CN208847922U - The offline accurate dress school of optical element automates fixture database with lustration type - Google Patents
The offline accurate dress school of optical element automates fixture database with lustration type Download PDFInfo
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- CN208847922U CN208847922U CN201821823184.1U CN201821823184U CN208847922U CN 208847922 U CN208847922 U CN 208847922U CN 201821823184 U CN201821823184 U CN 201821823184U CN 208847922 U CN208847922 U CN 208847922U
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Abstract
The utility model discloses a kind of offline accurate dress school lustration types of optical element to automate fixture database, including fixture database outer cover, clean system, fixture storage rack and automatic clamping and placing mechanism, it is provided with fixture on fixture database outer cover sidewall and picks and places mouth and openable and closable library door, clean system is arranged on fixture database outer cover, the inside of fixture database outer cover is arranged in fixture storage rack, multiple clamp positioning mechanisms are placed on the fixture storage rack, the inside of fixture database outer cover is arranged in automatic clamping and placing mechanism.Fixture database is automated using the offline accurate dress school lustration type of optical element provided by the utility model, the cleaning being not only able to maintain by clean system inside fixture database, and it can automatically realize the conveying and recycling of optical element fixture, absolutely not human interaction improves dress school efficiency, greatly reduces the generation of dust, improve the cleanliness of environment and optical element surface, also, optical element fixture transport process is reliable and stable, high-efficient.
Description
Technical field
The utility model belongs to the offline accurate dress school technical field of high power solid-state laser device ray machine, and in particular to a kind of
The offline accurate dress school of optical element automates fixture database with lustration type.
Background technique
It include thousands of pieces of optical elements of large caliber in high power solid-state laser device, these optical elements of large caliber need
To pass through offline precision assembly, form the modularization bare engine module of online replaceable unit.It is past during offline accurate dress school
Toward needing to switch various frock clamps, in order to improve the assembly efficiency, when taking robotic asssembly, need that fixture is arranged in clip end
Quick change module, but fixture Quick change module generally requires grease lubrication, prolonged use and the readily volatilized dust of storage, influences certainly
The cleanliness of body, and the type frock clamp is directly contacted with optical element, lighting apparatus component in assembling process, fixture
The cleanliness of itself cleanliness of element surface can have an impact behind the dress school to optical element；In addition, such fixture is long-term
More pollution particle can be accumulated in chucking surface during using and storing, optical element precision dress can be seriously affected if do not removed
Element surface cleanliness behind school.
In order to promote operating flux and extend the service life of optical element under high operating flux, the type high power solid
Laser aid is extremely harsh to optical element surface cleanliness index request.To solve the above problems, applicant has devised one
Big mouth of sheath diameter optical element automates offline precision assembly system, and the degree of automation is high, and the stream of operating personnel is greatly reduced
It is dynamic, to greatly reduce the generation of dust, improve the cleanliness of environment and optical element surface.But due to high power
Solid-state laser apparatus use huge number optical elements of large caliber, these different types of optical elements of large caliber shapes,
Size, thickness are different, and therefore, robot needs according to the difference of crawl object and to carry out the replacement of fixture.It takes at present
Mode be artificial replacement fixture, the degree of automation is low, and fixture none cleaning storage causes cleanliness holding capacity poor.
In addition, the cleaning of existing large-caliber optical element clamp library keeps function insufficient, the easy dust accumulation dust stratification of fixture long-term existence, thus fixture
It will affect the cleanliness of optical element surface when use.Therefore be badly in need of designing it is a kind of be able to solve the above problem for optical element
Offline the clean of accurate dress school keeps automation fixture database.
Utility model content
Storage and pick-and-place and clean guarantor are automated to solve the fixture during optical elements of large caliber offline precision dress school
The problem of holding scarce capacity and the pick-and-place of existing large-caliber optical element clamp need manual operation, cause flow of personnel frequent,
Make the technical problem that optical element surface cleanliness is uncontrollable, the utility model provides the offline accurate dress school of optical element with clean
Net type automates fixture database.
