CN205890133U - Full -automatic film pressing machine - Google Patents
Full -automatic film pressing machine Download PDFInfo
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- CN205890133U CN205890133U CN201620401462.9U CN201620401462U CN205890133U CN 205890133 U CN205890133 U CN 205890133U CN 201620401462 U CN201620401462 U CN 201620401462U CN 205890133 U CN205890133 U CN 205890133U
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Abstract
The utility model provides a full -automatic film pressing machine, full -automatic film pressing machine wherein includes the base, fix at the bottom plate of base upper surface and set up the moulding -die subassembly on the bottom plate, it still include for moulding -die subassembly material loading with unload move the material subassembly and with the moulding -die subassembly with move the control assembly who expects component control and be connected, control method adopts two moulding -die stations and duplex tool material loading swing arm cooperation cycle operation, two sets are moved the material subassembly and include and call about walking the line pole pair that the first of material loading that be used for that sets up moves the material subassembly and be used for the second of unloading to move the material subassembly, their each motion regions of being responsible for 180 degrees within ranges, side -to -side movement 90 degrees can be delivered to the coating materials moulding -die station or unload from the moulding -die station and deliver to ejection of compact assembly line, should set up in coordination and effectively improve production efficiency and reduced the control degree of difficulty with control method, it sets up compactlyer to ally oneself with row than two -track material subassembly, and efficiency is higher, the utility model discloses guarantee production efficiency, saved the manpower, the operation interface adopts man -machine interface, and overall structure is exquisite, and the stable performance is reliable.
Description
Technical field
The utility model is related to compression molding techniques field, more particularly, to a kind of full-automatic film laminator.
Background technology
Rise steadily with factor prices such as China labours, labor cost advantage is gradually lost.Automation, machine
Tool, intelligent equipment certainly will will become the standard configuration of following streamline.
With the continuous expansion in information-based display market, people are increasingly vigorous to the demand of the personal terminal such as mobile phone, flat board,
And it is applied to colour screen handset, flat board, the life of backlight (lcd) in the LCD MODULE (lcm) of terminal electronic product such as car sanction
Produce and be but difficult to meet needs, the membrane material that current backlight (lcd) uses produces the mechanization press mold work also resting on manpower participation
In skill, this technique not only puts into human cost height, and each machine need to join a manpower, also exist and use potential safety hazard, product
Quality is also difficult to be effectively ensured, low production efficiency.
Utility model content
The purpose of this utility model is to provide a kind of full-automatic film laminator, it have compact conformation, control simple and efficiently
Reliable and stable feature.
The utility model is achieved like this, a kind of full-automatic film laminator, it includes base, is fixed on base upper surface
Base plate and the die module that is arranged on base plate it is characterised in that it also includes the shifting for die module feeding and discharging
Material assembly and the control assembly being connected with die module and shifting material assembly control.
The described material assembly that moves includes feeding swing arm, for capturing the sucker of coating materials and being fixed on the servomotor on base plate
The upper and lower driving cylinder with feeding, described sucker is connected to one end of feeding swing arm, for driving feeding swing arm to swing and transporting up and down
Dynamic servomotor and the upper and lower driving cylinder of feeding are all in transmission connection in the other end of feeding swing arm.
Described die module includes die assembly, cover half assembly and pressing mold for positioning and driving die assembly pressing mold drive
Dynamic assembly.
Described pressing mold drive component includes fixed cover, positioning sleeve, lock sleeve, guide rail fixed plate, air cylinder fixed plate, pressing mold gas
Cylinder, the second guide rail, the plate that is located by connecting, column fixed plate and lower end are fixed on the column on base plate, institute by column fixed plate
State column and be also associated with lock sleeve, positioning sleeve and fixed cover from the top down；One end of described air cylinder fixed plate is fixed on column
Top, the other end is connected with pressing mold cylinder；
The upper end of described guide rail fixed plate is fixed on the bottom surface of air cylinder fixed plate, and this guide rail fixed plate is vertically arranged with
Second guide rail, the one end of the plate that is located by connecting is connected with the second slide, and the other end is connected with the output shaft of pressing mold cylinder.
Described die assembly includes tool and lower tool corresponding with upper tool, and upper tool is by upper tool fixed plate even
It is located by connecting described in being connected on plate, lower tool is fixed on tool base plate.
Described cover half assembly is several, and is symmetricly set on tool base plate periphery, this cover half assembly include positioning cylinder,
Air cylinder base, the first guide rail and be slidably connected at adjustable positioning expeller on the first guide rail, for localization tool base plate
Adjustable positioning expeller and positioning cylinder are in transmission connection, and positioning cylinder is fixed on base plate by air cylinder base.
Described control assembly includes the light barrier holder walked line bar and be fixed on base plate edge being fixed on base plate center,
Described walk line bar top be connected with display controller, light barrier holder is fixed with the grating for monitoring station action.
