CN104309139B - Optical resin lens automatic coating, stiffened, additive color, drying equipment production line - Google Patents

Optical resin lens automatic coating, stiffened, additive color, drying equipment production line Download PDF

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Publication number
CN104309139B
CN104309139B CN201410573413.9A CN201410573413A CN104309139B CN 104309139 B CN104309139 B CN 104309139B CN 201410573413 A CN201410573413 A CN 201410573413A CN 104309139 B CN104309139 B CN 104309139B
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mechanism
optical resin
resin lens
drying
slid platform
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CN201410573413.9A
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Chinese (zh)
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CN104309139A (en
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施耀辉
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上海超路自动化设备有限公司
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Abstract

The invention discloses a kind of optical resin lens automatic coating, stiffened, additive color, drying equipment production line, including the clamping sheet mechanism being sequentially connected, workpiece-taking of plastic jetting-moulding machine mechanism, insert mechanism, conveyer belt mechanism, swing mechanism, pickling mechanism A, cross slid platform mechanism A, drying mechanism A, bin mechanism A, cross slid platform mechanism B, pickling mechanism B, cross slid platform mechanism C, drying mechanism B, bin mechanism B, to complete pickup transport coating on injection machine, stiffened dries transport additive color and dries and takes finished product a whole set of flow process, whole process is all to be mounted with that dedusting is destaticed at one, complete in sealable framework.The present invention replaces artificial operation using automated machine equipment and intelligence control system, not only saves manpower, and the fraction defective also solved produced by artificial treatment is high, the problem for wasting time and energy;Also improve the production efficiency of optical resin spectacles lens, the quality of product simultaneously and save production cost.

Description

Optical resin lens automatic coating, stiffened, additive color, drying equipment production line

Technical field

The present invention relates to optical resin lens production field, specifically a kind of optical resin lens automatic coating, stiffened, plus Color, drying equipment production line.

Background technology

Optical resin lens are a kind of organic materials, and inside is a kind of macromolecule chain structure, connection and spatially netted Structure, intermolecular structure relative relaxation, molecule interchain have the space that can produce relative displacement.Light-transmissive rate is 84%- 90%, light transmission is good, while the anti-impact force of optical resin lens is strong.

Optical resin lens mainly have several features:

1st, density is low, and because of the gap of molecule interchain, therefore the molecular amounts in unit volume are few, determine resin lens Advantage:Proportion is low, and quality is light, is the 1/3-1/2 of glass lens.

2nd, refractive index is moderate, common CR-39 acrylic diglycol carbonates, and refractive index is 1.497-1.504, current Shenyang It is 1.67 that glasses resin lens refractive index highest on the market is the ultra-thin stiffened blooming refractive index of Japanese Nikon aspheric surface Resin lens, Japanese Nikon company will release 1.74 refractive indexs resin lens.

3rd, case hardness is less than glass, is easily scratched by hard thing, so need to process through stiffened, its stiffened material is dioxy SiClx, but hardness does not reach absolutely the hardness of glass, therefore needs wearer to note the maintenance of eyeglass.

4th, elasticity is good, and due to due to organic molecule interchain has and can produce the space of displacement, relative intensity is sheet glass 23-28 times, which dictates that the another big characteristic good impact resistance of resin sheet for optical, Europe, the U.S., Japanese national are forbidden Under-16 child wears glass lens.

5th, miscellaneous function:Process can be added to obtain the functions such as anti-harm ray, discoloration.

6th, processability:Excellent, full frame of can advancing, half frame, rimless many types ofization processing, and permeability dyeing can be carried out, The color that individual likes dyed by eyeglass.

7th, chemical:Due to being a kind of organic compound, therefore absolute prohibition wears use under acid, alkali environment.

8th, hot property:Must not use under more than 60 degree of environment above, otherwise surface antireflection film will rupture, or even occur Antireflective coating obscission.

9th, price:With quality, function, brand, class.

