CN209599903U - A kind of eyeglass automation cleaning stiffened drying production line - Google Patents
A kind of eyeglass automation cleaning stiffened drying production line Download PDFInfo
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- CN209599903U CN209599903U CN201920262965.6U CN201920262965U CN209599903U CN 209599903 U CN209599903 U CN 209599903U CN 201920262965 U CN201920262965 U CN 201920262965U CN 209599903 U CN209599903 U CN 209599903U
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- hardening
- drying
- main support
- cleaning
- lens hanger
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Abstract
A kind of eyeglass automation cleaning stiffened drying production line, by feed mechanism (1), wiper mechanism (2), drying mechanism (3) after cleaning, it hardens mechanism (4), drying mechanism (5) after hardening, discharging mechanism (6), lens hanger (7), middle transfer mechanism (8), main support (9) composition, the feed mechanism (1), wiper mechanism (2), drying mechanism (3) after cleaning, it hardens mechanism (4), drying mechanism (5) and discharging mechanism (6) are sequentially arranged on ground from left to right after hardening, it links together and is finally fixed on main support (9) between any two and by middle transfer mechanism (8).The utility model, realized by middle transfer mechanism expect cleaning between, cleaning drying between, drying hardening between, hardening drying between and be finally transported to discharging mechanism overall process function docking, it installs hardening liquid automatic cover plate additional, reduces hardening liquid loss, reduce cost.
Description
Technical field
The utility model relates to resin lens manufacture fields, automate cleaning stiffened drying life more particularly to a kind of eyeglass
Producing line.
Background technique
Resin lens are more and more widely used on various glasses, have the advantages that it is following, light, impact resistance,
Non-friable safety, wearing is comfortable, easy to process, and purposes is wide, product line is abundant, is higher than glass to the attraction power of ultraviolet light
Eyeglass.The general processing flow of resin lens mainly includes following components: monomer prepares, the casting of mould group, polymerizing curable (the
One-step solidification), die sinking and edging, lens cleaning, rear solidification, detection).Eyeglass stiffened is conducive to improve the intensity of eyeglass, improves
The service life and increase plated film of eyeglass are with the wear resistance of rear lens, therefore the processing in stiffened blooming process for entire eyeglass
It is a very important process, eyeglass stiffened blooming includes cleaning, drying, leaching hardening liquid, baking process.Equipment automatization at present
Degree is although relatively high, but since the transfer station of Design of Production Line mostly uses chain transmission mode, operational process failure
Rate is high, and the hardening liquid loss of stiffened process is bigger, and discharging mechanism uses manual overturning, is easy to produce waste product, and worker's labour is strong
Spend the problems such as big.
Utility model content
In view of the above problems, the purpose of this utility model is to provide a kind of eyeglasses to automate cleaning stiffened drying production
Line, the main function components by gear and rack teeth mechanism as transfer process, high-efficient, stability is good, and it is automatic to install hardening liquid additional
Cover board can effectively reduce hardening liquid loss, improve hardening liquid utilization rate.
The technical solution of the utility model is achieved in the following ways: a kind of eyeglass automation cleaning stiffened drying life
Producing line, by drying mechanism, discharging mechanism, eyeglass after drying mechanism, hardening mechanism, hardening after feed mechanism, wiper mechanism, cleaning
Frame, middle transfer mechanism, main support composition are drying mechanism after the feed mechanism, wiper mechanism, cleaning, hardening mechanism, hard
Drying mechanism and discharging mechanism are sequentially arranged on ground from left to right after change, are connected between any two and by middle transfer mechanism
It together and is finally fixed on main support, it is characterised in that: the feed mechanism is by translation mechanism and reciprocating mechanism
Composition, translation mechanism are fixed on main support, and reciprocating mechanism is fixed on translation mechanism, and lens hanger is placed on up and down
In mobile mechanism, translation mechanism drives reciprocating mechanism to move left and right, and reciprocating mechanism lifts lens hanger, finally realizes mirror
Horse or so moves up and down.