Described base sidepiece is provided with the fan hole of heat transmission and is fixed on base bottom and is used for supporting and moves press mold
The adjustable feet of machine and universal wheel.
Described full-automatic film laminator includes two sets of die module and two sets of shifting material assemblies, and two sets of die module are included with regard to walking
Symmetrically arranged first die module of line bar and the second die module, two sets are moved material assembly and also include being symmetrical arranged with regard to walking line bar
For feeding first shifting material assembly and for blanking second shifting material assembly.
The beneficial effects of the utility model are: automatic film pressing machine disclosed in the utility model is using double pressing mold stations and two-shipper
Tool feeding swing arm coordinates circulate operation, in conjunction with electrified control modes such as servomotor, vacuum suctions, in the control of plc control system
The collaborative streamlined achieving coating materials under system continuously produces；The utility model ensure that production efficiency, saves manpower；Operation circle
Face adopts man-machine interface, and overall structure is exquisite, stable and reliable for performance.
Brief description
Fig. 1 is the structural representation of the full-automatic film laminator of the utility model.
Fig. 2 is the utility model full-automatic film laminator superstructure enlarged drawing.
Fig. 3 is the functional-block diagram of the utility model full-automatic film laminator control method.
In in figure, 1, base 2, column fixed plate 3, light barrier holder 4, fixed cover 5, positioning sleeve 6, lock sleeve 7, vertical
Post 8, guide rail fixed plate 9, air cylinder fixed plate 10, sucker 11, feeding swing arm 12, servomotor 13, display controller
14th, the first guide rail 15, pressing mold cylinder 16, the second guide rail 17, grating 18, adjustable positioning expeller 19, positioning cylinder 20,
Base plate 21, walk line bar 22, fan hole 23, adjustable feet 24, universal wheel 25, the upper and lower driving cylinder of feeding 26, on control
Have 27, air cylinder base 28, lower tool 29, tool base plate 30, upper tool fixed plate 31, be located by connecting plate.
Specific embodiment
Below in conjunction with the accompanying drawings specific embodiment of the present utility model is described further.
As depicted in figs. 1 and 2, the utility model is achieved like this, a kind of full-automatic film laminator, it include base 1,
It is fixed on base plate 20 and the setting die module on the base plate 20 of base 1 upper surface, its structure is that it is also included for pressing mold
Assembly feeding controls, with the shifting material assembly of discharging and with die module and shifting material assembly, the control assembly being connected；The utility model
Complete feeding and discharging by moving material assembly, press mold is completed by die module, Automated condtrol behaviour is completed by control assembly
Make.
The utility model be used for realizing feeding and discharging shifting material assembly be achieved in that it include feeding swing arm 11,
For capturing sucker 10 and fixing servomotor 12 on the base plate 20 and the upper and lower driving cylinder of feeding 25 of coating materials, described suction
Disk 10 is connected to one end of feeding swing arm 11, for driving feeding swing arm 11 to swing and the servomotor 12 that moves up and down and feeding
Driving cylinder 25 is all in transmission connection in the other end of feeding swing arm 11 up and down；Under the control of control assembly, servomotor 12 is controlled
Produce material swing arm 11 and rotate to above coating materials, the upper and lower driving cylinder of feeding 25 controls feeding swing arm 11 downwards, and then passes through sucker
10 crawl coating materials, the upper and lower driving cylinder of feeding 25 controls feeding swing arm 11 return upwards, and then servomotor 12 controls and will take
Material swing arm 11 rotates to processing stations, sucker 10 discharging, repeats aforesaid operations, realizes automatic continuous production.
The utility model is also innovated to die module, enables die module with moving and expects that assembly is supporting, and realizes
Automatic continuous production；Described die module includes die assembly, the cover half group for positioning and driving die assembly pressing mold
Part and pressing mold drive component.
The specific embodiment of each key component is as follows with operation principle: described pressing mold drive component include fixed cover 4,
Positioning sleeve 5, lock sleeve 6, guide rail fixed plate 8, air cylinder fixed plate 9, pressing mold cylinder 15, the second guide rail 16, the plate 31 that is located by connecting, vertical
The fixing column 7 on the base plate 20 of column fixed plate 2 is passed through in post fixed plate 2 and lower end, and described column 7 is also connected with from the top down
There are lock sleeve 6, positioning sleeve 5 and fixed cover 4；One end of described air cylinder fixed plate 9 is fixed on the top of column 7, and the other end connects
There is pressing mold cylinder 15；The upper end of described guide rail fixed plate 8 is fixed on the bottom surface of air cylinder fixed plate 9, and this guide rail fixed plate 8 is erected
Directly it is provided with the second guide rail 16, the one end of the plate 31 that is located by connecting is slidably connected with the second guide rail 16, the other end and pressing mold cylinder 15
Output shaft be connected；By the structure design of be located by connecting plate 31 and the second guide rail 16, the output shaft of pressing mold cylinder 15 is made to keep
Accurately push track, thus ensure that upper tool 26 pressing mold that is connected by upper tool fixed plate 30 with the plate 31 that is located by connecting
Precision, improves yield rate.