To achieve the above object, technical solutions of the utility model are as follows:
A kind of optical element offline accurate dress school lustration type automation fixture database, is characterized by, comprising:
Fixture database outer cover is provided with the Ku Men that fixture picks and places mouth and picks and places mouth for blocking or exposing fixture on side wall；
Clean system is arranged on fixture database outer cover, for clean inside the outer cover of holding jig library；
The inside of fixture database outer cover is arranged in fixture storage rack, is placed on the fixture storage rack multiple for positioning
The clamp positioning mechanism of optical element fixture；And automatic clamping and placing mechanism, the inside of fixture database outer cover is set, for that will press from both sides
Clamp positioning mechanism on tool storage rack is transported to fixture and picks and places at mouth or put back to the clamp positioning mechanism that fixture picks and places at mouth
On fixture storage rack.
Using the above structure, the inside of fixture database outer cover can be made to keep clean by clean system, guarantees to deposit inside it
The cleanliness for the optical element fixture put avoids optical element fixture from polluting when clamping optical elements of large caliber to it；
Required optical element fixture, which can will be filled, using automatic clamping and placing mechanism is transported to fixture pick-and-place mouth with clamp positioning mechanism, it is standby
Device people is installed or replaced, and then empty clamp positioning mechanism is put back on fixture storage rack again, whole process is automatically complete
At absolutely not human interaction improves the cleaning of environment and optical element surface to greatly reduce the generation of dust
Degree.
As preferred: the clean system includes two air cleaning filtering modules and an active air draft mechanism, wherein
One air cleaning filtering module is mounted on the side wall of fixture database outer cover, and face fixture picks and places mouth, another air is clean
Net filtering module is mounted on the top of fixture database outer cover, and the active air draft mechanism is mounted on the bottom of fixture database outer cover.Using
The above structure, when robot does not need replacement optical element fixture, Ku Men is in close state, and is now placed in fixture database outer cover
The air cleaning filtering module at top starts, and remaining shut off positioned at the air cleaning filtering module of fixture database outer cover sidewall (prevents
Vortex is generated inside fixture database), by the clean air blown from top to bottom, dust inside fixture database outer cover and miscellaneous can be taken away
Matter guarantees the cleanliness inside fixture database；When robot needs replacing optical element fixture, library door is opened, at this point, being located at folder
Has the air cleaning filtering module starting of library outer cover sidewall, the air cleaning filtering module at the top of fixture database outer cover can stop
Machine also can star, and clean air picks and places mouth blowout from fixture, is reduced as far as Yin Kumen and opens and enter dust and impurities
May, guarantee the cleanliness inside fixture database.
As preferred: the air cleaning filtering module includes installation panel, air intake blower fan and clean box, the mounting surface
Plate is mounted on fixture database outer cover, and the clean box is mounted on the inside of installation panel, and surrounds to form one with installation panel
Filtering chamber, is provided with filter in the filtering chamber, and the air intake blower fan is mounted on installation panel, and can will be outer
Portion's air introduces filtering chamber, and the inside of fixture database outer cover is sent into after filter filters.Using the above structure, guarantee air
The cleanliness for the wind that clean filter module is introduced to fixture database outer cover sidewall.
Preferably, the automatic clamping and placing mechanism includes:
Two installation columns being oppositely arranged；
Two lateral support plates being oppositely arranged liftably are mounted on respectively on corresponding installation column；
Pallet is located at fixture and picks and places between mouth and fixture storage rack, and the two sides outer rim of the pallet respectively can be along level side
To being slidably mounted on corresponding lateral support plate, to pick and place mouth close to or far from fixture；
Intermediate support plate can be slidably mounted on pallet in the horizontal direction, should to pick and place mouth close to or far from fixture
The upper surface of intermediate support plate is flushed with the upper surface of two lateral support plates；And
Intermediate locking pin, is liftably mounted on intermediate support plate, for locking or releasing clamp positioning mechanism.
Using the above structure, clamp positioning mechanism can be reliablely and stablely picked and placed, realizes the transhipment of clamp positioning mechanism.
As preferred: between the lateral support plate and corresponding installation column, pallet and corresponding lateral support plate it
Between, connected by lustration type straight line mould group between intermediate support plate and pallet.Using the above structure, lustration type straight line mould group is equal
Encapsulated, when work will not dust, ensure that the cleanliness inside fixture database.
As preferred: being provided in the side outer rim that fixture picks and places mouth for pallet in the lateral support plate
The pallet limited block limited is liftably equipped with for locking or releasing fixture positioning on the pallet limited block
The side-latch pin of mechanism, the intermediate locking pin and two side-latch pin arrangements triangular in shape.Using the above structure, can
Reliablely and stablely positioning fixture positioning mechanism guarantees the stabilization of operation.
As preferred: being mounted on the intermediate support plate and pallet limited block locking pin driving cylinder, be located at
Between locking pin driving of the locking pin driving cylinder for driving intermediate locking pin to go up and down, on pallet limited block in support plate
Cylinder is for driving respective sides locking pin to go up and down.Using the above structure, locking pin driving cylinder can either steadily drive lock
Rationed marketing lifting, and there is certain allowing property, prevent damage clamp positioning mechanism.
Preferably, the clamp positioning mechanism includes:
The tray panel and tray substrate being oppositely arranged；
At least two groups fixture limits pin assemblies, and each group fixture limits pin assemblies and surrounds the center of tray substrate slidably
Ground is mounted on tray substrate, and the fixture limit pin assemblies include at least one fixture spacer pin, the fixture spacer pin
Outer end is pierced by tray panel；And
Spacer pin driving mechanism, between tray panel and tray substrate, for driving each group fixture to limit pin bank
Part is synchronous close to or far from tray substrate center.
Using the above structure, optical element fixture can be reliably positioned, prevents optical element fixture in transport process
It is displaced the case where falling off.
Preferably, the spacer pin driving mechanism includes:
Gyration block is installed in rotation on the center of tray substrate；
At least one revolution driving cylinder, is installed on tray substrate, for driving gyration block forward or reverse；With
And drive link identical with fixture spacer pin component count, one end is hinged with gyration block, and the other end is limited with corresponding fixture
Position pin assemblies are hinged, and can drive each group fixture spacer pin component synchronization close to or far from tray bottom under the driving of gyration block
Plate center.
Using the above structure, ingenious in design, synchronism is high by way of revolution driving, can more reliably position light
Learn component fixture.
As preferred: the Ku Men is lifting slide, is provided on the inner wall of the fixture database outer cover and rises for driving
The slide for dropping slide lifting goes up and down mould group.Using the above structure, space can be saved using the design of slide, avoided and robot
Collide interference.
Compared with prior art, the utility model has the beneficial effects that
Fixture database is automated using the offline accurate dress school lustration type of optical element provided by the utility model, structure is new
Grain husk, it is ingenious in design, the cleaning inside fixture database is not only able to maintain by clean system, but also can automatically realize optics member
The conveying and recycling of part fixture are not necessarily to human interaction completely, improve efficiency, greatly reduce the generation of dust, improve ring
The cleanliness in border and optical element surface, and optical element fixture transport process is reliable and stable, it is high-efficient.
Detailed description of the invention
Fig. 1 is the structural schematic diagram at the one of visual angle of the utility model；
Fig. 2 is the structural schematic diagram at another visual angle of the utility model；
Fig. 3 is the matching relationship schematic diagram of fixture storage rack and automatic clamping and placing mechanism；
Fig. 4 is the structural schematic diagram of automatic clamping and placing mechanism；
Fig. 5 is the structural schematic diagram of air cleaning filtering module；
Fig. 6 is the structural schematic diagram of clamp positioning mechanism；
Fig. 7 is the matching relationship schematic diagram of tray substrate, tool limit pin assemblies and spacer pin driving mechanism；
Fig. 8 is the structural schematic diagram of fixture storage rack.
Specific embodiment
The utility model is described in further detail with attached drawing with reference to embodiments.
As shown in FIG. 1 to 3, a kind of offline accurate dress school of optical element automates fixture database, including fixture with lustration type
Library outer cover 100, clean system 200, fixture storage rack 300 and automatic clamping and placing mechanism 500.The side of the fixture database outer cover 100
The library door 120 that fixture picks and places mouth 110 and picks and places mouth 110 for blocking or exposing fixture is provided on wall.The clean system 200
It is arranged on fixture database outer cover 100, it is clean for 100 inside of holding jig library outer cover.The setting of fixture storage rack 300 is being pressed from both sides
Have the inside of library outer cover 100, it is fixed that multiple fixtures for positioning optical element fixture 600 are placed on the fixture storage rack 300
Position mechanism 400.The inside of fixture database outer cover 100 is arranged in the automatic clamping and placing mechanism 500, is used for fixture storage rack 300
Clamp positioning mechanism 400 be transported to fixture pick and place mouth 110 at or by fixture pick and place mouth 110 at clamp positioning mechanism 400 put
It returns on fixture storage rack 300.
Referring to Figure 1, the library door 120 is lifting slide, is provided with and is used on the inner wall of the fixture database outer cover 100
The slide of lifting slide lifting is driven to go up and down mould group 130, wherein slide lifting mould group 130 selects clean Linear mould group, uses
Clean encapsulation, when work, will not rub dust, ensure that the cleanliness inside fixture database outer cover 100.
The fixture database outer cover 100 is the rectangular parallelepiped structure vertically installed, and optical element fixture 600 is in fixture database outer cover
100 are arranged side by side using vertical, build up a pile.Wherein, the lower part of fixture database outer cover 100 is arranged in library door 120, is both convenient for machine
People picks and places optical element fixture 600, and enables the height of fixture database outer cover 100 according to required storage optical element fixture 600
Quantity be adjusted, reduce the occupied area of fixture database outer cover 100.
Referring to Figure 1 and Fig. 2, the clean system 200 include that two air cleaning filtering modules 210 and one actively arrange
Blower structure 220, one of air cleaning filtering module 210 is mounted on the side wall of fixture database outer cover 100, and face fixture takes
Mouth 110 is put, another air cleaning filtering module 210 is mounted on the top of fixture database outer cover 100, the active air draft mechanism
220 are mounted on the bottom of fixture database outer cover 100.
When robot does not need replacement optical element fixture 600, library door 120 is in close state, and is now placed in fixture
The air cleaning filtering module 210 at 100 top of library outer cover starts, positioned at the air cleaning filter module of 100 side wall of fixture database outer cover
Block 210 remains shut off and (prevents from generating vortex inside fixture database), by the clean air blown from top to bottom, can take away outside fixture database
Dust and impurities inside cover 100 guarantee the cleanliness inside fixture database.When robot needs replacing optical element fixture 600
When, library door 120 is opened, at this point, the air cleaning filtering module 210 for being located at 100 side wall of fixture database outer cover starts, is located at fixture database
The air cleaning filtering module 210 at 100 top of outer cover can be shut down, and also can star, and clean air picks and places mouth 110 from fixture and blows
Out, it is reduced as far as the possibility that Yin Kumen 120 is opened and entered dust and impurities, guarantees the cleanliness inside fixture database.Separately
Outside, by the design of active air draft mechanism 220, the effect of forced-ventilated is played, can be improved the detergent power to air in fixture database.
Fig. 5 is referred to, the air cleaning filtering module 210 includes installation panel 211, air intake blower fan 212 and clean box
213, the installation panel 211 is mounted on fixture database outer cover 100, and the clean box 213 is mounted on the interior of installation panel 211
Side, and surround to form a filtering chamber with installation panel 211, is provided with filter 214 in the filtering chamber, it is described into
Wind blower 212 is mounted on installation panel 211, and outside air can be introduced filtering chamber, after the filtering of filter 214
It is sent into the inside of fixture database outer cover 100.Wherein, filter 214 can use stratiform filter device, such as filter cotton, filter screen
Deng can also be using the filter devices such as box-like filter core.
Fig. 8 is referred to, the fixture storage rack 300 is the rectangular parallelepiped structure of side wall opening, and fixture storage rack 300 is open
Fold forms column installation support portion 320 to the two sides outer rim at place outward, and installation column 510 installs branch with corresponding column respectively
Support part 320 is fixedly connected, and column installation support portion 320 can play good support effect to installation column 510.It is deposited in fixture
It puts and is provided with multiple supporting tables 310 on the opposite two sides inner wall of frame 300, each supporting table 310 is arranged successively from top to bottom, is used
In support fixture positioning mechanism 400.Due to optical element fixture 600 thickness may it is different, adjacent supports platform 310 it
Between spacing can also be designed according to actual needs, without equidistant.The fixture storage rack 300 is close to positioned at fixture database
Multiple air guide holes 330 are provided in the one side wall of the air cleaning filtering module 210 of 100 side wall of outer cover, to guarantee clean air
Pass through.
Fig. 3, Fig. 6 and Fig. 7 are referred to, the clamp positioning mechanism 400 includes tray panel 410, tray substrate 420, folder
Tool limit pin assemblies 430 and spacer pin driving mechanism 440.Wherein, tray panel 410 and about 420 tray substrate are oppositely arranged,
The tray panel 410 is downwardly open box like structure, and lid is closed on tray panel 410, can be closed with tray panel 410
It encloses to form an installation chamber.The fixture limits at least two groups of pin assemblies 430, in the present embodiment, since optical element presss from both sides
Tool 600 is rectangle structure, therefore fixture limit pin assemblies 430 preferably use four groups facing each other, each group fixture spacer pin
Component 430 is slidably mounted on tray substrate 420 around the center of tray substrate 420, and the fixture limits pin bank
Part 430 includes at least one fixture spacer pin 431, and the outer end of the fixture spacer pin 431 is pierced by tray panel 410.It is described
Spacer pin driving mechanism 440 is between tray panel 410 and tray substrate 420, for driving each group fixture to limit pin assemblies
430 is synchronous close to or far from 420 center of tray substrate.When spacer pin driving mechanism 440 drives each group fixture to limit pin bank
When part 430 synchronizes the center close to tray substrate 420, can clamping optical component fixture 600, otherwise clamping can be discharged
Optical element fixture 600 is clamped to robot.
Fig. 6 is referred to, multiple clamping brace seats 412 are provided on the outer surface of tray panel 410, pass through each clamping
The setting of support base 412, being capable of preferably supporting optical component fixture 600.
Fig. 7 is referred to, the fixture limit pin assemblies 430 include fixture spacer pin mounting plate 432, the fixture spacer pin
Mounting plate 432 is installed by sliding rail 450 on the outer surface of tray panel 410, in the present embodiment, is installed in each fixture spacer pin
It is respectively provided on plate 432 there are two fixture spacer pin 431, two fixture spacer pins 431 are located at corresponding fixture spacer pin installation
The both ends of plate 432 can be reliably clamped supporting optical component fixture 600
Fig. 7 is referred to, the spacer pin driving mechanism 440 includes gyration block 441, at least one revolution driving cylinder 442
And drive link 443 identical with fixture limit 430 quantity of pin assemblies.The gyration block 441 is installed in rotation on pallet
The center of bottom plate 420, specifically, gyration block 441 include circular mounting portion and circumferentially array distribution in mounting portion
The quantity of the actuating arm of surrounding, actuating arm is identical as the fixture limit quantity of pin assemblies 430.In the present embodiment, revolution driving gas
Cylinder 442 be two, two revolution driving cylinders 442 are installed on tray substrate 420, for drive gyration block 441 rotate forward or
Reversion.One end of the drive link 443 and the corresponding actuating arm of gyration block 441 are hinged, and the other end is limited with corresponding fixture
Pin assemblies 430 are hinged, and it is close or remote that each group fixture limit pin assemblies 430 can be driven to synchronize under the driving of gyration block 441
From 420 center of tray substrate.Specifically, when revolution driving cylinder 442 drives gyration block 441 to rotate in one direction,
Gyration block 441 is able to drive each group fixture limit pin assemblies 430 by each drive link 443 and synchronizes close to tray substrate 420
When center, clamping optical component fixture 600；Conversely, revolution driving cylinder 442 drives gyration block 441 to another way
When rotation, gyration block 441 is able to drive each group fixture limit pin assemblies 430 by each drive link 443 and synchronizes far from tray bottom
When the center of plate 420, clamping optical component fixture 600 is discharged.
Fig. 3 and Fig. 4 are referred to, the automatic clamping and placing mechanism 500 includes pallet 530, intermediate support plate 540, intermediate locking
Pin 550, the two installation columns 510 being oppositely arranged and two lateral support plates 520 being oppositely arranged.Wherein, two installations
Column 510 with corresponding column installation support portion 320 as described above, be fixedly connected respectively.Two lateral supports being oppositely arranged
Plate 520 is liftably mounted on respectively on corresponding installation column 510.The pallet 530 is located at fixture and picks and places mouth 110 and fixture
Between storage rack 300, the two sides outer rim of the pallet 530 can be slidably mounted on corresponding lateral support plate in the horizontal direction respectively
On 520, to pick and place mouth 110 close to or far from fixture.The intermediate support plate 540 can be slidably mounted on pallet in the horizontal direction
On 530, to pick and place mouth 110, the upper surface of the intermediate support plate 540 and two lateral support plates 520 close to or far from fixture
Upper surface flushes.The intermediate locking pin 550 is liftably mounted on intermediate support plate 540, for locking or releasing fixture
Positioning mechanism 400.
Between the lateral support plate 520 and corresponding installation column 510, pallet 530 and corresponding lateral support plate 520
Between, connected by lustration type straight line mould group 560 between intermediate support plate 540 and pallet 530, it is not only reliable and stable, but also avoid
Because of sliding friction dust when work.
Fig. 4 and Fig. 6 are referred to, is respectively provided in the side outer rim that fixture picks and places mouth 110 in the lateral support plate 520
There is the pallet limited block 570 for being limited to pallet 530, is liftably equipped on the pallet limited block 570
For locking or releasing the side-latch pin 580 of clamp positioning mechanism 400, the intermediate locking pin 550 and two side-latch
The arrangement triangular in shape of pin 580.Locking pin driving cylinder is mounted on the intermediate support plate 540 and pallet limited block 570
590, the locking pin driving cylinder 590 on intermediate support plate 540 is located at pallet for driving intermediate locking pin 550 to go up and down
Locking pin driving cylinder 590 on limited block 570 is for driving respective sides locking pin 580 to go up and down.The tray panel 410
Be provided in the outer rim of side with two one-to-one positioning lugs 413 of side-latch pin 580, set on the tray substrate 420
It is equipped with the interfix hole adaptable with intermediate locking pin 55, when three locking pin driving cylinders 590 start, two side locks
Rationed marketing 580 is inserted into respectively in corresponding positioning lug 413, and intermediate locking pin 55 is inserted into interfix hole, can reliably be determined
Position fixture positioning mechanism 400 is transported through it so as to drag clamp positioning mechanism 400.
The course of work of automatic clamping and placing mechanism 500 is as follows:
When robot needs replacing optical element fixture 600, library door 120 is opened, pallet 530 and lateral support plate 520
It is elevated to designated position under the drive of the lustration type straight line mould group 560 on installation column 510, it is clean on lateral support plate 520
Net type straight line mould group 560 starts, and drives pallet 530 to extend into fixture storage rack 300, distinguishes two side-latch pins 580
It is directed at corresponding positioning lug 413, then lustration type straight line mould group 560 drive of the intermediate support plate 540 on pallet 530 moves down
It is dynamic, so that intermediate locking pin 55 is directed at the interfix hole on 530 lower surface of pallet, three locking pin driving cylinders 590 start, from
Dynamic fetching device 500 locks clamp positioning mechanism 400, and after the completion, pallet 530 retracts to abutting with pallet limited block 570, most
Afterwards, clamp positioning mechanism 400 is transported to fixture and picks and places mouth 110, the spacer pin driving mechanism 440 on clamp positioning mechanism 400
Starting discharges optical element fixture 600, at this point, robot can take the release optical element fixture 600.
Fig. 4, Fig. 6 and Fig. 7 are referred to, to guarantee that clean air can be in fixture database outer cover 100 along the vertical direction swimmingly
Flowing, prevents to be vortexed.It is provided with the pallet ventilation hole 531 of array distribution on pallet 530, is set on tray panel 410
It is equipped with the panel ventilation hole 411 of array distribution, the bottom plate ventilation hole 421 of array distribution is provided on tray substrate 420.
Finally, it should be noted that foregoing description is only the preferred embodiment of the utility model, the common skill of this field
Art personnel are under the enlightenment of the utility model, under the premise of without prejudice to the utility model aims and claim, can make
Multiple similar expressions, such transformation are each fallen within the protection scope of the utility model.
Claims (10)
1. a kind of offline accurate dress school of optical element automates fixture database with lustration type characterized by comprising
Fixture database outer cover (100) is provided with fixture on side wall and picks and places mouth (110) and pick and place mouth for blocking or exposing fixture
(110) Ku Men (120)；
Clean system (200) is arranged on fixture database outer cover (100), internal clean for holding jig library outer cover (100)；
Fixture storage rack (300), setting are placed with more on the inside of fixture database outer cover (100), the fixture storage rack (300)
A clamp positioning mechanism (400) for being used to position optical element fixture (600)；And
Automatic clamping and placing mechanism (500), in the inside of fixture database outer cover (100), being used for will be on fixture storage rack (300) for setting
Clamp positioning mechanism (400) is transported to fixture and picks and places at mouth (110) or fixture is picked and placed the clamp positioning mechanism at mouth (110)
(400) it puts back on fixture storage rack (300).
2. the offline accurate dress school of optical element according to claim 1 automates fixture database with lustration type, it is characterised in that:
The clean system (200) includes two air cleaning filtering modules (210) and an active air draft mechanism (220), wherein one
A air cleaning filtering module (210) is mounted on the side wall of fixture database outer cover (100), and face fixture picks and places mouth (110), separately
An outer air cleaning filtering module (210) is mounted on the top of fixture database outer cover (100), the active air draft mechanism (220)
It is mounted on the bottom of fixture database outer cover (100).
3. the offline accurate dress school of optical element according to claim 2 automates fixture database with lustration type, it is characterised in that:
The air cleaning filtering module (210) includes installation panel (211), air intake blower fan (212) and clean box (213), the peace
Dress panel (211) is mounted on fixture database outer cover (100), and the clean box (213) is mounted on the inside of installation panel (211),
And surround to form a filtering chamber with installation panel (211), it is provided in the filtering chamber filter (214), it is described
Air intake blower fan (212) is mounted in installation panel (211), and outside air can be introduced filtering chamber, through filter
(214) inside of fixture database outer cover (100) is sent into after filtering.
4. the offline accurate dress school of optical element according to claim 1 automates fixture database with lustration type, which is characterized in that
The automatic clamping and placing mechanism (500) includes:
Two installation columns (510) being oppositely arranged；
Two lateral support plates (520) being oppositely arranged, are liftably mounted on respectively on corresponding installation column (510)；
Pallet (530) is located at fixture and picks and places between mouth (110) and fixture storage rack (300), outside the two sides of the pallet (530)
Edge can be slidably mounted in the horizontal direction respectively on corresponding lateral support plate (520), to pick and place mouth close to or far from fixture
(110)；
Intermediate support plate (540) can be slidably mounted on pallet (530), in the horizontal direction to take close to or far from fixture
Mouth (110) are put, the upper surface of the intermediate support plate (540) is flushed with the upper surface of two lateral support plates (520)；And
Intermediate locking pin (550), is liftably mounted on intermediate support plate (540), for locking or releasing fixture positioning
Mechanism (400).
5. the offline accurate dress school of optical element according to claim 4 automates fixture database with lustration type, it is characterised in that:
Between the lateral support plate (520) and corresponding installation column (510), pallet (530) and corresponding lateral support plate (520)
Between, connected by lustration type straight line mould group (560) between intermediate support plate (540) and pallet (530).
6. the offline accurate dress school of optical element according to claim 4 automates fixture database with lustration type, it is characterised in that:
The lateral support plate (520) close to fixture pick and place mouth (110) side outer rim on be provided with for pallet (530) into
The pallet limited block (570) of row limit, is liftably equipped with for locking or releasing on the pallet limited block (570)
The side-latch pin (580) of clamp positioning mechanism (400), the intermediate locking pin (550) are in two side-latch pins (580)
Triangular pitch.
7. the offline accurate dress school of optical element according to claim 6 automates fixture database with lustration type, it is characterised in that:
It is mounted on locking pin driving cylinder (590) on the intermediate support plate (540) and pallet limited block (570), is located at centre
Locking pin driving cylinder (590) in support plate (540) is located at pallet limited block for driving intermediate locking pin (550) to go up and down
(570) locking pin driving cylinder (590) on is for driving respective sides locking pin (580) to go up and down.
8. the offline accurate dress school of optical element according to claim 1 automates fixture database with lustration type, which is characterized in that
The clamp positioning mechanism (400) includes:
The tray panel (410) and tray substrate (420) being oppositely arranged；
At least two groups fixture limits pin assemblies (430), and each group fixture limits pin assemblies (430) in tray substrate (420)
Heart position is slidably mounted on tray substrate (420), and fixture limit pin assemblies (430) includes at least one fixture limit
Position pin (431), the outer end of the fixture spacer pin (431) is pierced by tray panel (410)；And
Spacer pin driving mechanism (440), between tray panel (410) and tray substrate (420), for driving each group to press from both sides
Tool limit pin assemblies (430) is synchronous close to or far from tray substrate (420) center.
9. the offline accurate dress school of optical element according to claim 8 automates fixture database with lustration type, which is characterized in that
The spacer pin driving mechanism (440) includes:
Gyration block (441), is installed in rotation on the center of tray substrate (420)；
At least one revolution driving cylinder (442), is installed on tray substrate (420), for driving gyration block (441) just
Turn or inverts；And
Drive link (443) identical with fixture limit pin assemblies (430) quantity, one end and gyration block (441) are hingedly, another
End limits pin assemblies (430) hingedly with corresponding fixture, and each group fixture can be driven to limit under the driving of gyration block (441)
Pin assemblies (430) are synchronous close to or far from tray substrate (420) center.
10. the offline accurate dress school of optical element according to claim 1 automates fixture database with lustration type, feature exists
In: the library door (120) is lifting slide, is provided on the inner wall of the fixture database outer cover (100) for driving lifting to slide
The slide of door lifting goes up and down mould group (130).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821823184.1U CN208847922U (en) | 2018-11-06 | 2018-11-06 | The offline accurate dress school of optical element automates fixture database with lustration type |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821823184.1U CN208847922U (en) | 2018-11-06 | 2018-11-06 | The offline accurate dress school of optical element automates fixture database with lustration type |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208847922U true CN208847922U (en) | 2019-05-10 |
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| CN201821823184.1U Expired - Fee Related CN208847922U (en) | 2018-11-06 | 2018-11-06 | The offline accurate dress school of optical element automates fixture database with lustration type |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109212703A (en) * | 2018-11-06 | 2019-01-15 | 中国工程物理研究院激光聚变研究中心 | Self-cleaning type for the offline accurate dress school of optical element automates fixture database |
| CN110491272A (en) * | 2019-09-17 | 2019-11-22 | 深圳模德宝科技有限公司 | A kind of automation fixture instructional device |
-
2018
- 2018-11-06 CN CN201821823184.1U patent/CN208847922U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109212703A (en) * | 2018-11-06 | 2019-01-15 | 中国工程物理研究院激光聚变研究中心 | Self-cleaning type for the offline accurate dress school of optical element automates fixture database |
| CN110491272A (en) * | 2019-09-17 | 2019-11-22 | 深圳模德宝科技有限公司 | A kind of automation fixture instructional device |
| CN110491272B (en) * | 2019-09-17 | 2024-03-29 | 深圳模德宝科技有限公司 | Automatic clamp teaching device |
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Granted publication date: 20190510 Termination date: 20201106 |