CN103481503B - Full-automatic polarized lenses forming machine - Google Patents
Full-automatic polarized lenses forming machine Download PDFInfo
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- CN103481503B CN103481503B CN201310370839.XA CN201310370839A CN103481503B CN 103481503 B CN103481503 B CN 103481503B CN 201310370839 A CN201310370839 A CN 201310370839A CN 103481503 B CN103481503 B CN 103481503B
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Abstract
The invention discloses a kind of full-automatic polarized lenses forming machine, belong to ophthalmic len bake pressure forming technique field, solve the problems, such as to be unable to automatic loading and unloading eyeglass in the prior art；The present invention includes frame（10）, station switching mechanism（20）, working arm（21）, straight tube（22）, bowl body（23）With annular baking oven（24）, imported and exported in eyeglass（25）Place sets automatic charging device and automatic discharge unit, and the automatic charging device and automatic discharge unit are respectively arranged with support, picture-taking device and drive device are provided with support；In straight tube（22）On be fixedly connected with preheating device；The present invention reaches the purpose of automatic charging and automatic discharging by setting automatic charging device and automatic discharge unit, the need for reaching automated production, improves operating efficiency；Using preheating device, the heat of annular baking oven can be made full use of, reach energy-conservation purpose, and preheated by eyeglass, improve product quality.
Description
Technical field
The invention belongs to ophthalmic len bake pressure forming technique field, it is related to a kind of glasses plate machining device, more particularly to one
Plant full-automatic polarized lenses forming machine.
Background technology
Due to lightweight, anti-impact force is strong, and translucency is good, can meet various special requirements, therefore resin mirror for resin lens
The market demand of piece increasingly increases.Polaroid enables light due to can effectively exclude and filter the scattering light in light beam
Ocular vision image is put into the light transmission shaft of the right path, makes the nature that gets a clear view, therefore obtain widely should on all kinds of ophthalmic lens
With.But polaroid is in process of manufacture, because raw material are plate material, pass through plate material by high-temperature baking
Cross thermoplastic deformation and be processed into satisfactory different spheres, can not optically standard dioptric shape but if eyeglass arc in itself is curved
State, then polarization effect weakening influences image authenticity, and poor durability.
Current resin lens shaping is main to have hot forming and pressure to bake shape, and hot forming is mainly injected by mould, hot pressing
Shaping；Pressure is baked shape and is mainly completed by pressing baking machine, and such as polarized ophthalmic lenses mainly bake shape using pressure, and also essentially the half of use
Machine is dried from dynamic pressure, in the prior art, filed in 30 days April in 2009 of the applicant, Authorization Notice No. is
The Chinese invention patent specification of CN101591135 B discloses a kind of polarized lens automatic bending forming machine, as shown in figure 1,
The polarized lens automatic bending forming machine includes annular baking oven, disc type station switching mechanism, eyeglass mold forming system and cooling
Shaping equipment, the disc type station switching mechanism can be rotated around annular baking oven axis, and heater, eyeglass are set in annular baking oven
Formation system include along the primary shaping equipment that is arranged on before and after disc type station switching mechanism direction of rotation in annular baking oven and
Ultimate shaping equipment, primary shaping equipment includes drive mechanism and trim ring, and ultimate shaping equipment includes drive mechanism and bulb pressure
Mould, sets material handling frame on the working arm of station switching mechanism, and material handling frame sets and vacuumizes chamber, vacuumizes chamber connection
Vavuum pump.Above-mentioned polarized lens automatic bending forming machine is when built-in temperature rises to uniform temperature, it is necessary to which workman places mirror manually
Piece rotates into annular baking oven, after machining on material handling frame by along disc type station switching mechanism, it is also necessary to logical
Cross workman and remove eyeglass manually.
There is problems with use in above-mentioned polarized lens automatic bending forming machine.
