area, drives work using rotary cylinder 115 and rotating shaft 117
Station 113 lifts and rotates, comprising: first workbench 113 is risen 6mm, then workbench 113 is rotated 120 ° so that plummer
Face 119a is rotated by described work-handling material area to the first workpiece station in described work pieces process area, finally by under workbench 113
Fall makes the second fluted disc 114 of workbench engage realization positioning with the first fluted disc 112 of workbench axle bed 111, closes described dress
Dividing plate (that is, dividing plate declines) between discharge zone and described work pieces process area, preparation completes.3) with described work pieces process area
In first processing stations processing stations assembly 12a be used for the face glass 20 on loading floor 119a is carried out first
Station processes (for example: the perforate of master control key hole), is all around moved up and down using described processing bistrique, completes first work
Position processing.In addition, while carrying out station processing, also performing loading on loading floor 119b for the face glass 20, bag
Include: face glass to be processed is positioned on the loading floor 119b corresponding to described loading and unloading area；Open ccd industry phase
Machine, includes positioning image on loading floor for the face glass by the picked-up of ccd industrial camera, manually adjusts face glass 20
Face glass 20 real-time adjustment position on loading floor 119b is simultaneously checked by display screen in position, until face glass 20
Just corresponding with the positioning mark on loading floor 119b, complete positioning on loading floor 119b for the face glass 20；Profit
Carry out evacuation with the vaccum-pumping equipment in described absorbent module, so that by adsorption hole by face glass thereon firmly
Adsorb.4), open the dividing plate (that is, dividing plate lifting) between described loading and unloading area and described work pieces process area, using rotary pneumatic
Cylinder 115 and rotating shaft 117 drive workbench 113 to lift and rotate, comprising: first workbench 113 is risen 6mm, then by workbench 113
120 ° of rotation so that loading floor 119a by described work pieces process area the first workpiece station rotary to described work pieces process area
Second workpiece station and loading floor 119b are rotated to first workpiece in described work pieces process area by described work-handling material area
Workbench 113 is finally declined and the second fluted disc 114 of workbench is nibbled with the first fluted disc 112 of workbench axle bed 111 by station
Close and realize positioning, close the dividing plate (that is, dividing plate declines) between described loading and unloading area and described work pieces process area, beam worker is finished
Become.5) two processing stations assembly 12a, 12b in double processing stations assemblies work simultaneously, wherein, with described work pieces process area
In second processing stations processing stations assembly 12b be used for second work is carried out to the face glass on loading floor 119a
The processing stations assembly 12a of first processing stations in position processing (for example: the perforate of listening bore), with described work pieces process area
For the face glass on loading floor 119b is carried out with first station processing (for example: the perforate of master control key hole).In addition,
While carrying out station processing, also perform loading on loading floor 119c for the face glass 20, comprising: will be to be processed
Face glass is positioned on the loading floor 119c corresponding to described loading and unloading area；Open ccd industrial camera, by ccd industry phase
Machine picked-up includes positioning image on loading floor for the face glass, manually adjusts the position of face glass 20 and by display
Face glass 20 real-time adjustment position on loading floor 119c checked by screen, until face glass 20 is just and loading floor
Positioning mark on 119c is corresponding, completes positioning on loading floor 119c for the face glass 20；Using described absorbent module
In vaccum-pumping equipment carry out evacuation, so that firmly being adsorbed face glass thereon by adsorption hole.6) open
Dividing plate (that is, dividing plate lifting) between described loading and unloading area and described work pieces process area, using rotary cylinder 115 and rotating shaft 117
Drive workbench 113 lift and rotate, comprising: first workbench 113 is risen 6mm, then by workbench 113 rotate 120 ° so that
Loading floor 119a is by second workpiece station rotary extremely described work-handling material area, the loading floor 119b in described work pieces process area
The first workpiece station rotary extremely the second workpiece station in described work pieces process area and loading floor by described work pieces process area
119c is rotated by described work-handling material area to the first workpiece station in described work pieces process area, finally declines workbench 113
Make the second fluted disc 114 of workbench engage realization positioning with the first fluted disc 112 of workbench axle bed 111, close described handling
Dividing plate (that is, dividing plate declines) between material area and described work pieces process area, preparation completes.7), in double processing stations assemblies
Two processing stations assembly 12a, 12b work simultaneously, wherein, with described work pieces process area in second processing stations plus
Work station assembly 12b is used for the face glass on loading floor 119b carried out second station processing (for example: the opening of listening bore
Hole), with described work pieces process area in first processing stations processing stations assembly 12a be used on loading floor 119c
Face glass carries out first station processing (for example: the perforate of master control key hole).In addition, while carrying out station processing,
Also perform the loading of the unloading of face glass 20 and new face glass to be processed on loading floor 119a, comprising: (a),
Exitted using the vaccum-pumping equipment in described absorbent module, thus having been completed the face glass of twice station manufacturing procedure
20 from loading floor 119a unloading.(b), face glass to be processed is positioned over the loading floor corresponding to described loading and unloading area
On 119a；Open ccd industrial camera, positioning image on loading floor for the face glass included by the picked-up of ccd industrial camera,
Manually adjust the position of face glass 20 and check that face glass 20 is adjusted on loading floor 119a in real time by display screen
Whole position, until face glass 20 is just corresponding with the positioning mark on loading floor 119a, completes face glass 20 and is holding
Positioning on the 119a of microscope carrier face；Carry out evacuation using the vaccum-pumping equipment in described absorbent module, so that by adsorption hole
Face glass thereon is firmly adsorbed.Subsequently, i.e. repeat step (6) and (7), the station of execution face glass 20 adds
Work.
In sum, the present invention is used for the face glass processing machine in display device, including frame, rotation working platform group
Part and double processing stations assembly, rotation working platform assembly can load multiple face glass and have for by face glass
The spinfunction being transformed into different processing stations to be processed, double processing stations assemblies can work simultaneously and can be pointed to difference
The different glass panel that at processing stations, rotation working platform assembly is carried carries out station processing, and whole process operation is simple,
Time saving and energy saving and high efficiency.
Claims (8)
1. a kind of for the face glass processing machine in display device it is characterised in that
Frame, has work-handling material area and work pieces process area；
Rotation working platform assembly in described frame, comprising:
Workbench axle bed, has the first fluted disc；
Workbench, have corresponding second fluted disc of described first fluted disc with described workbench axle bed and being used for carry to be processed
Face glass multiple loading floors；Described loading floor is provided with the absorbent module for adsorbing described face glass, bag
Include: the vaccum-pumping equipment be connected located at the adsorption hole of described loading floor and with described adsorption hole；
Rotary cylinder, lifts and rotates described workbench by rotating shaft；Multiple described hold is driven under the rotation of described workbench
The described face glass that microscope carrier face is each carried is changed between described work-handling material area and described work pieces process area；
Double processing stations assemblies in described frame and by Serve Motor Control, the described pair of processing stations assembly can work simultaneously
Make and for correspondence respectively, the described glass each carry is on the different described loading floor in described work pieces process area
Glass panel is to execute corresponding station processing；Each processing stations assembly includes:
Station base；
Servomotor, located at described station base；
Station platform on described station base is movably arranged at by described Serve Motor Control；
Head holder on described station platform is movably arranged at by described Serve Motor Control；
The described loading floor being in described work pieces process area on described head holder and in described workbench is carried
Face glass corresponding processing bistrique；
Positioning component, for positioning described face glass；Described positioning component includes:
It is arranged at the positioning mark of described loading floor；
It is set up on described workbench and is right against the described positioning mark of described loading floor, be used for absorbing described plummer
The ccd industrial camera of the positioning image that the face glass that face is carried is identified with described positioning；
Located at described frame, for showing the display screen positioning image that described ccd industrial camera is absorbed.
2. according to claim 1 for the face glass processing machine in display device it is characterised in that described workbench
It is provided with three loading floors, three described loading floors are located at described in described work edge of table and arbitrary neighborhood two respectively
Phase contrast between loading floor is 120 °；In three described loading floors, a described loading floor is located at described workpiece
Loading and unloading area, two other described loading floor is located at described work pieces process area.
3. according to claim 2 for the face glass processing machine in display device it is characterised in that described workbench
For discoid, using the mode of turning clockwise or rotate counterclockwise mode；In spinning movement each time, using described rotary pneumatic
Cylinder rises described workbench by rotating shaft and makes 120 ° of described worktable rotary, recycles described rotary cylinder to pass through under rotating shaft
Drop described workbench and make the engagement corresponding with the first fluted disc of described workbench axle bed of the second fluted disc of described workbench.