The hardening mechanism is made of hardening pond, hardening Chi Gai, mast-up, air suction mechanism, and hardening pond is fixed on main branch
On frame, hardening Chi Gai setting is right above hardening pond, and mast-up is fixed on main support and the outside in hardening pond, suction ventilator
Structure setting is right above hardening pond and covers entire hardening mechanism, and hardening pond lid can move left and right on hardening pond, mast-up
Lifting lens hanger realizes that left and right moves up and down.
The discharging mechanism is made of limit overturning mechanism, turning support, and limit overturning mechanism is arranged in main support two
On side end, turning support is mounted on the outside middle position of main support, is symmetrically set with circle on the supporting plate of lens hanger two sides
Arc notch, when lens hanger is placed at the top of main support, the centre-height of arc gap and the double-deck cylinder boss centre-height are contour.
The middle transfer mechanism is put down by worm and gear vertical drive units, rack-and-pinion horizontal driving units, glove
Platform composition, worm and gear vertical drive units are fixed below main support, and rack-and-pinion horizontal driving units are fixed on main support
Two sides, object disposing platform are fixed on right above worm and gear vertical drive units, and lens hanger is placed on the drive of rack-and-pinion level
It is realized on moving cell and moves left and right function, object disposing platform realizes lens hanger by worm and gear vertical drive units and places and hold in the palm
It lifts function and is realized finally by rack-and-pinion horizontal driving units and shifted.
The utility model, realized by middle transfer mechanism expect between cleaning, between cleaning and drying, drying and hard
Between change, hardening drying between and be finally transported to discharging mechanism overall process function dock, high-efficient, stability is good,
It installs hardening liquid automatic cover plate additional, hardening liquid loss can be effectively reduced, hardening liquid utilization rate is improved, reduce cost.
Detailed description of the invention
Fig. 1 is the schematic diagram of the utility model；
Fig. 2 is the feed mechanism schematic diagram of the utility model；
Fig. 3 is the utility model hardening structural scheme of mechanism；
Fig. 4 is the utility model discharging mechanism schematic diagram；
Fig. 5 is the utility model middle transfer mechanism schematic diagram；
Fig. 6 the utility model limit overturning mechanism schematic diagram.
In figure: drying mechanism, 6 after drying mechanism, 4 hardening mechanisms, 5 are hardened after 1 feed mechanism, 2 wiper mechanisms, 3 cleanings
Discharging mechanism, 7 lens hangers, 8 middle transfer mechanisms, 9 main supports.
Specific embodiment
Known by Fig. 1, a kind of eyeglass automation cleaning stiffened drying production line structural schematic diagram of the utility model, by feeder
Structure 1, wiper mechanism 2, cleaning after drying mechanism 3, hardening mechanism 4, hardening after drying mechanism 5, discharging mechanism 6, lens hanger 7, in
Between transfer device 8, main support 9 form, the feed mechanism 1, wiper mechanism 2, cleaning after drying mechanism 3, hardening mechanism 4,
Drying mechanism 5 and discharging mechanism 6 are sequentially arranged on ground from left to right after hardening, between any two and pass through middle transfer mechanism
8 link together and are finally fixed on main support 9.
Known by Fig. 2, is the feed mechanism schematic diagram of the utility model.The feed mechanism 1 is by translation mechanism 1-1 and upper
Lower mobile mechanism 1-2 composition, translation mechanism 1-1 are fixed on main support 9, and reciprocating mechanism 1-2 is fixed on translation machine
On structure 1-1, lens hanger 7 is placed on reciprocating mechanism 1-2, and translation mechanism 1-1 drives reciprocating mechanism 1-2 or so to move
Dynamic, reciprocating mechanism 1-2 lifts lens hanger 7, final to realize that lens hanger 7 or so moves up and down.