1st, it is required for workman to have been manually done operation, workman due to placing eyeglass to be processed and removing the eyeglass after machining
Manual operations easily causes industrial accident, at the same by hand remove eyeglass and place eyeglass when, the station switching mechanism dead time compared with
It is long, therefore low production efficiency, it is impossible to realize automated production.
When the 2nd, placing eyeglass manually, the center of eyeglass is easily affected, and has shadow to the follow-up machining eyeglass degree of accuracy
Ring, that is, have impact on the quality of eyeglass.
3rd, because the preheating device distance for being set in annular baking oven in the prior art is shorter, therefore eyeglass is in preheating device
Middle preheating time is few, therefore eyeglass can not be softened in advance；Eyeglass is while carrying out, eyeglass is easy in heating with bent into shape
Internal stress is produced, so as to destroy lamination layer structure, causes machining eyeglass qualification rate low, product is unable to reach expected optics effect
Really, influence eyeglass setting quality, and on the other hand, because annular baking oven volume is larger, most heat is not obtained effectively
Utilize, cause energy dissipation.
The content of the invention
The technical problem to be solved in the present invention is to eliminate the problem for being unable to automatic loading and unloading eyeglass in the prior art, there is provided one
The full-automatic polarized lenses forming machine with automatic loading and unloading lens function is planted, eyeglass can be automatically placed and be removed eyeglass, improve work
Make efficiency.
In addition, the present invention technical problem further to be solved is the heat of annular baking oven how to be made full use of, to eyeglass
Heated in advance, then shaped, improved machining eyeglass quality.
In order to solve the above-mentioned technical problem, the present invention provides a kind of full-automatic polarized lenses forming machine, including frame, in machine
Station switching mechanism is set on frame, working arm is set in station switching mechanism surrounding, straight tube is connected on working arm, on straight tube
Bowl body is set, annular baking oven is set in station switching mechanism periphery, described bowl body is arranged in annular baking oven, in annular baking oven
Set eyeglass to import and export, automatic air blowing supercharging device is set in eyeglass import and export, also set up on automatic in eyeglass import and export
Material device and automatic discharge unit；The automatic charging device can automatically be placed into eyeglass in bowl body to enter and enter in annular baking oven
Row bake pressure, the automatic discharge unit can in annular baking oven bake pressure shaping eyeglass automatically take out, realize polarized lenses into
The full automatic working of type machine.
Above-mentioned full-automatic polarized lenses forming machine, described automatic charging device includes the feeder being fixed in frame
Structure support, picture-taking device is slidably connected on feed mechanism support, and being also set up on feed mechanism support can promote picture-taking device to slide
Dynamic drive device, magazine is set in the lower section of feed mechanism stent outer, and above-mentioned picture-taking device can be the eyeglass in magazine
Take out, eyeglass is sent in bowl body under the driving of drive device.
Above-mentioned full-automatic polarized lenses forming machine, preheating device is fixedly connected with the outside of described bowl body with straight tube,
The preheating device includes pallet and is arranged on the heat resistant pad of tray surface, and the pallet of the preheating device can place eyeglass, make mirror
Piece is preheated in annular baking oven, and the heat resistant pad of tray surface can play a part of to protect eyeglass, prevent eyeglass from picking and placeing
During sustain damage.
Above-mentioned full-automatic polarized lenses forming machine, described picture-taking device includes picture-taking device support, on picture-taking device support
Cylinder is set, sucker is set on cylinder guide pillar, vacuum valve is set between sucker and cylinder guide pillar, described vacuum valve with it is true
Empty pump is connected；The picture-taking device can carry out transport eyeglass using the sucker set on cylinder guide pillar, sucker and cylinder guide pillar it
Between vacuum valve is set, using the pumping and deflation of vavuum pump, can make between sucker and eyeglass formed vacuum state or inflation shape
State, is conducive to holding eyeglass and puts down eyeglass, makes to pick and place that eyeglass is more convenient, safety.