10th, the size design of eyeglass:Specify in United States drug and food control office " F.D.A " standard, center thickness is minimum Can design to 0.6 millimeter, but intensity requirement accordingly reduces, be the state such as this Europe, the U.S., Japan manufacturer typically myopia, The eyeglass central thickness that more than 100 degree of hypermetropia is designed more than 1.0 millimeters, to ensure the bulk strength of eyeglass.

In sum, optical resin lens either have application widely in life or industry.And it is existing Optical resin lens injection mo(u)lding after mainly removed by artificial or mechanical arm, then put and be manually placed at mechanical hand On the dolly of lower section, the department that eyeglass carries out transporting coating, stiffened is processed by artificial, is completed after this procedure again Department by hand haulage to additive color;Dry department is finally sent to.Whole process is loaded down with trivial details, waste time and energy, the fraction defective of product is high And need larger work space.

Content of the invention

It is an object of the invention to provide the production of a kind of optical resin lens automatic coating, stiffened, additive color, drying equipment Line, the fraction defective solved produced by artificial treatment are high, the problem for wasting time and energy.

For achieving the above object, the present invention provides following technical scheme:

A kind of optical resin lens automatic coating, stiffened, additive color, drying equipment production line, including the first station, the second work Position and 3rd station, first station include clamping sheet mechanism, workpiece-taking of plastic jetting-moulding machine mechanism, insert mechanism and conveyer belt mechanism, institute Stating the second station includes swing mechanism, pickling mechanism A, cross slid platform mechanism A, drying mechanism A and bin mechanism A, the described 3rd Station includes cross slid platform mechanism B, pickling mechanism B, cross slid platform mechanism C, drying mechanism B and bin mechanism B;Pass through people first Work puts intermediate plate to clamping sheet mechanism, and intermediate plate is put into conveyer belt mechanism by the clamping sheet mechanism;Then workpiece-taking of plastic jetting-moulding machine mechanism is from note Molding machine takes out the good optical resin lens of injection mo(u)lding from injection machine and is put into insert mechanism, and the insert mechanism is again by optics tree Conveyer belt mechanism put by fat eyeglass, and optical resin lens are sent to pickling mechanism A by swing mechanism by the conveyer belt mechanism On carry out coating, stiffened operation, drying mechanism A is sent to by cross slid platform mechanism A again then and is dried, to be dried after, by Optical resin lens are sent to bin mechanism A and are stored by drying mechanism A, by cross slid platform mechanism B by bin mechanism A Optical resin lens be sent to pickling mechanism B carry out cleaning, additive color operation, then drying mechanism B be sent to by cross slid platform mechanism C enter Row drying, to be dried after, optical resin lens are sent to bin mechanism B by drying mechanism B and are stored, finally by manually taking away Finished product.

As further scheme of the invention:Whole production line is to be mounted with that dedusting is destaticed, sealed or not close at one In the framework of envelope.

Compared with prior art, the invention has the beneficial effects as follows:The present invention is using automated machine equipment and Based Intelligent Control System replaces artificial operation, not only saves manpower, and the fraction defective also solved produced by artificial treatment is high, and wasted time and energy asks Topic;Also improve the production efficiency of optical resin spectacles lens, the quality of product simultaneously and save production cost.

Description of the drawings

Fig. 1 is optical resin lens automatic coating, stiffened, additive color, the process chart of drying equipment production line;

Fig. 2 is the structured flowchart of clamping sheet mechanism;

The structured flowchart of Tu3Shi workpiece-taking of plastic jetting-moulding machine mechanism;

Fig. 4 is the structured flowchart of insert mechanism;

Fig. 5 is the structured flowchart of swing mechanism;

The structured flowchart of Tu6Shi pickling mechanism A;

The structured flowchart of Tu7Shi cross slid platforms mechanism B;

The structured flowchart of Tu8Shi pickling mechanism B.

