CN105984090B - Off-center adjustment apparatus and method and eyeglass injection mold with off-center adjustment apparatus - Google Patents
Off-center adjustment apparatus and method and eyeglass injection mold with off-center adjustment apparatus Download PDFInfo
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- CN105984090B CN105984090B CN201510081375.XA CN201510081375A CN105984090B CN 105984090 B CN105984090 B CN 105984090B CN 201510081375 A CN201510081375 A CN 201510081375A CN 105984090 B CN105984090 B CN 105984090B
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Abstract
The present invention discloses off-center adjustment apparatus and method and the eyeglass injection mold with off-center adjustment apparatus, which includes template（1）, mode（5）, briquetting（6）, third fixed screw（7）, the first fixed screw（2）, the second fixed screw（2’）, the first adjustable gasket（3）With the second adjustable gasket（3’）；Wherein, mode（5）It is installed in template（1）The first template hole（11）In；Briquetting（6）It is installed in template（1）Second type plate hole（12）In, make mode face（51）With briquetting face（61）It is in contact；Third fixed screw（7）Across briquetting（6）It is screwed into template（1）In；First adjustable gasket（3）Pass through the first fixed screw（2）It is fixed on mode（5）On；Second adjustable gasket（3’）Pass through the second fixed screw（2’）It is fixed on mode（5）On.Using the present invention, realizes that mold does not have to lower machine on injection molding machine and can directly adjust, the probability of damage mode is reduced when adjusting eccentric, and the service life of the eyeglass injection mold can be improved.
Description
Technical field
The present invention relates to the eccentric adjustment technology of optical mirror slip injection mold more particularly to a kind of off-center adjustment apparatus and sides
Method and eyeglass injection mold with off-center adjustment apparatus.
Background technology
The rapid development of electronic product makes optics plastic lens largely be applied on mobile lens.With people
The raising and size of lens imaging quality requirement in imaging system are increasingly reduced, the requirement to eyeglass precision is also increasingly
It is high.Now the eccentric of mobile-phone lens is required to be increased within 1.5 μm by original 4 μm, but current injection mold due to
It is influenced by machining accuracy and assembly precision, the required precision needed for current phone eyeglass is also not achieved substantially, it is therefore desirable to right
Mobile-phone lens injection mold carries out eccentric adjustment.
Mode tail portion is mainly made polygon and then passed through by the eccentric adjustment mode of mobile-phone lens injection mold at present
Mode angle is rotated, so that mode is formed different cooperations from bushing, to adjust the bias of eyeglass.But this mode adjusts bias
When need mold is removed from board, dismantle completely mold can rotate adjust mode angle, in this way, not only waste greatly
The time of amount but also there is damage mode technological deficiency.Therefore, the eccentric adjustment skill of mobile-phone lens injection mold is improved
Art and the stability for improving eccentric state are urgent problems to be solved in the industry.
Invention content
In view of this, the main purpose of the present invention is to provide a kind of off-center adjustment apparatus and method, realize that mold is being noted
Not having to lower machine on molding machine platform can directly be adjusted, and to save adjustment time, and damage mode be reduced when adjusting eccentric
Probability.
Another object of the present invention is to by the eyeglass injection mold with off-center adjustment apparatus, to improve mold
Service life.
In order to achieve the above objectives, the technical proposal of the invention is realized in this way：
A kind of off-center adjustment apparatus includes mainly template 1, mode 5, briquetting 6, third fixed screw 7, the first fixed screw
2, the second fixed screw 2 ', the first adjustable gasket 3 and the second adjustable gasket 3 ',；Wherein, the mode 5 is installed in template 1
In first template hole 11；The briquetting 6 is installed in the second type plate hole 12 of template 1, and mode face 51 is made to connect with briquetting face 61
It touches；The third fixed screw 7 is screwed into across briquetting 6 in template 1；First adjustable gasket 3 is fixed on by the first fixed screw 2
On mode 5；Second adjustable gasket 3 ' is fixed on by the second fixed screw 2 ' on mode 5.
Wherein, screwing third fixed screw 7 makes briquetting face 61 generate a thrust to mode face 51, makes the first adjustable gasket 3
Face 31 be in contact with the first template face 13, the face 31 ' of the second adjustable gasket 3 ' made to be contacted with second type plate face 13 ', to make
The central shaft of mode 5 and the shaft position in the first template hole 11 are in stable state.
Change the thickness of the first adjustable gasket 3 and the second adjustable gasket 3 ', realizes the central shaft and the first type for adjusting mode 5
The position of plate hole 11 is eccentric to have the function that adjust.
Matching between the mode 5 and the first template hole 11 is combined into clearance fit.
It it is additionally provided with first on the mode 5 picks and places threaded hole 52 and second and pick and place threaded hole 52 ', to take out mode 5.
A kind of eyeglass injection mold of the above-mentioned off-center adjustment apparatus of band.
Wherein, further include floating installation, contour screw 10, positioning pin 28 and guide post 16；The floating installation includes fixing
Fixed plate 15, float plate component 40 and the relocation mechanism component 35 of side；The guide post 16 is installed in consolidating for the floating installation
Determine in the guide pillar hole of fixed plate 15 of side.
The float plate component 40 is specially：Fixed screw E26 is after affixed side float plate 27 by affixed side float plate
27 it is vertical with 29 groups of affixed side A plates together with.
The contour screw 10 screws in after the fixed plate 15 of affixed side in the screw hole of affixed side float plate 27, makes floating
Board group part 40 is connected with the fixed plate 15 of affixed side.
It is not stressing, the fixed plate 15 of the float plate component 40 and affixed side is there are gap A, and floating board group
Gap of the part 40 on the directions XYZ can be adjusted by adjusting the universal rolling wheel of relocation mechanism component 35.
The float plate component 40 the directions XY flying height in 0.05mm hereinafter, the flying height A in Z-direction is
0.1mm~0.5mm.
The float plate component 40 can close at the automatic fine tuning of the orientation XYZ with mold.
The affixed side float plate 27 is equipped with the corresponding hole coordinated with guide post 16.
The concentricity in the die cavity hole of the affixed side float plate 27 and affixed side A plates 29 is determined by positioning pin 28.
The relocation mechanism component 35 includes the first universal rolling wheel 181, the second universal rolling wheel 182, third universal rolling wheel
183, the 4th universal rolling wheel 184, the 5th universal rolling wheel 185, the first roller fixed block 17, the second roller fixed block 20, third rolling
Take turns fixed block 22, the 4th roller fixed block 24 and fixed screw A19, fixed screw B21, fixed screw C23, fixed screw
D25；Wherein：
First universal rolling wheel 181 is installed in the circular hole of the first roller fixed block 17, and passes through first by fixed screw A19
After the mounting hole of roller fixed block 17, it is fixed in the fixed plate 15 of affixed side；
Second universal rolling wheel 182 is installed in the circular hole of the second roller fixed block 20, and passes through second by fixed screw B21
After the mounting hole of roller fixed block 20, it is fixed in the fixed plate 15 of affixed side；
Third universal rolling wheel 183 is installed in the circular hole of third roller fixed block 22, and passes through third by fixed screw C23
After the mounting hole of roller fixed block 22, it is fixed in the fixed plate 15 of affixed side；
4th universal rolling wheel 184 is installed in the circular hole of the 4th roller fixed block 24, and passes through the 4th by fixed screw D25
After the mounting hole of roller fixed block 24, it is fixed in the fixed plate 15 of affixed side.
4th universal rolling wheel 184 is more than or equal to 2.
5th universal rolling wheel 185 is installed in the hole of fixed plate 15 of affixed side, and quantity is more than 3.
The off-center adjustment apparatus 32 is directly packed into multiple types of affixed side A plates 29 after mold assembling by die joint
In lumen pore, and fixed by third fixed screw 7.
A kind of Eccentric Adjusting Method, includes the following steps：It will be placed on special fixture by the eyeglass of mold injection molding
Eccentricity detecting is carried out with eccentricity detecting instrument；If eccentricity detecting data beyond drawing requirement, judge that eyeglass is abnormal, take out
Eccentric adjustment is carried out to eyeglass again for detection numerical value after insert, injection molding again in mold is fitted into after adjustment, finally to injection molding
Molding eyeglass carries out eccentricity detecting；If eccentricity detecting value is normal, eccentric adjustment is completed, if eccentricity value is abnormal,
It then takes out insert to continue to adjust, until bias meets drawing requirement
Off-center adjustment apparatus provided by the present invention and method and eyeglass injection mold with off-center adjustment apparatus, have with
Lower advantage：
Using off-center adjustment apparatus of the present invention, it can substantially shorten the debug time of eyeglass injection mold, improve production
Efficiency alleviates labor intensity.Existing adjusting needed when eccentric by：Lens injection molding → eccentricity of glasses lens detection → mold cooling
Injection molding machine → mold is dismantled under → mold, injection molding machine → mold heats up on cleaning → mold bias adjustment → mold assembling → mold
→ lens injection molding → eccentricity of glasses lens detection and etc., and only needed when improved present invention adjusting bias：Eyeglass is molded into
The step of type → eccentricity of glasses lens detection → mold bias adjustment → lens injection molding → eccentricity of glasses lens detection, with prior art phase
Than the present invention not only saves the mold heating, cooling time, and reduces the process time of mold or more board while reducing
The probability of mode is damaged when adjusting eccentric.
Eyeglass injection mold using the present invention, using the increased floating installation of affixed side, essence when solving mold clamping
The unilateral stress in the position defect easy to wear for influencing positioning accuracy is determined, to improve the service life of mold.
Description of the drawings
Fig. 1 is the off-center adjustment apparatus decomposition diagram of the embodiment of the present invention；
Fig. 2 is the schematic top plan view that mode 5 and briquetting 6 are set to template 1 shown in Fig. 1；
Fig. 3 is the eyeglass injection mold discomposing effect schematic diagram that the embodiment of the present invention carries off-center adjustment apparatus；
Fig. 4 is the schematic top plan view of the fixed plate 15 of the affixed side with relocation mechanism component 35 and off-center adjustment apparatus；
Fig. 5 is the side schematic view of the fixed plate 15 of affixed side shown in Fig. 4；
Fig. 6 is existing eccentric adjustment flow diagram；
Fig. 7 is that bias of the embodiment of the present invention adjusts flow diagram.
Specific implementation mode
Below in conjunction with the accompanying drawings and the embodiment of the present invention is adjusted to the off-center adjustment apparatus and method of the present invention and with bias
The eyeglass injection mold of device is described in further detail.
Fig. 1 is the off-center adjustment apparatus decomposition diagram of the embodiment of the present invention.As shown in Figure 1, off-center adjustment apparatus, mainly
Including template 1, mode 5, briquetting 6, third fixed screw 7, the first fixed screw 2, the second fixed screw 2 ', the first adjustable gasket
3 and second adjustable gasket 3 '.
Wherein, the first fixed screw 2 is fixed on after passing through the first adjustable gasket 3 on mode 5；Second fixed screw 2 ' passes through
It is fixed on after second adjustable gasket 3 ' on mode 5.First adjustable gasket 3 will be housed, the mode 5 of the second adjustable gasket 3 ' fills
Enter in the first template hole 11, as shown in Figure 2.Wherein, matching between mode 5 and the first template hole 11 is combined into clearance fit, coordinates
Gap is 0.05mm or less.
Briquetting 6 is fitted into second type plate hole 12 so that mode face 51 and briquetting face 61 contact with each other, third fixed screw 7
It is screwed into after briquetting 6 on template 1, as shown in Figure 2.
In this way, briquetting face 61 can be made to generate a thrust to mode face 51 by tightening third fixed screw 7 so that first can
The face 31 of gasket 3 is adjusted to be in contact with the first template face 13, the face 31 ' of the second adjustable gasket 3 ' is made to be contacted with second type plate face 13 '.
To make the central shaft of mode 5 and the shaft position in the first template hole 11 be in a stable state.It at this time can be by adjusting the
The thickness of one adjustable gasket 3 and the second adjustable gasket 3 ' adjusts the position of the central shaft and the first template hole 11 of mode 5, reaches
Eccentric effect is adjusted, as shown in Figure 2.Meanwhile mode 5 picks and places threaded hole 52 and second equipped with first and picks and places threaded hole 52 ',
Described first can be directly anchored to by special fixture when adjusting eccentric and picks and places threaded hole 52 and second to pick and place threaded hole 52 '
It is middle to take out mode 5.
Fig. 3 is the eyeglass injection mold discomposing effect schematic diagram that the embodiment of the present invention carries off-center adjustment apparatus.Such as Fig. 3 institutes
Show, should be with the eyeglass injection mold of off-center adjustment apparatus, which is a kind of mold of affixed side adjustable eccentric,
It mainly includes the fixed plate 15 of affixed side（See Fig. 5）, fixed screw E26, guide post 16, affixed side float plate 27, positioning pin 28,
Affixed side A plates 29, contour screw 10, off-center adjustment apparatus 32 and relocation mechanism component 35.Wherein, the fixed plate 15 of affixed side,
Float plate component 40 and relocation mechanism component constitute floating installation, as shown in Figure 5.
Wherein, off-center adjustment apparatus 32 include mainly template 1, mode 5, briquetting 6, the fixation of third fixed screw 7, first
Screw 2, the second fixed screw 2 ', the first adjustable gasket 3 and the second adjustable gasket 3 ', as shown in Figure 1.
Relocation mechanism component 35（Fig. 3 does not show, refers to Fig. 4 and Fig. 5）, including the first universal rolling wheel 181, the second universal rolling wheel
182, third universal rolling wheel 183, the 4th universal rolling wheel 184, the 5th universal rolling wheel 185, the first roller fixed block 17, the second idler wheel
Fixed block 20, third roller fixed block 22, the 4th roller fixed block 24 and fixed screw A19, fixed screw B21, fixed spiral shell
Silk C23, fixed screw D25.Wherein：
First universal rolling wheel 181 is installed in the circular hole of the first roller fixed block 17, and passes through first by fixed screw A19
After the mounting hole of roller fixed block 17, it is fixed in the fixed plate 15 of affixed side.
Second universal rolling wheel 182 is installed in the circular hole of the second roller fixed block 20, and passes through second by fixed screw B21
After the mounting hole of roller fixed block 20, it is fixed in the fixed plate 15 of affixed side.
Third universal rolling wheel 183 is installed in the circular hole of third roller fixed block 22, and passes through third by fixed screw C23
After the mounting hole of roller fixed block 22, it is fixed in the fixed plate 15 of affixed side.
4th universal rolling wheel 184 is installed in the circular hole of the 4th roller fixed block 24, and passes through the 4th by fixed screw D25
After the mounting hole of roller fixed block 24, it is fixed in the fixed plate 15 of affixed side.
Here, 184 quantity of the 4th universal rolling wheel can be multiple, such as larger than be equal to 2.5th universal rolling wheel 185 is installed
In in the hole of the fixed plate 15 of affixed side, wherein the quantity of the 5th universal rolling wheel 185 is more than 3.
Fixed screw E26 stands 29 groups of affixed side float plate 27 and affixed side A plates one after passing through affixed side float plate 27
It rises, referred to as float plate component 40, wherein the concentricity in the die cavity hole of affixed side float plate 27 and affixed side A plates 29 is by positioning pin
28 ensure.Guide post 16 is packed into the guide pillar hole of the fixed plate 15 of affixed side, and the quantity of guide post 16 is multiple and guide post 16 and fixed
The cooperation of the guide pillar hole of the fixed plate 15 of side is interference fit, has corresponding and guide post 16 to coordinate in affixed side float plate 27
Hole.Its hole is combined into clearance fit with matching for guide post 16, and fit clearance is 0.02~0.1mm.
Contour screw 10 is screwed into after the fixed plate 15 of affixed side in the screw hole of affixed side float plate 27 so that is floated
The fixed plate 15 of board group part 40 and affixed side links together, and float plate component 40 is supported by multiple 5th floating idler wheels 185
There is gap that can do between the fixed plate 15 of affixed side, does its value A=0.1~0.5mm of gap A.
It is limited by relocation mechanism component 35, in the case where not stressing, the fixed plate of float plate component 40 and affixed side
15 gaps that there are gap A and float plate component 40 on the directions XYZ can be by adjusting the universal rolling in relocation mechanism component 35
It takes turns to adjust, flying height of the float plate component 40 in the directions XY is 0.05mm hereinafter, the flying height in Z-direction is A=0.1mm
~0.5mm.
Off-center adjustment apparatus 32 can be directly packed into the die cavity holes of affixed side A plates 29 after mold assembling by die joint
It is interior, it is used in combination third fixed screw 7 to fix, has multiple evenly arranged die cavity holes on affixed side A plates 29.
In molding, for the float plate component 40 with the closure of mold, the automatic fine tuning in the orientation XYZ solves mould
The unilateral stress of fine positioning is easy to wear when tool molding, positioning accuracy is influenced, to improve the service life of mold.
Fig. 6 is existing eccentric adjustment flow diagram.As shown in fig. 6, including mainly：Lens injection molding → eyeglass is inclined
Injection molding machine → mold is dismantled, on cleaning → mold bias adjustment → mold assembling → mold under heart detection → mold cooling → mold
Injection molding machine → mold heating → lens injection molding → eccentricity of glasses lens detection and etc..The above content is the prior art, here not
It repeats again.
Fig. 7 is that bias of the embodiment of the present invention adjusts flow diagram.As shown in fig. 7, its bias adjustment flow includes：Eyeglass
Insert → eccentricity of glasses lens adjustment → lens injection molding → eccentricity of glasses lens detection is taken out in injection molding → eccentricity of glasses lens detects →
Step.I.e. eyeglass carries out eccentricity detecting by the way that eyeglass is placed on special fixture after mold injection molding with eccentricity detecting instrument, such as
Fruit eccentricity detecting data then judge that eyeglass is abnormal beyond drawing requirement（NG, No Good）, detection is directed to after taking out insert
Numerical value carries out eccentric adjustment to eyeglass again, and injection molding again in dress such as mold after adjustment finally carries out the eyeglass of injection molding
Eccentricity detecting, if eccentricity detecting value is normal（ok）, then eccentric adjustment is completed, if eccentricity value is abnormal（NG）, then take out
Insert continues to adjust, until bias meets drawing requirement.
The foregoing is only a preferred embodiment of the present invention, is not intended to limit the scope of the present invention.
Claims (15)
1. a kind of off-center adjustment apparatus, which is characterized in that include mainly template（1）, mode（5）, briquetting（6）, third fix spiral shell
Silk（7）, the first fixed screw（2）, the second fixed screw（2’）, the first adjustable gasket（3）With the second adjustable gasket（3’）；Its
In, the mode（5）It is installed in template（1）The first template hole（11）In；The briquetting（6）It is installed in template（1）Second
Template hole（12）In, make mode face（51）With briquetting face（61）It is in contact；The third fixed screw（7）Across briquetting（6）It twists
Enter template（1）In；First adjustable gasket（3）Pass through the first fixed screw（2）It is fixed on mode（5）On；Second adjustable gasket
（3’）Pass through the second fixed screw（2’）It is fixed on mode（5）On, screw third fixed screw（7）Make briquetting face（61）To mode
Face（51）A thrust is generated, the first adjustable gasket is made（3）Face（31）With the first template face（13）It is in contact, makes the second adjustable pad
Piece（3’）Face（31’）With second type plate face（13’）Contact, to make mode（5）Central shaft and the first template hole（11）'s
Shaft position is in stable state；Change the first adjustable gasket（3）With the second adjustable gasket（3’）Thickness, realize adjust mode
（5）Central shaft and the first template hole（11）Position it is eccentric to have the function that adjust.
2. off-center adjustment apparatus according to claim 1, which is characterized in that the mode（5）With the first template hole（11）
Between with being combined into clearance fit.
3. off-center adjustment apparatus according to claim 1, which is characterized in that the mode（5）On be additionally provided with first and pick and place
Threaded hole（52）Threaded hole is picked and placeed with second（52’）, to take out mode（5）.
4. a kind of eyeglass injection mold with any one of claims 1 to 33 off-center adjustment apparatus.
5. eyeglass injection mold according to claim 4, which is characterized in that further include floating installation, contour screw（10）、
Positioning pin（28）And guide post（16）；The floating installation includes the fixed plate of affixed side（15）, float plate component（40）And it is floating
Dynamic mechanism assembly（35）；The guide post（16）It is installed in the fixed plate of the affixed side of the floating installation（15）Guide pillar hole in.
6. eyeglass injection mold according to claim 5, which is characterized in that the float plate component（40）Specially：Gu
Determine screw E（26）Across affixed side float plate（27）Afterwards by affixed side float plate（27）With affixed side A plates（29）Group is vertical together.
7. eyeglass injection mold according to claim 6, which is characterized in that the contour screw（10）Across affixed side
Fixed plate（15）Affixed side float plate is screwed in afterwards（27）Screw hole in, make float plate component（40）With the fixed plate of affixed side（15）
It is connected.
8. eyeglass injection mold according to claim 7, which is characterized in that it is not stressing, the floating board group
Part（40）With the fixed plate of affixed side（15）There are gap A, and float plate component（40）Gap on the directions XYZ can pass through
Adjust relocation mechanism component（35）Universal rolling wheel be adjusted.
9. eyeglass injection mold according to claim 8, which is characterized in that the float plate component（40）In the directions XY
Flying height is in 0.05mm hereinafter, the flying height A in Z-direction is 0.1mm~0.5mm.
10. eyeglass injection mold according to claim 8, which is characterized in that the float plate component（40）With mold
Close at the automatic fine tuning of the orientation XYZ.
11. the eyeglass injection mold described according to claim 6 or 7, which is characterized in that the affixed side float plate（27）On set
There is corresponding and guide post（16）The hole of cooperation；The affixed side float plate（27）With affixed side A plates（29）Die cavity hole
Concentricity passes through positioning pin（28）It determines.
12. eyeglass injection mold according to claim 5, which is characterized in that the relocation mechanism component（35）Including
One universal rolling wheel（181）, the second universal rolling wheel（182）, third universal rolling wheel（183）, the 4th universal rolling wheel（184）, the 50000th
Way roller（185）, the first roller fixed block（17）, the second roller fixed block（20）, third roller fixed block（22）, the 4th idler wheel
Fixed block（24）And fixed screw A（19）, fixed screw B（21）, fixed screw C（23）, fixed screw D（25）；Wherein：
First universal rolling wheel（181）It is installed on the first roller fixed block（17）Circular hole in, and by fixed screw A（19）Across
One roller fixed block（17）Mounting hole after, be fixed on the fixed plate of affixed side（15）On；
Second universal rolling wheel（182）It is installed on the second roller fixed block（20）Circular hole in, and by fixed screw B（21）Across
Second wheel fixed block（20）Mounting hole after, be fixed on the fixed plate of affixed side（15）On；
Third universal rolling wheel（183）It is installed on third roller fixed block（22）Circular hole in, and by fixed screw C（23）Across
Three roller fixed blocks（22）Mounting hole after, be fixed on the fixed plate of affixed side（15）On；
4th universal rolling wheel（184）It is installed on the 4th roller fixed block（24）Circular hole in, and by fixed screw D（25）Across
Four roller fixed blocks（24）Mounting hole after, be fixed on the fixed plate of affixed side（15）On.
13. eyeglass injection mold according to claim 12, which is characterized in that the 4th universal rolling wheel（184）It is more than
Equal to 2；5th universal rolling wheel（185）It is installed on the fixed plate of affixed side（15）Hole in, quantity be more than 3.
14. eyeglass injection mold according to claim 4, which is characterized in that the off-center adjustment apparatus（32）In mold
After assembling, affixed side A plates are directly packed by die joint（29）Multiple die cavity holes in, and pass through third fixed screw（7）Gu
It is fixed.
15. a kind of Eccentric Adjusting Method, which is characterized in that apply off-center adjustment apparatus described in claim 1, carry out including such as
The operation of lower step：By being placed on special fixture by the eyeglass of mold injection molding eccentricity detecting is carried out with eccentricity detecting instrument；
If eccentricity detecting data judge that eyeglass is abnormal, take out the mode in the off-center adjustment apparatus beyond drawing requirement
（5）, briquetting（6）, the first adjustable gasket（3）With the second adjustable gasket（3’）Afterwards, change the first adjustable gasket for detection numerical value
（3）With the second adjustable gasket（3’）Thickness, then by mode（5）, briquetting（6）, the first adjustable gasket（3）With the second adjustable pad
Piece（3’）It is fitted into mold injection molding again, eccentricity detecting finally is carried out to the eyeglass of injection molding；If eccentricity detecting value is just
Often, then eccentric adjustment is completed；If eccentricity value is abnormal, the mode in off-center adjustment apparatus is taken out（5）, briquetting（6）,
One adjustable gasket（3）With the second adjustable gasket（3’）It is directed to detection numerical value afterwards and changes the first adjustable gasket（3）With the second adjustable pad
Piece（3’）Thickness, continue to adjust, until bias meets drawing requirement.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510081375.XA CN105984090B (en) | 2015-02-15 | 2015-02-15 | Off-center adjustment apparatus and method and eyeglass injection mold with off-center adjustment apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510081375.XA CN105984090B (en) | 2015-02-15 | 2015-02-15 | Off-center adjustment apparatus and method and eyeglass injection mold with off-center adjustment apparatus |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN105984090A CN105984090A (en) | 2016-10-05 |
| CN105984090B true CN105984090B (en) | 2018-10-16 |
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| CN201510081375.XA Active CN105984090B (en) | 2015-02-15 | 2015-02-15 | Off-center adjustment apparatus and method and eyeglass injection mold with off-center adjustment apparatus |
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Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN106426773B (en) * | 2016-10-14 | 2018-10-19 | 浙江黄岩红旗塑料模具厂 | The fine positioning wall thickness regulating mechanism of injection mold |
| CN113276347B (en) * | 2020-02-19 | 2023-03-24 | 宁波舜宇车载光学技术有限公司 | Eccentricity adjusting device, lens injection mold and eccentricity adjusting method |
Family Cites Families (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1978170A (en) * | 2005-11-29 | 2007-06-13 | 鸿富锦精密工业（深圳）有限公司 | Mould |
| CN101428453B (en) * | 2007-11-06 | 2011-06-29 | 鸿富锦精密工业（深圳）有限公司 | Eyeglass molding mould |
| CN101579898B (en) * | 2008-05-15 | 2012-08-29 | 鸿富锦精密工业（深圳）有限公司 | Lens die |
| CN101618592B (en) * | 2008-07-02 | 2012-09-19 | 鸿富锦精密工业（深圳）有限公司 | Mould |
| CN101642943B (en) * | 2008-08-07 | 2012-12-19 | 鸿富锦精密工业（深圳）有限公司 | Lens molding mould |
| CN101927541B (en) * | 2009-06-25 | 2014-04-30 | 鸿富锦精密工业（深圳）有限公司 | Die |
| KR101376814B1 (en) * | 2012-03-23 | 2014-03-20 | 삼성전기주식회사 | Injection mold of lens |
| CN204526013U (en) * | 2015-02-15 | 2015-08-05 | 浙江舜宇光学有限公司 | The eyeglass injection mold of off-center adjustment apparatus and band off-center adjustment apparatus |
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