Described die assembly includes tool 26 and lower tool 28 corresponding with upper tool 26, and upper tool 26 is by upper tool
Fixed plate 30 is located by connecting on plate 31 described in being connected to, and lower tool 28 is fixed on tool base plate 29.In order to realize lower tool 28
Clamping is accurately positioned, and described cover half assembly is designed as several, and is symmetricly set on tool base plate 29 periphery, this cover half assembly bag
Include positioning cylinder 19, air cylinder base 27, the first guide rail 14 and be slidably connected at the adjustable positioning expeller on the first guide rail 14
18, adjustable positioning expeller 18 and positioning cylinder 19 for localization tool base plate 29 are in transmission connection, and positioning cylinder 19 passes through gas
Cylinder bottom seat 27 is fixing on the base plate 20；When coating materials is placed on lower tool 26 by shifting material assembly, the positioning of described cover half assembly
So that adjustable positioning expeller 18 slides along the first guide rail 14, positioning fixes lower tool 28 for cylinder 19 action.
Described control assembly includes being fixed on the light walked line bar 21 and be fixed on base plate 20 edge at base plate 20 center
Grid support 3, described walk line bar 21 top be connected with display controller 13, light barrier holder 3 is fixed with for monitor station move
The grating 17 made, operator can monitor the working condition of whole film laminator by display controller 13, revises in time, a people can
Monitoring multiple stage machine completes press mold simultaneously, has both reduced human cost, improving product production efficiency, and no manpower participates in pressing mold mistake
Journey, solves and uses potential safety hazard.
Base 1 of the present utility model is Integrated design, and described base 1 sidepiece is provided with the fan hole 22 of heat transmission and consolidates
It is scheduled on base 1 bottom for supporting and moving adjustable feet 23 and the universal wheel 24 of film laminator, universal wheel 24 convenience can be passed through
Ground moves to film laminator, when needing fixing, can achieve the fixing support of film laminator by the rising of adjustable feet 23.
For improve production efficiency, improve the collaborative of cooperation in production, especially feeding and discharging equipment, this practicality is new simultaneously
The preferred film laminator of type includes two sets of die module and two sets and moves material assemblies, and two sets of die module include symmetrical with regard to walking line bar 21
Setting the first die module and the second die module, two sets move expect assembly also include with regard to walk line bar 21 symmetrically arranged for
First shifting material assembly of feeding and the second shifting material assembly for blanking；Its concrete operating principle as shown in figure 3, wherein, first
The feeding swing arm 11 moving material assembly is 1# feeding swing arm, and the second feeding swing arm 11 moving material assembly is 2# feeding swing arm；First pressure
The pressing mold station of membrane module is 1# station, and the pressing mold station of the second die module is 2# station；This control method includes walking as follows
Rapid:
(1) startup power supply, the first shifting material assembly and second moves material assembly and is in original position；
(2) grating 17 senses the product on charging streamline, and feeder is shifted in the first feeding swing arm 11 moving material assembly
Position, passes downwardly through sucker 10 crawl coating materials；
Coating materials is transplanted in the first die module or the second die module for (3) the first feeding swing arms 11 moving material assembly
Pressing mold station, puts down coating materials, repeat step (2) and (3)；
Cover half assembly action in (4) first die module or the second die module, positions pressing mold position, pressing mold driving group
Part drives die assembly action to complete coating materials processing；
(5) the second feeding swing arms 11 moving material assembly are moved to the first die module or the second die module, pass downwardly through
Coating materials after sucker (10) crawl processing；
Coating materials is transplanted on discharging streamline by (6) the second feeding swing arms 11 moving material assembly, puts down coating materials, repeat step
And (6) (5).
Above-mentioned control method is using double pressing mold stations and double-mechanical feeding swing arm cooperation circulate operation, wherein two sets shifting material groups
Part includes with regard to walking symmetrically arranged the first shifting material assembly for feeding of line bar 21 and the second shifting material assembly for blanking, it
Moving region in the range of each responsible 180 degree, coating materials can be delivered to pressing mold station or from pressing mold station by 90 degree of side-to-side movement
Discharging streamline is delivered in discharging, and this collaborative setting effectively increases production efficiency and reduces control difficulty with control method, than
The setting of two-track material assembly townhouse arranged side by side is compacter, and in hgher efficiency, the utility model ensure that production efficiency, saves manpower；
Operation interface adopts man-machine interface, and overall structure is exquisite, stable and reliable for performance.