Specific embodiment

Below in conjunction with the embodiment of the present invention and accompanying drawing, to the embodiment of the present invention in technical scheme carry out clear, complete Ground description, it is clear that described embodiment is only a part of embodiment of the invention, rather than whole embodiment.Based on this Embodiment in invention, the every other reality obtained under the premise of creative work is not made by those of ordinary skill in the art Example is applied, the scope of protection of the invention is belonged to.

Fig. 1 is referred to, in the embodiment of the present invention, a kind of optical resin lens automatic coating, stiffened, additive color, drying equipment Production line, including the first station, the second station and 3rd station, the first station includes clamping sheet mechanism, workpiece-taking of plastic jetting-moulding machine mechanism, inserts Piece mechanism and conveyer belt mechanism, the second station include swing mechanism, pickling mechanism A, cross slid platform mechanism A, drying mechanism A and material Frame mechanism A, 3rd station include cross slid platform mechanism B, pickling mechanism B, cross slid platform mechanism C, drying mechanism B and bin mechanism B.First by manually putting intermediate plate to clamping sheet mechanism, intermediate plate is put into conveyer belt mechanism by clamping sheet mechanism;Then workpiece-taking of plastic jetting-moulding machine Mechanism takes out the good optical resin lens of injection mo(u)lding from injection machine from injection machine and is put into insert mechanism, and insert mechanism is again by light Learn resin lens and put conveyer belt mechanism, optical resin lens are sent to pickling mechanism A by swing mechanism by conveyer belt mechanism On carry out coating, stiffened operation, drying mechanism A is sent to by cross slid platform mechanism A again then and is dried, to be dried after, by Optical resin lens are sent to bin mechanism A and are stored by drying mechanism A, by cross slid platform mechanism B by bin mechanism A Optical resin lens be sent to pickling mechanism B carry out cleaning, additive color operation, then drying mechanism B be sent to by cross slid platform mechanism C enter Row drying, to be dried after, optical resin lens are sent to bin mechanism B by drying mechanism B and are stored, finally by manually taking away Finished product.

Fig. 2 is referred to, clamping sheet mechanism includes 1 feed bin, 2 parallel cylinders and 1 support.The effect of feed bin is storage folder Piece, to ensure that the eyeglass of the injection mo(u)lding that takes out from injection machine can be inserted in intermediate plate in time, the effect of 2 parallel cylinders is folder Firmly intermediate plate and in next mechanism move when by unclamp intermediate plate intermediate plate is accurately fallen on conveyer belt.The Main Function of support is The high whole clamping sheet mechanism of frame is keeping the suitable distance of conveyer belt and clamping sheet mechanism.The main actions of clamping sheet mechanism are storage folders Piece;Intermediate plate is thrown in conveyer belt.Mechanism is mainly that instead of having occupied folder below industry mechanical arm in existing production technology The utility cart of piece, in existing production technology, operator needs to push the utility cart for having occupied intermediate plate in time, therefore mechanism Major advantage have:Amount of storage is big;Automatization, operator only need to be performed the action for intermediate plate being put into feed bin;Continuity.

Refer to Fig. 3, workpiece-taking of plastic jetting-moulding machine mechanism include 1 Rodless cylinder, 2 gas pawls, 1 parallel cylinder, 2 groups of clips, 1 Aluminium sheet and adnexa that group linear guides, the aluminium section bar of 2 45mm*90mm*2300mm, 10 block sizes differ.Mechanism is by 2 Gas pawl, 1 parallel cylinder, 2 groups of clips and aluminium block constitute fixture, with Rodless cylinder as power, linear guides as guiding, 2 Aluminium section bar constitutes pedestal with the aluminium sheet of maximum.The main purpose of mechanism is:The light of injection mo(u)lding is taken out from injection machine Learn resin lens;Docking for optical resin lens is carried out with next mechanism.Mechanism mainly replaces existing processing optical resin The industry mechanical arm that commonly uses in the technique of eyeglass, to complete the action from taking of plastic jetting-moulding machine eyeglass, compared to industry mechanical arm, the machine The advantage of structure has:Good stability;The saving time;Full-automation, is not required to human assistance;Continuity.

Fig. 4 is referred to, insert mechanism includes the aluminium section bar of 2 45mm*45mm, 1 magnetic coupling formula Rodless cylinder, 2 swings Cylinder, 2 parallel folders, 2 groups of clips, polylith aluminium sheet and adnexaes.Mechanism is with 2 groups of clips, 2 parallel folders and aluminium sheet composition folder Tool, used as steering, magnetic coupling formula Rodless cylinder is as the power for moving up and down completing inserted sheet action for oscillating cylinder.The master of mechanism The action is wanted to be:The optical resin lens for clamping injection mo(u)lding parallel with workpiece-taking of plastic jetting-moulding machine mechanism cooperation are facilitating insertion intermediate plate; Fixture is moved downwardly to optical resin lens insertion intermediate plate of the specified location injection mo(u)lding.In existing processing optical resin lens Technique in this step by being accomplished manually, therefore, mechanism has advantages below:Improve work efficiency;Improve optics tree The quality and quality of fat eyeglass, it is to avoid produce the problems such as pollution, destruction when being accomplished manually to eyeglass.

Conveyer belt mechanism includes conveyer belt and parallel cylinder, and by parallel cylinder whole conveyer belt jack-up, clamping sheet mechanism is thrown Intermediate plate is put, conveyer belt catches intermediate plate;Again by the fed distance of the Serve Motor Control conveyer belt on conveyer belt, insert mechanism is note Molded optical resin lens insertion intermediate plate, after after completing an action, conveyer belt is rotated further and sticks with up to whole intermediate plate by One end of tape transport to conveyer belt is facilitating the cooperation with next mechanism.Mechanism mainly completes to transport for inserting optics tree The intermediate plate of fat eyeglass, substitutes the optical resin lens of existing hand haulage's injection mo(u)lding, and the advantage of mechanism is:Avoid The pollution that in transit optical resin lens are caused and damage;Saving time and space.Mechanism one work on completing Can be directly by belt conveyance to next process while sequence.

The action that first station is mainly completed in the production technology of existing optical resin lens can be summarized as optics Resin lens coating, stiffened, additive color, the everything of the early stage of drying;Including taking-up eyeglass from injection machine, put eyeglass And transport eyeglass.Its significant advantage is to shorten the production time, reduce the required occupation of land face of optical resin lens production Product also saves manpower simultaneously, and then greatly improves the production efficiency of optical resin lens.

Refer to Fig. 5, swing mechanism include 1 group of line slideway, 1 group of linear module, 1 square oscillating cylinder, 1 parallel The aluminium sheet that folder, 2 pieces of balancing weights and some block sizes differ.Mechanism first using linear module as power, make by line slideway For being oriented to the intermediate plate by optical resin lens are stuck with conveyer belt by the parallel folder gripping above mechanism;With oscillating cylinder it is again Power, the angle of swing is used as being oriented to be coordinated with next mechanism.Mechanism mainly will stick with light on conveyer belt The intermediate plate for learning resin lens carries out 180 ° of actions that reverses in order to next mechanism.The remarkable advantage of mechanism:Employ Germany The linear module of import, the positioning precision of whole mechanism are high.

Fig. 6 is referred to, pickling mechanism A includes 1 group of linear module, 1 oscillating cylinder, 1 parallel folder, 1 reducing motor And some aluminium blocks not of uniform size.Mechanism drives linear module with reducing motor, and slowly motion drives optical resin mirror simultaneously Soaked inside the square descaling bath that piece evenly enters equipped with chemical liquid, immersion finish after taking-up again at the uniform velocity.The machine Structure carries out coating and stiffened to optical resin lens.Mechanism employ high-precision linear module in addition reducing motor reaching Slowly, at the uniform velocity, stably guarantee optical resin lens immersion uniformly so as to improving the quality of eyeglass.Compared to be made up of portal frame Pickling groove mechanism, the advantage of mechanism:Avoid generation pollution in transit;Saved cycle time for completing the operation and Manpower;Save floor space.

Cross slid platform mechanism A include 1 group of line slideway, 2 groups of linear modules, 1 U-type groove, 1 I-shaped bracket, 1 grab Handss, 1 parallel folder, 1 parallel cylinder and some aluminium blocks.With wherein 1 group linear module as power, line slideway is mechanism The U-type groove that the dynamic I-shaped bracket of guidance tape connects above is moved forward and backward;It is with the linear module that another group is fixed in U-type groove Power drives the clip on handgrip to move left and right;The action of whole cross slid platform is while action phase interworking with two groups of linear modules The optical resin lens of coating, stiffened are moved to drying tank and are dried and dedusting by conjunction.Mechanism is mainly that instead of people Work is transported to the optical resin lens of coating, stiffened and is put, and the advantage of mechanism is:Avoid on transport way In optical resin lens are polluted;Mechanism directly coordinates pickup with pickling, has saved haulage time, namely has shortened production Time further improves the production efficiency of eyeglass.

Drying mechanism A includes 6 groups of drying bakers.Drying baker is that its principal organ is employing with the technology such as being thermally isolated, seal The ceramic baker of import;Also with the addition of exhaust equipment in the bottom of drying baker carries out dedusting to eyeglass simultaneously.6 groups of drying bakers Are divided into two 3 dryings and dedusting that optical resin lens are carried out.Compared to existing baking operation, the present invention also added one Road dust-removing process, carrying out dedusting while drying guarantees the eyeglass that produces substantially without dust.

Optical resin lens of the bin mechanism A mainly for machining provide a memory space.

Second station mainly completes coating, the stiffened operation of optical resin lens.

Fig. 7 is referred to, cross slid platform mechanism B includes 1 group of line slideway, 2 groups of linear modules, 1 U-type groove, 1 I shape Support, 1 handgrip, 1 parallel folder, 1 tilt cylinder and some aluminium blocks.Mechanism is power by linear module, with line slideway For being oriented to, the U-type groove above I-shaped bracket is driven to move left and right, then with the linear module in U-type groove as dynamic Control handgrip Movable, it is easy to coordinate with next mechanism.

Fig. 8 is referred to, pickling mechanism B includes 1 group of linear module, 1 oscillating cylinder, 1 parallel folder, 1 reducing motor And some aluminium blocks not of uniform size.Mechanism mainly carries out additive color to optical resin lens, and specially mechanism is with the electricity that slows down Machine drives linear module, and slowly motion drives optical resin lens evenly to enter the square descaling bath equipped with chemical liquid simultaneously The inside is soaked, and soaks taking-up again at the uniform velocity after finishing.Mechanism employ high-precision linear module and reducing motor with Reaching slowly, at the uniform velocity, stably guarantees optical resin lens immersion uniformly so as to improving the quality of eyeglass.Compared to by portal frame The pickling groove mechanism of composition, the advantage of mechanism have:Avoid generation pollution in transit;The week for completing the operation is saved Time phase and manpower;Save floor space.

Cross slid platform mechanism C include 1 group of line slideway, 2 groups of linear modules, 1 U-type groove, 1 I-shaped bracket, 1 grab Handss, 1 parallel folder, 1 parallel cylinder and some aluminium blocks.Mechanism is that the optical resin lens of additive color are moved to baking Dry case is dried and dedusting.Mechanism with the linear module of one of which as power, start building font for guidance tape by line slideway The U-type groove that frame connects above is moved forward and backward;The folder on handgrip is driven with another group of linear module being fixed in U-type groove as power Son is moved left and right;The action of whole cross slid platform is while action cooperates the light of additive color with two groups of linear modules Resin lens move to drying tank and are dried and dedusting.Mechanism is mainly that instead of the artificial optics tree to additive color Fat eyeglass is transported and is put.The advantage of mechanism is:Avoid polluting optical resin lens in transit;With Pickling mechanism directly coordinates pickup, has saved haulage time, namely has shortened the production time and then improve the production effect of eyeglass Rate.

Drying mechanism B includes 6 groups of drying bakers.Drying baker is that its principal organ is employing with the technology such as being thermally isolated, seal The ceramic baker of import;Also with the addition of exhaust equipment in the bottom of drying baker carries out dedusting to eyeglass simultaneously.6 groups of drying bakers Are divided into two 3 dryings and dedusting that optical resin lens are carried out.Compared to present baking operation, the present invention also added one Road dust-removing process, carrying out dedusting while drying guarantees the eyeglass that produces substantially without dust.

Optical resin lens of the bin mechanism B mainly for machining provide a memory space, make operator in behaviour Make on the time, to have individual buffer time.

3rd station mainly completes the additive color operation of optical resin lens.

In sum, the optical resin lens automatic coating of the embodiment of the present invention, stiffened, additive color, drying equipment production line All in a closed framework, dedusting static removal equipment is installed above whole framework, so that it is guaranteed that producing Optical resin lens quality.The process of whole production line can be summarized as:From on injection machine pickup-transport-coating, stiffened- Drying-transport-additive color-drying-take finished product.Whole process is all completed in a set of automation equipment, compares existing light Resin lens production is learned, and substantial amounts of floor space is saved while also improving the production efficiency of optical resin lens.

It is obvious to a person skilled in the art that the invention is not restricted to the details of above-mentioned one exemplary embodiment, Er Qie In the case of spirit or essential attributes without departing substantially from the present invention, the present invention can be realized in other specific forms.Therefore, no matter From the point of view of which point, embodiment all should be regarded as exemplary, and be nonrestrictive, the scope of the present invention is by appended power Profit is required rather than described above is limited, it is intended that all in the implication and scope of the equivalency of claim by falling Change is included in the present invention.

Moreover, it will be appreciated that although this specification is been described by according to embodiment, not each embodiment is only wrapped Contain an independent technical scheme, this narrating mode of description is only that those skilled in the art should for clarity Using description as an entirety, the technical scheme in each embodiment can also form those skilled in the art through appropriately combined Understandable other embodiment.

Claims (2)