4. according to claim 1 for the face glass processing machine in display device it is characterised in that also include for
Cover be placed on described rotation working platform assembly and described pair of processing stations assembly protective cover and be opened in described protective cover and
The corresponding safety door in described loading and unloading area.
5. according to claim 1 or 4 for the face glass processing machine in display device it is characterised in that described
It is additionally provided with division board between work pieces process area and described loading and unloading area.
6. according to claim 1 for the face glass processing machine in display device it is characterised in that described bistrique is
Skive cutter head.
7. according to claim 1 for the face glass processing machine in display device it is characterised in that described station platform
Relatively described station base moves forward and backward and/or moves left and right, and the relatively described station base of described head holder moves up and down.
8. according to claim 1 for the face glass processing machine in display device it is characterised in that described glass surface
Plate is the glass cover-plate lamination being made up of multiple glass cover-plates.
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| CN201310714473.3A CN103707167B (en) | 2013-12-20 | 2013-12-20 | Machining machine for glass panels used for display device |
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| CN201310714473.3A CN103707167B (en) | 2013-12-20 | 2013-12-20 | Machining machine for glass panels used for display device |
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| CN103707167B true CN103707167B (en) | 2017-02-01 |
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Families Citing this family (5)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN105269424B (en) * | 2015-10-22 | 2017-12-05 | 京东方科技集团股份有限公司 | A kind of grinding table mechanism, glass of liquid crystal display grinder and Ginding process |
| CN107627634A (en) * | 2017-11-01 | 2018-01-26 | 深圳市锦瑞新材料股份有限公司 | A kind of PMMA sheet materials CNC processing technologys |
| CN110355671A (en) * | 2019-06-27 | 2019-10-22 | 东莞市德普特电子有限公司 | The processing method of borehole in a kind of LCD screen |
| CN110549499B (en) * | 2019-08-27 | 2022-05-24 | 洛阳维路智能设备有限公司 | Operation method of automatic special-shaped glass drilling device |
| CN113927451B (en) * | 2020-07-10 | 2023-06-02 | 深圳灵创智能有限公司 | Light sweeping machine and light sweeping control method |
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| CN201659470U (en) * | 2010-02-11 | 2010-12-01 | 何建仁 | Glass ornament polishing machine and polishing production line |
| CN201998014U (en) * | 2010-12-14 | 2011-10-05 | 张星龙 | Automatic multi-position grinding multi-angle multi-face glass decoration processing machine |
| CN102689263A (en) * | 2012-06-15 | 2012-09-26 | 湘潭三峰数控机床有限公司 | Symmetric abrasive machining center with multiple carriages and double main shafts |
| CN103394927A (en) * | 2013-07-19 | 2013-11-20 | 陈明亮 | Rotary machine tool with upright column |
| CN203622152U (en) * | 2013-12-20 | 2014-06-04 | 上海日进机床有限公司 | Glass panel processing machine |
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| JP2859389B2 (en) * | 1990-07-09 | 1999-02-17 | 坂東機工 株式会社 | Method for grinding peripheral edge of glass sheet and numerically controlled grinding machine for glass sheet implementing this method |
| KR20080101261A (en) * | 2007-05-16 | 2008-11-21 | (주)조방 | The glass processing apparatus |
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|---|---|---|---|---|
| CN201659470U (en) * | 2010-02-11 | 2010-12-01 | 何建仁 | Glass ornament polishing machine and polishing production line |
| CN201998014U (en) * | 2010-12-14 | 2011-10-05 | 张星龙 | Automatic multi-position grinding multi-angle multi-face glass decoration processing machine |
| CN102689263A (en) * | 2012-06-15 | 2012-09-26 | 湘潭三峰数控机床有限公司 | Symmetric abrasive machining center with multiple carriages and double main shafts |
| CN103394927A (en) * | 2013-07-19 | 2013-11-20 | 陈明亮 | Rotary machine tool with upright column |
| CN203622152U (en) * | 2013-12-20 | 2014-06-04 | 上海日进机床有限公司 | Glass panel processing machine |
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