Known by Fig. 3, is the utility model hardening structural scheme of mechanism.The hardening mechanism 4 is by hardening pond 4-1, hardening pond
4-2, mast-up 4-3, air suction mechanism 4-4 composition are covered, hardening pond 4-1 is fixed on main support 9, and hardening pond lid 4-2 is arranged hard
Change right above the 4-1 of pond, mast-up 4-3 is fixed on main support 9 and the outside in hardening pond 4-1, and air suction mechanism 4-4 setting exists
Right above hardening pond 4-1 and entire hardening mechanism 4 is covered, hardening pond lid 4-2 can be moved left and right on hardening pond 4-1, be lifted
Frame 4-3 lifting lens hanger 7 realizes that left and right moves up and down.
Known by Fig. 4, is the utility model discharging mechanism schematic diagram.The discharging mechanism 6 by limit overturning mechanism 6-1,
Turning support 6-2 composition, limit overturning mechanism 6-1 are arranged in 9 both side ends of main support, and turning support 6-2 is mounted on main branch
The outside middle position of frame 9 is symmetrically set with arc gap 7-1 on 7 two sides supporting plate of lens hanger, when lens hanger 7 is placed on
9 top of main support, the centre-height of arc gap 7-1 and the double-deck cylinder boss 6-1-1 centre-height are contour.
Known by Fig. 5, is the utility model middle transfer mechanism schematic diagram.The middle transfer mechanism 8 is by worm and gear
Vertical drive units 8-1, rack-and-pinion horizontal driving units 8-2, object disposing platform 8-3 composition, worm and gear vertical drive units
8-1 is fixed on 9 lower section of main support, and rack-and-pinion horizontal driving units 8-2 is fixed on 9 two sides of main support, object disposing platform 8-3 installation
It is fixed on right above worm and gear vertical drive units 8-1, lens hanger 7 is placed on rack-and-pinion horizontal driving units 8-2 real
Function is now moved left and right, object disposing platform 8-3 realizes lens hanger 7 by worm and gear vertical drive units 8-1 and places and lift
Function simultaneously realizes transfer finally by rack-and-pinion horizontal driving units 8-2.
Known by Fig. 6, the utility model limit overturning mechanism schematic diagram.Limit overturning mechanism 6-1 is arranged in 9 two sides of main support
On end, turning support 6-2 is mounted on the outside middle position of main support 9.
When work, lens hanger 7 is first placed on reciprocating mechanism 1-2, translation mechanism 1-1 drives reciprocating mechanism 1-
2 move right to maximum position after stop, reciprocating mechanism 1-2 lifts the decline of lens hanger 7, and lens hanger 7 is placed on
Between on transfer device 8, after middle transfer mechanism 8 is transferred to cleaning after lens hanger 7 cleans eyeglass on wiper mechanism 2
Then drying mechanism 3 is transferred to lens hanger 7 on the mast-up 4-3 of hardening mechanism 4 by middle transfer mechanism 8 again, open hard
Change pond lid 4-2, lens hanger 7 is put into hardening pond 4-1 and carries out eyeglass hardening operation, shut again after the completion of hardening hard by mast-up 4-3
Change pond lid 4-2, secondary treatment recycling is carried out after during which air suction mechanism 4-4 absorbs the hardening bath of volatilization, then
Drying mechanism 5 carries out drying operation after lens hanger 7 is transferred to hardening by middle transfer mechanism 8, turns finally by centre
Telephone-moving structure 8 is transferred to lens hanger 7 at 6 position of discharging mechanism, then by manually mode, on 7 two sides supporting plate of lens hanger
The double-deck cylinder boss 6-1-1 on symmetrical arc gap 7-1 alignment limit overturning mechanism 6-1 is simultaneously blocked, then to mirror
After horse 7 carries out overturning 180 degree, eyeglass is placed on upward on turning support 6-2, finally the eyeglass after cleaning stiffened from eyeglass
The next step is carried out after removing on frame 7.Above step is repeated, cleaning-drying-stiffened-baking can be carried out continuously to eyeglass
Dry-discharging work.