1. a kind of optical resin lens automatic coating, stiffened, additive color, drying equipment production line, it is characterised in that including the first work Position, the second station and 3rd station, first station include clamping sheet mechanism, workpiece-taking of plastic jetting-moulding machine mechanism, insert mechanism and conveying Band mechanism, second station include swing mechanism, pickling mechanism A, cross slid platform mechanism A, drying mechanism A and bin mechanism A, The 3rd station includes cross slid platform mechanism B, pickling mechanism B, cross slid platform mechanism C, drying mechanism B and bin mechanism B;
The clamping sheet mechanism includes 1 feed bin, 2 parallel cylinders and 1 support, and the effect of the feed bin is storage intermediate plate, with Ensure that the eyeglass of the injection mo(u)lding that takes out from injection machine can be inserted in intermediate plate in time, the effect of 2 parallel cylinders is to clamp Piece is simultaneously accurately fallen intermediate plate on conveyer belt by unclamping intermediate plate during motion in next mechanism, and the Main Function of the support is The high whole clamping sheet mechanism of frame is keeping the suitable distance of conveyer belt and clamping sheet mechanism;
The workpiece-taking of plastic jetting-moulding machine mechanism includes that 2 gas pawls, 1 parallel cylinder, 2 groups of clips and aluminium block constitute fixture, with without bar gas Cylinder is power, and used as guiding, the aluminium sheet of 2 aluminium section bars and maximum constitutes pedestal to linear guides, the workpiece-taking of plastic jetting-moulding machine mechanism from The optical resin lens of injection mo(u)lding are taken out in injection machine, carry out docking for optical resin lens with next mechanism;
The insert mechanism includes 2 aluminium section bars, 1 magnetic coupling formula Rodless cylinder, 2 oscillating cylinders, 2 parallel folders, 2 groups of folders Son, polylith aluminium sheet and adnexa, the insert mechanism constitute fixture with 2 groups of clips, 2 parallel folders with aluminium sheet, and oscillating cylinder is made For turning to, magnetic coupling formula Rodless cylinder is as the power for moving up and down completing inserted sheet action, the insert mechanism and taking of plastic jetting-moulding machine Part mechanism coordinates the parallel optical resin lens for clamping injection mo(u)lding to facilitate insertion intermediate plate;Fixture is moved downwardly to specific bit Put the optical resin lens insertion intermediate plate injection mo(u)lding;
The conveyer belt mechanism includes conveyer belt and parallel cylinder, and by parallel cylinder whole conveyer belt jack-up, clamping sheet mechanism is thrown Intermediate plate is put, conveyer belt catches intermediate plate, then the fed distance by the Serve Motor Control conveyer belt on conveyer belt, and insert mechanism is note Molded optical resin lens insertion intermediate plate, after after completing an action, conveyer belt is rotated further and sticks with up to whole intermediate plate by One end of tape transport to conveyer belt is facilitating the cooperation with next mechanism;
The swing mechanism includes 1 group of line slideway, 1 group of linear module, 1 square oscillating cylinder, 1 parallel folder, 2 pieces of counterweights The aluminium sheet that block and some block sizes differ, first using linear module as power, line slideway is used as leading for the swing mechanism To the intermediate plate by optical resin lens are stuck with conveyer belt by the parallel folder gripping above mechanism, then it is with oscillating cylinder Power, the angle of swing is used as being oriented to be coordinated with next mechanism;
The pickling mechanism A includes 1 group of linear module, 1 oscillating cylinder, 1 parallel folder, 1 reducing motor and some big The little aluminium block for differing, the pickling mechanism A drives linear module with reducing motor, and slowly motion drives optical resin lens simultaneously Evenly enter and soaked inside the square descaling bath equipped with chemical liquid, soak taking-up again at the uniform velocity after finishing;
The cross slid platform mechanism A include 1 group of line slideway, 2 groups of linear modules, 1 U-type groove, 1 I-shaped bracket, 1 grab Handss, 1 parallel folder, 1 parallel cylinder and some aluminium blocks, the cross slid platform mechanism A are with wherein 1 group linear module Power, line slideway are that the U-type groove that the dynamic I-shaped bracket of guidance tape connects above is moved forward and backward, and are fixed in U-type groove with another group Linear module be power drive handgrip on clip move left and right, the action of whole cross slid platform is with two groups of linear modules Simultaneously action cooperates and the optical resin lens of coating, stiffened are moved to drying tank is dried and dedusting;
The drying mechanism A includes 6 groups of drying bakers, and the drying baker is that its principal organ is with the technology for being thermally isolated, sealing The ceramic baker of import is employed, while also exhaust equipment is with the addition of in the bottom of drying baker carries out dedusting, 6 groups of bakings to eyeglass Dry case is divided into two 3 dryings and dedusting that optical resin lens are carried out;
Optical resin lens of the bin mechanism A mainly for machining provide a memory space;
The cross slid platform mechanism B include 1 group of line slideway, 2 groups of linear modules, 1 U-type groove, 1 I-shaped bracket, 1 grab Handss, 1 parallel folder, 1 tilt cylinder and some aluminium blocks, the cross slid platform mechanism B are power by linear module, with line slideway For being oriented to, the U-type groove above I-shaped bracket is driven to move left and right, then with the linear module in U-type groove as dynamic Control handgrip Movable, it is easy to coordinate with next mechanism;
The pickling mechanism B includes 1 group of linear module, 1 oscillating cylinder, 1 parallel folder, 1 reducing motor and some big The little aluminium block for differing, the pickling mechanism B mainly carry out additive color to optical resin lens, and specially mechanism is driven with reducing motor Slowly motion drives optical resin lens evenly to enter inside the square descaling bath equipped with chemical liquid to linear module simultaneously Soaked, soaked taking-up again at the uniform velocity after finishing;
The cross slid platform mechanism C include 1 group of line slideway, 2 groups of linear modules, 1 U-type groove, 1 I-shaped bracket, 1 grab Handss, 1 parallel folder, 1 parallel cylinder and some aluminium blocks, the cross slid platform mechanism C is by the optical resin of additive color Eyeglass moves to drying baker and is dried and dedusting, the cross slid platform mechanism C with the linear module of one of which as power, straight line Guide rail is that the U-type groove that the dynamic I-shaped bracket of guidance tape connects above is moved forward and backward;The linear mould being fixed in U-type groove with another group Group drives the clip on handgrip to move left and right for power;The action of whole cross slid platform is while action with two groups of linear modules Cooperate and the optical resin lens of additive color are moved to drying tank be dried and dedusting;
The drying mechanism B includes 6 groups of drying bakers, and drying baker is that its principal organ is to adopt with the technology for being thermally isolated, sealing The ceramic baker of import;Also with the addition of exhaust equipment in the bottom of drying baker carries out dedusting to eyeglass simultaneously;
Optical resin lens of the bin mechanism B mainly for machining provide a memory space, make operator in behaviour Make on the time, to have individual buffer time;
First by manually putting intermediate plate to clamping sheet mechanism, intermediate plate is put into conveyer belt mechanism by the clamping sheet mechanism;Then it is molded Machine removal mechanism is taken out the good optical resin lens of injection mo(u)lding from injection machine and is put into insert mechanism, and the insert mechanism again will Optical resin lens put conveyer belt mechanism, and optical resin lens are sent to pickling by swing mechanism by the conveyer belt mechanism Coating, stiffened operation is carried out on mechanism A, drying mechanism A is sent to by cross slid platform mechanism A again then and is dried, to be dried Afterwards, optical resin lens are sent to bin mechanism A by drying mechanism A to be stored, by cross slid platform mechanism B by bin mechanism Optical resin lens on A be sent to pickling mechanism B carry out cleaning, additive color operation, then dehydrator is sent to by cross slid platform mechanism C Structure B is dried, to be dried after, optical resin lens are sent to bin mechanism B by drying mechanism B and are stored, finally by people Work takes optical resin lens away.
2. optical resin lens automatic coating according to claim 1, stiffened, additive color, drying equipment production line, its feature Be, whole production line be one be mounted with dedusting destatic, seal or packing less framework in.
CN201410573413.9A 2014-10-24 2014-10-24 Optical resin lens automatic coating, stiffened, additive color, drying equipment production line CN104309139B (en)

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CN201410573413.9A CN104309139B (en) 2014-10-24 2014-10-24 Optical resin lens automatic coating, stiffened, additive color, drying equipment production line

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CN104309139B true CN104309139B (en) 2017-03-15

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Publication number Priority date Publication date Assignee Title
CN104827615B (en) * 2015-05-11 2017-05-17 江苏万新光学有限公司 Lens clip removal device

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JPH08132540A (en) * 1994-11-02 1996-05-28 Olympus Optical Co Ltd Molding method
CN1240535C (en) * 2003-05-14 2006-02-08 上海康耐特光学有限公司 Manufacture of superthin high-refractivity optical resin lens
US7833442B2 (en) * 2005-12-21 2010-11-16 Essilor International (Compagnie Generale D'optique) Method for coating an ophthalmic lens within an injection molding machine
US7906047B2 (en) * 2005-12-21 2011-03-15 Essilor International (Compagnie Generale D'optique) Injection molding a lens onto a coated ophthalmic wafer
CN103611715B (en) * 2013-11-18 2016-02-03 临海市锦铮机械有限公司 The two-sided automatic rinser of eyeglass multiaxis

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