Above-mentioned full-automatic polarized lenses forming machine, the automatic discharge unit includes the shedding mechanism being fixed in frame
Support, picture-taking device is slidably connected on shedding mechanism support, and the drive that picture-taking device can be promoted to slide is set on shedding mechanism support
Dynamic device.Described picture-taking device includes picture-taking device support, and cylinder is set on described picture-taking device support, is set on cylinder guide pillar
Sucker is put, vacuum valve is set between described sucker and cylinder guide pillar, described vacuum valve is connected with vavuum pump, and above-mentioned takes
Piece device can take out the eyeglass in bowl body, and eyeglass is sent on retracting device under the driving of drive device, and picture-taking device can be with
Transport eyeglass is carried out using the sucker set on cylinder guide pillar, vacuum valve is set between sucker and cylinder guide pillar, using vacuum
The pumping and deflation of pump, can make to form vacuum state or inflated condition between sucker and eyeglass, are conducive to holding eyeglass and put
Eyeglass is put, makes to pick and place that eyeglass is more convenient, safety.
Above-mentioned full-automatic polarized lenses forming machine, described drive device includes cylinder and cylinder guide pillar, described
One end of cylinder guide pillar sets guide pillar fixed plate, and the guide pillar fixed plate is fixedly connected with picture-taking device support, and cylinder operation can band
Dynamic guide pillar fixed plate motion, so as to drive the motion of the parts such as the sucker on picture-taking device support motion and picture-taking device support.
Above-mentioned full-automatic polarized lenses forming machine, described magazine bottom sets magazine inversion mechanism, magazine transposition
Mechanism includes cylinder and cylinder guide pillar, and guide pillar fixed plate, the guide pillar fixed plate and magazine bottom are set in one end of cylinder guide pillar
It is fixedly connected, by cylinder operation, cylinder guide pillar and the motion of guide pillar fixed plate is driven, so as to drive magazine to move.
Above-mentioned full-automatic polarized lenses forming machine, the bowl between described automatic charging device and automatic discharge unit
Body top, the bowl body top of the next station of automatic air blowing supercharging device are respectively provided with eyeglass suction means, and described eyeglass is drawn
Device includes being connected with feed back case with the suction suction head that be connected of cylinder, described suction tin, described feed back case and air extractor
It is connected, above-mentioned eyeglass suction means can sop up the eyeglass in bowl body, prevents the picture-taking device on automatic discharge unit due to losing
Mistake has machined eyeglass without removing, and the picture-taking device remained on bowl body surface, thus influence automatic charging device is put
Put eyeglass；Be also possible to prevent automatic air blowing supercharging device due to slip up without eyeglass suction pressure on bowl body surface, and still with original
Beginning state is rested on when in bowl body, be directly entered annular baking oven be heated and cooling etc. process, make eyeglass turn into waste product, cause material
Material is wasted.
The beneficial effect of above-mentioned full-automatic polarized lenses forming machine is to be set on automatic by eyeglass import and export
Material device and automatic discharge unit, reach the purpose of automatic charging and automatic discharging, the need for reaching automated production, improve work
Make efficiency；Using preheating device is set on the outside of bowl body, the heat of annular baking oven can be made full use of, reach energy-conservation purpose, and
And preheated by eyeglass, improve product quality.
Brief description of the drawings
Fig. 1 is prior art polarized lens automatic bending forming machine structural representation.
Fig. 2 is one of perspective view of the present invention.
Fig. 3 is the two of perspective view of the present invention.
Fig. 4 is A portions structure enlarged diagram in Fig. 2.
Fig. 5 is automatic charging device structural representation of the present invention.
Fig. 6 is automatic discharge unit structural representation of the present invention.
Drawing reference numeral explanation：10- frames, 20- station switching mechanisms, 21- working arms, 22- straight tubes, 23- bowl bodies, 24- rings
Shape baking oven, the import and export of 25- eyeglasses, 26- automatic air blowings supercharging device, 27- pallets, 28- heat resistant pads, 30- feed mechanisms support,
（31a 31c）- picture-taking device support,（32a 32b 32c 32d 32e 32f）- cylinder,（33a 33b 33c 33d 33e
33f）- cylinder guide pillar,（34a 34b 34c）- sucker,（35a 35b 35c）- vacuum valve,（36d 36e 36f）- guide pillar is fixed
Plate, 40- magazines, 60- shedding mechanisms support, 71- suctions, 72- suctions cylinder, 73- feed back casees.