Claims (6)
1. a kind of full-automatic film laminator, it includes base (1), the base plate (20) being fixed on base (1) upper surface and is arranged on
Die module on base plate (20) it is characterised in that it also include for die module feeding and discharging shifting material assembly and with
Die module and the control assembly moving material assembly control connection；
The described material assembly that moves includes feeding swing arm (11), for capturing the sucker (10) of coating materials and being fixed on base plate (20)
Servomotor (12) and the upper and lower driving cylinder of feeding (25), described sucker (10) is connected to one end of feeding swing arm (11), is used for
Feeding swing arm (11) swing and the servomotor (12) moving up and down and the upper and lower driving cylinder of feeding (25) is driven all to be in transmission connection
The other end in feeding swing arm (11)；
Described die module includes die assembly, cover half assembly and pressing mold driving group for positioning and driving die assembly pressing mold
Part；
Described control assembly includes being fixed on walking line bar (21) and being fixed on base plate (20) edge of base plate (20) center
Light barrier holder (3), described walk line bar (21) top be connected with display controller (13), light barrier holder (3) is fixed with for
The grating (17) of monitoring station action.
2. as claimed in claim 1 full-automatic film laminator it is characterised in that described pressing mold drive component include fixed cover (4),
Positioning sleeve (5), lock sleeve (6), guide rail fixed plate (8), air cylinder fixed plate (9), pressing mold cylinder (15), the second guide rail (16), fixed
Position connecting plate (31), column fixed plate (2) and lower end are fixed on the column (7) on base plate (20) by column fixed plate (2),
Described column (7) is also associated with lock sleeve (6), positioning sleeve (5) and fixed cover (4) from the top down；
One end of described air cylinder fixed plate (9) is fixed on the top of column (7), and the other end is connected with pressing mold cylinder (15)；
The upper end of described guide rail fixed plate (8) is fixed on the bottom surface of air cylinder fixed plate (9), and this guide rail fixed plate (8) is vertically
It is provided with the second guide rail (16), one end of the plate that is located by connecting (31) is slidably connected with the second guide rail (16), the other end and pressing mold gas
The output shaft of cylinder (15) is connected.
3. as claimed in claim 2 full-automatic film laminator it is characterised in that described die assembly include tool (26) and with
The corresponding lower tool (28) of upper tool (26), upper tool (26) by upper tool fixed plate (30) be connected to described in be located by connecting plate
(31), on, lower tool (28) is fixed on tool base plate (29).
4. full-automatic film laminator, it is characterised in that described cover half assembly is several, and symmetrically sets as claimed in claim 3
Put in tool base plate (29) periphery, this cover half assembly include positioning cylinder (19), air cylinder base (27), the first guide rail (14) and
It is slidably connected at the adjustable positioning expeller (18) on the first guide rail (14), the adjustable positioning for localization tool base plate (29) pushes away
Material block (18) is in transmission connection with positioning cylinder (19), and positioning cylinder (19) is fixed on base plate (20) by air cylinder base (27).
5. as claimed in claim 1 full-automatic film laminator it is characterised in that described base (1) sidepiece is provided with heat transmission
Fan hole (22) and be fixed on base (1) bottom for supporting and moving adjustable feet (23) and the universal wheel of film laminator
(24).
6. as claimed in claim 5 full-automatic film laminator it is characterised in that described full-automatic film laminator includes two casing pressure modules
Part and two sets of shifting material assemblies, two sets of die module are included with regard to walking symmetrically arranged first die module of line bar (21) and the second pressure
Membrane module, two sets are moved material assembly and also include with regard to walking symmetrically arranged the first shifting material assembly for feeding of line bar (21) and being used for
Second shifting material assembly of blanking.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620401462.9U CN205890133U (en) | 2016-05-05 | 2016-05-05 | Full -automatic film pressing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620401462.9U CN205890133U (en) | 2016-05-05 | 2016-05-05 | Full -automatic film pressing machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205890133U true CN205890133U (en) | 2017-01-18 |
Family
ID=57766032
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620401462.9U Active CN205890133U (en) | 2016-05-05 | 2016-05-05 | Full -automatic film pressing machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205890133U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105774189A (en) * | 2016-05-05 | 2016-07-20 | 深圳市山本光电股份有限公司 | Full-automatic film laminator and control method thereof |
| CN110281373A (en) * | 2019-07-08 | 2019-09-27 | 江苏信息职业技术学院 | A kind of mold die lifter |
-
2016
- 2016-05-05 CN CN201620401462.9U patent/CN205890133U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105774189A (en) * | 2016-05-05 | 2016-07-20 | 深圳市山本光电股份有限公司 | Full-automatic film laminator and control method thereof |
| CN110281373A (en) * | 2019-07-08 | 2019-09-27 | 江苏信息职业技术学院 | A kind of mold die lifter |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |