CN205703603U - A kind of high accuracy industry eyeglass finish-milling system - Google Patents
A kind of high accuracy industry eyeglass finish-milling system Download PDFInfo
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- CN205703603U CN205703603U CN201620527587.6U CN201620527587U CN205703603U CN 205703603 U CN205703603 U CN 205703603U CN 201620527587 U CN201620527587 U CN 201620527587U CN 205703603 U CN205703603 U CN 205703603U
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- upper mold
- finish
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- high accuracy
- milling
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Abstract
This utility model relates to a kind of high accuracy industry eyeglass finish-milling system, and structure includes pedestal, bracing frame, upper mold and lower mold；Support support to be arranged on pedestal；Upper mold cooperates with lower mold, and lower mold is provided with the matrix cavity matched with upper mold；Supporting support bottom and connect transverse support bar by vertical link, upper mold is fixed in transverse support bar, is provided with the secondary drive motor for driving upper mold to rotate between upper mold and transverse support bar；Being provided with coolant drainage nozzles between upper mold, coolant drainage nozzles top is connected to coolant holding vessel.The upper die and lower die that this utility model is cooperated by increase, carry out finish-milling to high accuracy eyeglass mold base, improve production efficiency, reduce production cost；By increasing high pressure vacuum suction nozzle bottom lower mold, the high accuracy eyeglass mold base being positioned in lower mold is carried out active adsorption, increase the steadiness that high accuracy eyeglass mold base is fixing in lower mold, promote finish-milling efficiency, it is ensured that finish-milling precision, improve product quality.
Description
Technical field
This utility model relates to industry eyeglass production technical field, particularly to one industry eyeglass finish-milling system in high precision
System.
Background technology
High accuracy industry eyeglass is widely used in the technology necks such as electronic information, space flight and aviation, automobile making, Precision Machining
Territory, for promoting the development of equipment manufacture to have positive role.In high accuracy industry eyeglass production process, need acquisition
Lens blanks carries out multiple tracks polishing refine, to obtaining the high-precision product specifying specification.Yet with high accuracy industry eyeglass
Product particularity inherently, prior art mostly uses the mode of artificial fine grinding to carry out polish, is difficulty with automatization,
Production efficiency is extremely inefficient, also further increases the production cost of high accuracy industry eyeglass.
Analyze based on above, existing high accuracy industry eyeglass polish polishing system is carried out technological improvement, design
A kind of high accuracy industry eyeglass finish-milling system, the upper die and lower die cooperated by increase, high accuracy eyeglass mold base is carried out
Finish-milling, to obtaining the high accuracy industry eyeglass specifying specification, improves production efficiency, reduces production cost；By under
Increase high pressure vacuum suction nozzle bottom mould, the high accuracy eyeglass mold base being positioned in lower mold is carried out active adsorption, increase high accuracy
The steadiness that eyeglass mold base is fixing in lower mold, promotes finish-milling efficiency, it is ensured that finish-milling precision, improves product quality.
Utility model content
The purpose of this utility model is, the technology existed for existing high accuracy industry eyeglass polish polishing system is asked
Topic, design a kind of high accuracy industry eyeglass finish-milling system, the upper die and lower die cooperated by increase, to high accuracy eyeglass mould
Embryo carries out finish-milling, to obtaining the high accuracy industry eyeglass specifying specification, improves production efficiency, reduces production cost；Logical
Cross increase high pressure vacuum suction nozzle bottom lower mold, the high accuracy eyeglass mold base being positioned in lower mold is carried out active adsorption, increase
The steadiness that eyeglass mold base is fixing in lower mold in high precision, promotes finish-milling efficiency, it is ensured that finish-milling precision, improves product quality.
This utility model is achieved through the following technical solutions:
A kind of high accuracy industry eyeglass finish-milling system, it is characterised in that structure includes pedestal (1), bracing frame (2), upper mold
And lower mold (4) (3)；Described support support (2) is arranged on pedestal (1)；
Described upper mold (3) cooperates with lower mold (4), and upper mold (3) is set to sphere punch, lower mold (4) is provided with
The matrix cavity (5) that upper mold (3) matches；
Described support support (2) bottom connects transverse support bar (9) by vertical link, and described support support (2) sets
It is equipped with the one-level for driving transverse support bar (9) to move up and down and drives motor (10)；
Described upper mold (3) is fixed in transverse support bar (9), is provided with between described upper mold (3) and transverse support bar (9)
For the secondary drive motor (6) driving upper mold (3) to rotate；
Being provided with coolant drainage nozzles (7) between described upper mold (3), coolant drainage nozzles (7) top is connected to cold
But liquid holding vessel (8), coolant holding vessel (8) is arranged in transverse support bar (9).
Further, described coolant drainage nozzles (7) liquid outlet end be provided with radial go out liquid branch line.
Further, described lower mold (4) bottom is provided with vacuum slot (11), vacuum slot (11) upwards with matrix cavity (5)
Being connected, vacuum slot (11) is connected with high-pressure vacuum pump (12) downwards.
Further, described upper mold (3) is removably installed in transverse support bar (9).
Further, described lower mold (4) is removably installed in pedestal (1).
This utility model provides a kind of high accuracy industry eyeglass finish-milling system, and compared with prior art, beneficial effect exists
In:
1, the high accuracy industry eyeglass finish-milling system of this utility model design, upper mold (3) cooperates with lower mold (4), on
Mould (3) is set to sphere punch, and lower mold (4) is provided with the matrix cavity (5) matched with upper mold (3), and upper mold (3) is fixed on horizontal stroke
On support bar (9), between upper mold (3) and transverse support bar (9), it is provided with the secondary drive electricity for driving upper mold (3) to rotate
Machine (6)；This kind of design structure, when carrying out industry eyeglass finish-milling, will treat the die that finish-milling industry eyeglass is positioned in lower mold (4)
Chamber (5), utilizes the upper mold (3) of high speed rotating to carry out quick finish-milling, and compared with artificial finish-milling, efficiency is greatly promoted, and precision is more
High.
2, the high accuracy industry eyeglass finish-milling system of this utility model design, upper mold is provided with coolant drain between (3)
Nozzle (7), coolant drainage nozzles (7) top is connected to coolant holding vessel (8), and coolant holding vessel (8) is arranged at laterally
On support bar (9)；During finish-milling, the coolant utilizing coolant drainage nozzles (7) to spray can be effectively to upper mold (3) and lower mold
(4) cooling down, it is to avoid the too high impact on finish-milling efficiency of temperature, meanwhile, the coolant of ejection can remove finish-milling in time
During produce finish-milling material slag, it is to avoid finish-milling material slag residues in matrix cavity (5), impacts eyeglass finish-milling precision, protect
Demonstrate,prove product quality.
3, the high accuracy industry eyeglass finish-milling system of this utility model design, lower mold (4) bottom is provided with vacuum slot
(11), vacuum slot (11) is upwards connected with matrix cavity (5), and vacuum slot (11) is connected with high-pressure vacuum pump (12) downwards
Connect, this kind of design structure, the High Pressure Absorption power produced by vacuum slot (11), treat finish-milling to being positioned in matrix cavity (5)
Industry eyeglass carries out active adsorption so that treat that finish-milling eyeglass is the most firm with fixing of lower mold (4), it is ensured that the stability of finish-milling
And reliability.
Accompanying drawing explanation
Fig. 1 is this utility model high accuracy industry eyeglass finish-milling system structure schematic diagram.
Detailed description of the invention
Refering to accompanying drawing 1, this utility model is described further.
This utility model relates to a kind of high accuracy industry eyeglass finish-milling system, it is characterised in that structure include pedestal (1),
Bracing frame (2), upper mold (3) and lower mold (4)；Described support support (2) is arranged on pedestal (1)；
Described upper mold (3) cooperates with lower mold (4), and upper mold (3) is set to sphere punch, lower mold (4) is provided with
The matrix cavity (5) that upper mold (3) matches；
Described support support (2) bottom connects transverse support bar (9) by vertical link, and described support support (2) sets
It is equipped with the one-level for driving transverse support bar (9) to move up and down and drives motor (10)；
Described upper mold (3) is fixed in transverse support bar (9), is provided with between described upper mold (3) and transverse support bar (9)
For the secondary drive motor (6) driving upper mold (3) to rotate；
Being provided with coolant drainage nozzles (7) between described upper mold (3), coolant drainage nozzles (7) top is connected to cold
But liquid holding vessel (8), coolant holding vessel (8) is arranged in transverse support bar (9).
Preferably as improvement, described coolant drainage nozzles (7) liquid outlet end be provided with radial go out liquid branched pipe
Road.
Preferably as improvement, described lower mold (4) bottom is provided with vacuum slot (11), vacuum slot (11) upwards with
Matrix cavity (5) is connected, and vacuum slot (11) is connected with high-pressure vacuum pump (12) downwards.
Preferably as improvement, described upper mold (3) is removably installed in transverse support bar (9).
Preferably as improvement, described lower mold (4) is removably installed in pedestal (1).
Compared with prior art, the high accuracy industry eyeglass finish-milling system of this utility model design, upper mold (3) and lower mold
(4) cooperating, upper mold (3) is set to sphere punch, and lower mold (4) is provided with the matrix cavity (5) matched with upper mold (3),
Upper mold (3) is fixed in transverse support bar (9), is provided with for driving upper mold (3) between upper mold (3) and transverse support bar (9)
The secondary drive motor (6) rotated；This kind of design structure, when carrying out industry eyeglass finish-milling, will treat that finish-milling industry eyeglass is placed
Matrix cavity (5) in lower mold (4), utilizes the upper mold (3) of high speed rotating to carry out quick finish-milling, compared with artificial finish-milling, and efficiency
It is greatly promoted, and precision is higher.
The high accuracy industry eyeglass finish-milling system of this utility model design, is provided with coolant drain spray between upper mold (3)
Mouth (7), coolant drainage nozzles (7) top is connected to coolant holding vessel (8), and coolant holding vessel (8) is arranged at and laterally props up
On strut (9)；During finish-milling, the coolant utilizing coolant drainage nozzles (7) to spray can be effectively to upper mold (3) and lower mold
(4) cooling down, it is to avoid the too high impact on finish-milling efficiency of temperature, meanwhile, the coolant of ejection can remove finish-milling in time
During produce finish-milling material slag, it is to avoid finish-milling material slag residues in matrix cavity (5), impacts eyeglass finish-milling precision, protect
Demonstrate,prove product quality.
The high accuracy industry eyeglass finish-milling system of this utility model design, lower mold (4) bottom is provided with vacuum slot (11),
Vacuum slot (11) is upwards connected with matrix cavity (5), and vacuum slot (11) is connected with high-pressure vacuum pump (12) downwards, this kind
Design structure, the High Pressure Absorption power produced by vacuum slot (11), to being positioned over the industrial eyeglass treating finish-milling in matrix cavity (5)
Carry out active adsorption so that treat that finish-milling eyeglass is the most firm with fixing of lower mold (4), it is ensured that the stability of finish-milling is with reliable
Property.
This utility model in use, first will treat that finish-milling eyeglass or eyeglass mold base are positioned over the die of lower mold (4)
In chamber (5), utilize high-pressure vacuum pump (12) that vacuum slot (11) carries out evacuation, further matrix cavity (5) with treat finish-milling
Form negative pressure between eyeglass or eyeglass mold base, utilize the negative pressure produced to promote to treat that finish-milling eyeglass or eyeglass mold base fit tightly in recessed
Die cavity (5) inwall, drives motor (10) to drive transverse support bar (9) to move down followed by one-level, makes upper mold (3) and treat finish-milling mirror
Sheet or eyeglass mold base upper surface fit tightly, and utilize secondary drive motor (6) to drive upper mold (3) high-speed rotation, utilize upper mold (3)
Treating finish-milling eyeglass or eyeglass mold base carries out quick finish-milling, the coolant utilizing coolant drainage nozzles (7) to spray can be the most right
Upper mold (3) and lower mold (4) cool down, it is to avoid the too high impact on finish-milling efficiency of temperature, meanwhile, the coolant of ejection can
The finish-milling material slag produced during removing finish-milling in time, it is to avoid finish-milling material slag residues in matrix cavity (5), to eyeglass finish-milling precision
Impact, it is ensured that product quality.
As described above, this utility model can be applied.
The above, only this utility model preferably detailed description of the invention, but protection domain of the present utility model is not
Being confined to this, any those familiar with the art is in the technical scope that this utility model discloses, according to this practicality
Novel technical scheme and utility model thereof conceive equivalent or change in addition, all should contain at protection model of the present utility model
Within enclosing.
Claims (5)
1. a high accuracy industry eyeglass finish-milling system, it is characterised in that structure includes pedestal (1), supports support (2), upper mold
And lower mold (4) (3)；Described support support (2) is arranged on pedestal (1)；
Described upper mold (3) cooperates with lower mold (4), and upper mold (3) is set to sphere punch, and lower mold is provided with and upper mold on (4)
(3) matrix cavity (5) matched；
Described support support (2) bottom connects transverse support bar (9) by vertical link, and described support support (2) is provided with
One-level for driving transverse support bar (9) to move up and down drives motor (10)；
Described upper mold (3) is fixed in transverse support bar (9), be provided with between described upper mold (3) and transverse support bar (9) for
Drive the secondary drive motor (6) that upper mold (3) rotates；
Being provided with coolant drainage nozzles (7) between described upper mold (3), coolant drainage nozzles (7) top is connected to coolant
Holding vessel (8), coolant holding vessel (8) is arranged in transverse support bar (9).
High accuracy industry eyeglass finish-milling system the most according to claim 1, it is characterised in that described coolant drainage nozzles
(7) liquid outlet end be provided with radial go out liquid branch line.
High accuracy industry eyeglass finish-milling system the most according to claim 1, it is characterised in that described lower mold (4) bottom sets
Being equipped with vacuum slot (11), vacuum slot (11) is upwards connected with matrix cavity (5), and vacuum slot (11) is downwards and high pressure vacuum
Pump (12) is connected.
High accuracy industry eyeglass finish-milling system the most according to claim 1, it is characterised in that described upper mold (3) is detachable
Be installed in transverse support bar (9).
High accuracy industry eyeglass finish-milling system the most according to claim 1, it is characterised in that described lower mold (4) is detachable
Be installed on pedestal (1).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620527587.6U CN205703603U (en) | 2016-06-02 | 2016-06-02 | A kind of high accuracy industry eyeglass finish-milling system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620527587.6U CN205703603U (en) | 2016-06-02 | 2016-06-02 | A kind of high accuracy industry eyeglass finish-milling system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205703603U true CN205703603U (en) | 2016-11-23 |
Family
ID=57299646
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620527587.6U Active CN205703603U (en) | 2016-06-02 | 2016-06-02 | A kind of high accuracy industry eyeglass finish-milling system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205703603U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110269351A (en) * | 2019-04-18 | 2019-09-24 | 潍坊明池眼镜有限公司 | A kind of contact lens case of vacuum cleaned |
-
2016
- 2016-06-02 CN CN201620527587.6U patent/CN205703603U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110269351A (en) * | 2019-04-18 | 2019-09-24 | 潍坊明池眼镜有限公司 | A kind of contact lens case of vacuum cleaned |
| CN110269351B (en) * | 2019-04-18 | 2021-05-07 | 江苏信众知识产权运营管理有限公司 | Contact lens box cleaned in vacuum |
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| GR01 | Patent grant |