Specific embodiment
The invention will be further described below in conjunction with the accompanying drawings.
Full-automatic polarized lenses forming machine as shown in Figure 1, Figure 2, Figure 3 shows, including frame 10, station is set in frame 10
Switching mechanism 20, working arm 21 is set in the described surrounding of station switching mechanism 20, and straight tube is connected on described working arm 21
22, bowl body 23 is set on straight tube 22, in the described periphery of station switching mechanism 20, annular baking oven 24, described bowl body 23 are set
It is arranged in annular baking oven 24, described annular baking oven 24 sets eyeglass and imports and exports 25, is imported and exported in eyeglass and set automatically at 25
Air blowing supercharging device 26, imports and exports in eyeglass and automatic charging device and automatic discharge unit is set at 25.The automatic charging device
Eyeglass is placed into can automatically in bowl body 23 and enter in annular baking oven 24 and carry out bake pressure, the automatic discharge unit can be in ring
The eyeglass of bake pressure shaping automatically takes out in shape baking oven 24, realizes the full automatic working of polarized lenses forming machine.
As shown in Fig. 2, Fig. 4, Fig. 5, described automatic charging device includes the feed mechanism support being fixed in frame 10
30, picture-taking device is slidably connected on described feed mechanism support 30, the picture-taking device includes picture-taking device support 31a, used as one
Embodiment is planted, slide rail can be set on feed mechanism support 30, it is two that slide rail can be arranged in parallel, picture-taking device support 31a
It is arranged on slide rail, therefore picture-taking device can be slided on slide rail.Set on described picture-taking device support 31a cylinder 32a,
32b, sets sucker 34a, 34b on cylinder guide pillar 33a, 33b, described sucker 34a, 34b and cylinder guide pillar 33a, 33b it
Between vacuum valve 35a, 35b is set, described vacuum valve 35a, 35b is connected with vavuum pump, when the sucker 34a on cylinder 32a, 32b,
When 34b and lens contacts, vavuum pump pumping makes between sucker 34a, 34b and eyeglass into vacuum state, then sucker 34a, 34b
Eyeglass can be just held, eyeglass is sent on preheating device and bowl body 23.
As shown in Fig. 3, Fig. 6, the automatic discharge unit includes the shedding mechanism support 60 being fixed in frame 10, described
Shedding mechanism support 60 on slidably connect picture-taking device, described picture-taking device includes picture-taking device support 31c, implements as one kind
Example, can set slide rail on shedding mechanism support 60, and it is two that slide rail can be arranged in parallel, and picture-taking device support 31c is arranged on
On slide rail, therefore picture-taking device can be slided on slide rail.Cylinder 32c is set on described picture-taking device support 31c, is led in cylinder
Sucker 34c is set on post 33c, vacuum valve 35c, described vacuum valve are set between described sucker 34c and cylinder guide pillar 33c
35c is connected with vavuum pump, as the sucker 34c on cylinder 32c and during lens contacts, vavuum pump pumping, make sucker 34c and eyeglass it
Between into vacuum state, then sucker 34c can just hold eyeglass, and eyeglass is removed from bowl body 23.
As shown in figure 5, setting the drive device that picture-taking device can be promoted to slide, described driving on feed mechanism support 30
Device includes cylinder 32e and cylinder guide pillar 33e, and guide pillar fixed plate 36e, guide pillar are set in one end of described cylinder guide pillar 33e
Fixed plate 36e is fixedly connected with picture-taking device support 31a, and the motion of guide pillar fixed plate 36e can drive picture-taking device support 31a and take
The slip of the parts such as the sucker 34a on piece device support 31a.
As shown in fig. 6, setting the drive device that picture-taking device can be promoted to slide, described driving on shedding mechanism support 60
Device includes cylinder 32f and cylinder guide pillar 33f, and guide pillar fixed plate 36f, guide pillar are set in one end of described cylinder guide pillar 33f
Fixed plate 36f is fixedly connected with picture-taking device support 31c, and the motion of guide pillar fixed plate 36f can drive picture-taking device support 31c and take
The slip of the parts such as the sucker 34c on piece device support 31c.
As shown in Fig. 2, Fig. 3, Fig. 4, Fig. 5, magazine 40, described magazine are set in the lower section in the outside of feed mechanism support 30
Two groups are could be arranged to, as left magazine and right magazine, the described bottom of magazine 40 set magazine inversion mechanism, described magazine
Inversion mechanism includes cylinder 32d and cylinder guide pillar 33d, and guide pillar fixed plate 36d is set in one end of cylinder guide pillar 33d, and guide pillar is solid
Fixed board 36d is fixedly connected with the bottom of magazine 40.After the material in left magazine is finished, inflated by cylinder 32d, drive cylinder
Guide pillar 33d and guide pillar fixed plate 36d is moved, so as to drive magazine to move, right magazine is located under picture-taking device, makes picture-taking device to the right side
Eyeglass in magazine continues feeding, and new eyeglass can be then reloaded to left magazine, can so make the continuous work of picture-taking device
Make, improve operating efficiency.
As shown in Figure 3, Figure 4, preheating device, described preheating are fixedly connected with straight tube 22 in the described outside of bowl body 23
Device includes pallet 27 and is arranged on the heat resistant pad 28 on the surface of pallet 27, and picture-taking device first can be sent to the eyeglass in magazine 40 pre-
Thermal, the eyeglass on preheating device can be preheated after annular baking oven 24 rotates a circle, then by picture-taking device process
Eyeglass after preheating is sent to carries out bake pressure in bowl body 23, can so reduce eyeglass internal stress, improves machining eyeglass quality.
As shown in Fig. 2 the top of bowl body 23 between described automatic charging device and automatic discharge unit sets eyeglass
Suction means, described eyeglass suction means includes the suction head 71 being connected with suction cylinder 72, described suction cylinder 72 and feed back
Case 73 is connected, and described feed back case 73 is connected with air extractor.Above-mentioned eyeglass suction means can be prevented on automatic discharge unit
Picture-taking device machined eyeglass without removing due to slipping up, remain in the surface of bowl body 23, thus influence automatic charging
Picture-taking device on device places eyeglass, while being also possible to prevent to influence adding for eyeglass because other materials remain in the surface of bowl body 23
The quality of work and eyeglass.
As shown in figure 3, the top of bowl body 23 of the next station of automatic air blowing supercharging device sets eyeglass suction means, above-mentioned mirror
Piece suction means can prevent automatic air blowing supercharging device due to slip up without eyeglass suction pressure on the surface of bowl body 23, and still with
Reset condition is stayed in bowl body 23, be directly entered annular baking oven be heated and cooling etc. process, make eyeglass turn into waste product, cause material
Material is wasted.
Cylinder 32a, 32b, 32c and sucker 34a, 34b, 34c of above-mentioned picture-taking device could be arranged to 1,2 or 3,
It is corresponding with the number of bowl body 23 set on the straight tube 22 of single working arm 21.
Below in conjunction with the accompanying drawings, use process of the invention is illustrated.