Claims (4)
1. a kind of eyeglass automation cleaning stiffened drying production line, by dryer after feed mechanism (1), wiper mechanism (2), cleaning
Drying mechanism (5), discharging mechanism (6), lens hanger (7), middle transfer mechanism (8), master after structure (3), hardening mechanism (4), hardening
Bracket (9) composition, drying mechanism (3), hardening mechanism (4), hardening after the feed mechanism (1), wiper mechanism (2), cleaning
Drying mechanism (5) and discharging mechanism (6) are sequentially arranged on ground from left to right afterwards, between any two and pass through middle transfer mechanism
(8) it links together and is finally fixed on main support (9), it is characterised in that: the feed mechanism (1) is by translation mechanism
(1-1) and reciprocating mechanism (1-2) composition, translation mechanism (1-1) are fixed on main support (9), reciprocating mechanism
(1-2) is fixed on translation mechanism (1-1), and lens hanger (7) is placed on reciprocating mechanism (1-2), translation mechanism (1-1) band
Dynamic reciprocating mechanism (1-2) is moved left and right, and reciprocating mechanism (1-2) lifts lens hanger (7), finally realizes lens hanger (7)
Left and right moves up and down.
2. a kind of eyeglass automation cleaning stiffened drying production line according to claim 1, it is characterised in that: described is hard
Change mechanism (4) to be made of hardening pond (4-1), hardening Chi Gai (4-2), mast-up (4-3), air suction mechanism (4-4), hardens pond (4-
1) it is fixed on main support (9), right above hardening pond (4-1), mast-up (4-3) is fixed on master for hardening Chi Gai (4-2) setting
On bracket (9) and the outside in hardening pond (4-1), air suction mechanism (4-4) setting is right above hardening pond (4-1) and covers whole
A hardening mechanism (4), hardening Chi Gai (4-2) can move left and right in hardening pond (4-1), and mast-up (4-3) lifts lens hanger
(7) realize that left and right moves up and down.
3. a kind of eyeglass automation cleaning stiffened drying production line according to claim 1, it is characterised in that: described goes out
Material mechanism (6) is made of limit overturning mechanism (6-1), turning support (6-2), and limit overturning mechanism (6-1) is arranged in main support
(9) in both side ends, turning support (6-2) is mounted on the outside middle position of main support (9), on the supporting plate of lens hanger (7) two sides
It is symmetrically set with arc gap (7-1), when lens hanger (7) is placed at the top of main support (9), in arc gap (7-1)
Heart height and double-deck cylinder boss (6-1-1) centre-height are contour.
4. a kind of eyeglass automation cleaning stiffened drying production line according to claim 1, it is characterised in that: in described
Between transfer device (8) by worm and gear vertical drive units (8-1), rack-and-pinion horizontal driving units (8-2), object disposing platform
(8-3) composition, worm and gear vertical drive units (8-1) are fixed below main support (9), rack-and-pinion horizontal driving units
(8-2) is fixed on main support (9) two sides, object disposing platform (8-3) be fixed on worm and gear vertical drive units (8-1) just on
Side, lens hanger (7) are placed on realization on rack-and-pinion horizontal driving units (8-2) and move left and right function, and object disposing platform (8-3) is logical
It crosses worm and gear vertical drive units (8-1) lens hanger (7) is realized and place and lift function and finally by rack-and-pinion water
Flat driving unit (8-2) realizes transfer.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920262965.6U CN209599903U (en) | 2019-03-01 | 2019-03-01 | A kind of eyeglass automation cleaning stiffened drying production line |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920262965.6U CN209599903U (en) | 2019-03-01 | 2019-03-01 | A kind of eyeglass automation cleaning stiffened drying production line |
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| CN209599903U true CN209599903U (en) | 2019-11-08 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109760344A (en) * | 2019-03-01 | 2019-05-17 | 江苏汇鼎光学眼镜有限公司 | A kind of eyeglass automation cleaning stiffened drying production line |
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2019
- 2019-03-01 CN CN201920262965.6U patent/CN209599903U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109760344A (en) * | 2019-03-01 | 2019-05-17 | 江苏汇鼎光学眼镜有限公司 | A kind of eyeglass automation cleaning stiffened drying production line |
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