As shown in Fig. 2, Fig. 4, Fig. 5, the drive device cylinder 32e inflations in automatic charging device promote guide pillar fixed plate
36e is moved, and drives picture-taking device support 31a motions, the cylinder 32a of picture-taking device is located at magazine top, at this moment picture-taking device cylinder 32a
Inflation, cylinder guide pillar 33a is moved down, and pushes sucker 34a and lens contacts, and at this moment vavuum pump pumping, makes sucker 34a and eyeglass
Between into vacuum state, then sucker 34a just holds eyeglass, and then cylinder 32a deflates, the upward homings of cylinder guide pillar 33a,
At the same time, station switching mechanism 20 is rotated, and drives bowl body 23 to rotate a station, and at this moment drive device cylinder 32e deflates, and drives
Dynamic device guide pillar fixed plate 36e homings, drive picture-taking device support 31a motions, cylinder 32a is run on preheating device
Side, at this moment picture-taking device cylinder 32a inflations, cylinder guide pillar 33a is moved down, and sucker 34a is close to pallet 27, and at this moment vavuum pump is put
Gas, the eyeglass on sucker 34a is put on the pallet 27 of preheating device, is so repeated, can be on the pallet 27 of each station
Eyeglass is placed, eyeglass is rotated a circle in annular baking oven, preheated.
As shown in Fig. 2, Fig. 4, Fig. 5, annular is come back to when the eyeglass by preheating is rotated by station switching mechanism 20
During the eyeglass import and export 25 of baking oven, the cylinder 32e inflations in drive device promote guide pillar fixed plate 36e motions, drive to take piece
Device support 31a is moved, and the cylinder 32a of picture-taking device is located at magazine top, and the cylinder 32b of picture-taking device is located at preheating device top；
At this moment picture-taking device cylinder 32a, 32b are inflated simultaneously, and cylinder guide pillar 33a, 33b is moved down simultaneously, push sucker 34a, 34b and mirror
Piece is contacted, at this moment vavuum pump pumping, is made between sucker 34a, 34b and eyeglass into vacuum state, and then sucker 34a just holds magazine
Eyeglass in 40, sucker 34b is held by the eyeglass after preheating on pallet 27, and then cylinder 32a, 32b deflation simultaneously, cylinder is led
Post 33a, 33b simultaneously upwards homing, at the same time, station switching mechanism 20 is rotated, drive bowl body 23 rotate a station,
At this moment drive device cylinder 32e deflates, drive device cylinder guide pillar 33e homings, and guide pillar fixed plate 36e drives picture-taking device same
Shi Yundong, makes the cylinder 32a of picture-taking device run to preheating device top, and the cylinder 32b of picture-taking device runs to the top of bowl body 23,
At this moment picture-taking device cylinder 32a, 32b are inflated simultaneously, and cylinder guide pillar 33a, 33b is moved down simultaneously, make sucker 34a near pallet
27, make sucker 34b near bowl body 23, at this moment vavuum pump deflation, is put into the eyeglass on sucker 34a on the pallet 27 of preheating device
On, the eyeglass on sucker 34b is put into bowl body 23, so circulation, you can be put into preheating device with the eyeglass in magazine 40
Pallet 27 on, and the eyeglass having been warmed up on pallet 27 is put in bowl body 23, reach the purpose of preheating and processing.
As shown in Fig. 3, Fig. 6, after the eyeglass for machining is produced from annular baking oven 24 to be come, by slice getting device lower section
When, the cylinder 32f in drive device deflates, and promotes guide pillar 33f motions, drives picture-taking device support 31c motions, makes the gas of picture-taking device
Cylinder 32f is located at the top of bowl body 23, at this moment picture-taking device cylinder 32c inflations, and cylinder guide pillar 33c is moved down, and pushes sucker 34c and mirror
Piece is contacted, at this moment vavuum pump pumping, is made between sucker 34c and eyeglass into vacuum state, and then sucker 34c just holds eyeglass, so
Exhaust hood 32c is deflated, the upward homings of cylinder guide pillar 33c, and at the same time, station switching mechanism 20 is rotated, and drives bowl body 23
A station is rotated, at this moment drive device cylinder 32f inflations, cylinder guide pillar 33f homings, guide pillar fixed plate 36f drives and takes
Piece device cylinder 32c runs to eyeglass retracting device（Without display in figure）Top, at this moment picture-taking device cylinder 32c inflations, cylinder is led
Post 33c is moved down, and makes sucker 34c near eyeglass retracting device, and at this moment vavuum pump deflation, is put into the eyeglass on sucker 34c
Eyeglass retracting device（Without display in figure）On, so repeat, realize the purpose of automatic discharging.
Full-automatic polarized lenses forming machine as shown in Figure 2 and Figure 3, imports and exports at 25 according to station in annular baking oven eyeglass
The rotation direction of switching mechanism 20 sets gradually automatic discharge unit, eyeglass suction means, automatic charging device, automatic air blowing supercharging
Device, eyeglass suction means, i.e., the top of bowl body 23 between automatic charging device and automatic discharge unit set eyeglass and draw
Device, when the picture-taking device on automatic discharge unit is due to slipping up without removing the eyeglass that the surface of bowl body 23 has machined,
When eyeglass is remained in 23 surface of bowl body, eyeglass suction means can eyeglass and other remain in the surface of bowl body 23 other
Material is drawn, and prevents from influenceing the picture-taking device on automatic charging device to place eyeglass, causes eyeglass to damage.When automatic air blowing supercharging
Device, on the surface of bowl body 23, and is still rested on when in bowl body 23 without eyeglass suction pressure due to slipping up with reset condition, above-mentioned
Eyeglass suction means can eyeglass draw fall, can prevent eyeglass be directly entered annular baking oven be heated and cooling etc. process,
Eyeglass is turned into waste product, cause waste of material.
Embodiment of the present invention is explained in detail above in conjunction with accompanying drawing, but the present invention is not limited to above-mentioned embodiment party
Formula, to those skilled in the art, can also under the premise of not departing from the present invention make some variations and modifications,
These also should be regarded as belonging to protection scope of the present invention.
Claims (6)
1. a kind of full-automatic polarized lenses forming machine, including frame（10）, in frame（10）Upper setting station switching mechanism（20）,
In described station switching mechanism（20）Surrounding sets working arm（21）, in described working arm（21）Upper connection straight tube（22）,
In straight tube（22）Upper setting bowl body（23）, in described station switching mechanism（20）Periphery sets annular baking oven（24）, it is described
Bowl body（23）It is arranged on annular baking oven（24）Interior, described annular baking oven（24）Eyeglass is set to import and export（25）, in eyeglass turnover
Mouthful（25）Place sets automatic air blowing supercharging device（26）, it is characterised in that：Imported and exported in described eyeglass（25）Place sets automatic
Feeding device and automatic discharge unit, described automatic charging device include being fixed on frame（10）On feed mechanism support
（30）, in described feed mechanism support（30）On slidably connect picture-taking device I, in feed mechanism support（30）On also set up energy
The drive device I for promoting picture-taking device I to slide, in feed mechanism support（30）The lower section in outside sets magazine（40）, described
Bowl body（23）Outside and straight tube（22）Preheating device is fixedly connected with, preheating device is arranged on annular baking oven（24）It is interior, it is described
Preheating device includes pallet（27）Be arranged on pallet（27）The heat resistant pad on surface（28）, described picture-taking device I includes picture-taking device
Support I（31a）, in described picture-taking device support I（31a）Upper setting cylinder I（32a, 32b）, in cylinder guide pillar I（33a, 33b）
Upper setting sucker I（34a, 34b）, in described sucker I（34a, 34b）With cylinder guide pillar I（33a, 33b）Between vacuum valve is set
Ⅰ（35a, 35b）, described vacuum valve I（35a, 35b）It is connected with vavuum pump；In described automatic charging device and automatic discharging
Bowl body between device（23）Top, automatic air blowing supercharging device（26）The bowl body of next station（23）Top is respectively provided with eyeglass
Suction means, described eyeglass suction means includes and suction cylinder（72）The suction head of connection（71）, described suction cylinder（72）
With feed back case（73）It is connected, described feed back case（73）Be connected with air extractor, annular baking oven eyeglass import and export (25) place according to
Automatic discharge unit, eyeglass suction means, automatic charging device, automatic is set gradually according to station switching mechanism (20) rotation direction
Air blowing supercharging device, eyeglass suction means.
2. full-automatic polarized lenses forming machine according to claim 1, it is characterised in that：The automatic discharge unit includes
It is fixed on frame（10）On shedding mechanism support（60）, described shedding mechanism support（60）On slidably connect picture-taking device
II, in shedding mechanism support（60）Upper setting can promote the drive device II that picture-taking device II is slided.
3. full-automatic polarized lenses forming machine according to claim 2, it is characterised in that：Described picture-taking device II includes taking
Piece device support II（31c）, in described picture-taking device support II（31c）Upper setting cylinder II（32c）, in cylinder guide pillar II（33c）
Upper setting sucker II（34c）, in described sucker II（34c）With cylinder guide pillar II（33c）Between set vacuum valve II（35c）,
Described vacuum valve II（35c）It is connected with vavuum pump.
4. full-automatic polarized lenses forming machine according to claim 1, it is characterised in that：Described drive device I includes
Cylinder III（32e）With cylinder guide pillar III（33e）, in described cylinder guide pillar III（33e）One end guide pillar fixed plate III is set
（36e）, guide pillar fixed plate III（36e）With picture-taking device support I（31a）It is fixedly connected.
5. full-automatic polarized lenses forming machine according to claim 2, it is characterised in that：Described drive device II includes
Cylinder IV（32f）With cylinder guide pillar IV（33f）, in described cylinder guide pillar IV（33f）One end guide pillar fixed plate IV is set
（36f）, guide pillar fixed plate IV（36f）With picture-taking device support II（31c）It is fixedly connected.
6. full-automatic polarized lenses forming machine according to claim 2, it is characterised in that：Described magazine（40）Bottom sets
Magazine inversion mechanism is put, described magazine inversion mechanism includes cylinder V（32d）With cylinder guide pillar V（33d）, in cylinder guide pillar
Ⅴ（33d）One end guide pillar fixed plate V is set（36d）, guide pillar fixed plate V（36d）With magazine（40）Bottom is fixedly connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310370839.XA CN103481503B (en) | 2013-08-23 | 2013-08-23 | Full-automatic polarized lenses forming machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310370839.XA CN103481503B (en) | 2013-08-23 | 2013-08-23 | Full-automatic polarized lenses forming machine |
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| Publication Number | Publication Date |
|---|---|
| CN103481503A CN103481503A (en) | 2014-01-01 |
| CN103481503B true CN103481503B (en) | 2017-06-16 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201310370839.XA Active CN103481503B (en) | 2013-08-23 | 2013-08-23 | Full-automatic polarized lenses forming machine |
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| TWI551533B (en) * | 2015-05-26 | 2016-10-01 | 住華科技股份有限公司 | Automatic apparatus for taking sheet and method for automatically taking sheet using the same |
| CN114211734B (en) * | 2021-12-13 | 2023-12-12 | 温州市亦达眼镜有限公司 | Radian heating forming device for glasses frame |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101591135A (en) * | 2009-04-30 | 2009-12-02 | 临海市威龙眼镜机械厂 | Polarized lens automatic bending forming machine |
| CN102862288A (en) * | 2012-09-12 | 2013-01-09 | 华南理工大学 | Full-automatic corrugated forming press for isolation diaphragm |
| CN203401722U (en) * | 2013-08-23 | 2014-01-22 | 台州鸿辰机械制造有限公司 | Full automatic polarized lens forming machine |
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Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101591135A (en) * | 2009-04-30 | 2009-12-02 | 临海市威龙眼镜机械厂 | Polarized lens automatic bending forming machine |
| CN102862288A (en) * | 2012-09-12 | 2013-01-09 | 华南理工大学 | Full-automatic corrugated forming press for isolation diaphragm |
| CN203401722U (en) * | 2013-08-23 | 2014-01-22 | 台州鸿辰机械制造有限公司 | Full automatic polarized lens forming machine |
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| CN103481503A (en) | 2014-01-01 |
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