CN209456309U - A kind of elongate cylinder glass bar clamp structure - Google Patents
A kind of elongate cylinder glass bar clamp structure Download PDFInfo
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- CN209456309U CN209456309U CN201822033419.3U CN201822033419U CN209456309U CN 209456309 U CN209456309 U CN 209456309U CN 201822033419 U CN201822033419 U CN 201822033419U CN 209456309 U CN209456309 U CN 209456309U
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- grip block
- single side
- fixture
- integrated bracket
- type groove
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Abstract
A kind of elongate cylinder glass bar clamp structure, including fixture, fixture, which is mounted on, to be gripped on jig, is gripped jig and is mounted in fixing seat；Fixture includes integrated bracket, integrated bracket is equipped with multiple groups guide groove, single side grip block and two-sided grip block are placed in guide groove, single side grip block and two-sided grip block cooperation clamping optical lens, the tetrafluoro cushion block that top layer single side grip block is equipped with above is connected to fixing screws bottom end, fixing screws pass through integrated bracket, and integrated bracket, which is connected to, to be gripped on jig；Gripping jig includes the fixed plate for being fixed to integration bracket, fixture is corresponded in fixed plate equipped with multiple groups spring clip, spring clip compresses single side grip block and two-sided grip block by compressed spring always, the protrusion at the spring clip back side is stuck in the strip hole of diving board, diving board hinging rotary shift fork, it rotates shift fork to cooperate by pressing plate and diving board, make multiple groups spring clip while lifting and being detached from top layer single side grip block；The utility model realizes that automation is loaded.
Description
Technical field
The utility model belongs to optical lens automatic producing technology field, and in particular to a kind of elongate cylinder glass bar folder
Hold structure.
Background technique
It is loaded in technique before optical lens plated film, it is desirable that optical lens is required to be fixed in frock clamp according to technique,
Optical lens is loaded completely by manual operation at present, and used frock clamp carries out long-time Vacuum Deposition in the high temperature environment
Film is easy to happen buckling deformation, is unsatisfactory for realizing the requirement that automation is loaded.The prior art can automatically control optics not yet
The equipment that is loaded of lens.
Summary of the invention
In order to overcome the disadvantages of the above prior art, the purpose of this utility model is to provide a kind of elongate cylinder glass
Stick clamp structure can be realized automation and be loaded.
In order to achieve the above object, the technical solution that the utility model is taken are as follows:
A kind of elongate cylinder glass bar clamp structure, including fixture 10, grip jig 20 and fixing seat 30, fixture 10
It is mounted on and grips on jig 20, grip jig 20 and be mounted in fixing seat 30.
The fixture 10 include integrated bracket 109, integrated bracket 109 use wire cutting overall processing have 2 groups with
On guide groove, be placed with single side grip block 106 and two-sided grip block 108, single side grip block 106 and two-sided clamping in guide groove
The cooperation clamping optical lens 105 of block 108, single side grip block 106 and two-sided grip block 108 can be free to slide along guide groove；Top
Layer single side grip block 106 is equipped with tetrafluoro cushion block 104 above, and tetrafluoro cushion block 104 is connected to 110 bottom end of fixing screws, fixing screws
110 pass through integrated bracket 109, and nut 103, nut fixture block are cased in the fixing screws 110 in integrated bracket 109
102, by 102 radial positioning of nut fixture block, nut 103 is locked screw 110 fixing screws 110 by nut fixture block 102；
It is machined with upper groove on the upside of integrated bracket 109, screw baffle 101 is placed in upper groove, screw baffle 101 passes through screwing
111 are connected on integrated bracket 109, and screw baffle 101 is equipped with hole more than two, and fixing screws 110 are kept off across screw
Corresponding aperture on plate 101；It is machined with lower groove on the downside of integrated bracket 109, baffle 112 is placed in lower groove, baffle 112 is logical
Screw 107 is crossed down to be connected on integrated bracket 109.
The jig 20 that grips includes the fixed plate 201 for being fixed to integration bracket 109, is set before fixed plate 201
There is the first U-type groove 220, the side of the first U-type groove 220 sets that there are two jackscrews 208；It is blind equipped with 2 groups or more at the top of fixed plate 201
Guiding axis 202 is placed in hole in blind hole；The spring clip 203 that fixture 10 is equipped with 2 groups or more, spring clip 203 are corresponded in fixed plate 201
Single side grip block 106 and two-sided grip block 108 are compressed always by compressed spring 204, and spring clip 203 and compressed spring 204 exist
It is slided on guiding axis 202；201 top of fixed plate is connect with pressing plate 207,207 restricted guidance axis of pressing plate, 202 axial float；It is fixed
201 back side of plate is equipped with the second U-type groove 221, and diving board 205 cooperates free to slide in the second U-type groove 221, the second 221 liang of U-type groove
Side is connected with left pressing plate 212 and right pressing plate 213, and left pressing plate 212 and right pressing plate 213 are pressed in 205 both side surface of diving board；Diving board
205 are equipped with corresponding 2 groups or more of strip hole, and the protrusion that 203 back side of spring clip is equipped with is stuck in the strip hole of diving board 205；Bullet
205 hinging rotary shift fork 206 of plate, rotation shift fork 206 are cooperated by pressing plate 207 and diving board 205, make 2 groups or more of spring clip 203
It lifts and is detached from top layer single side grip block 106 simultaneously；201 two sides of fixed plate and further below be equipped with third U-type groove 222.
30 inner peripheral of fixing seat is equipped with the 4th U-type groove 301 of cooperation third U-type groove 222, the 4th U-type groove 301
Side is set there are two holding screw 302.
The unilateral semicircle orifice for being equipped with 2 or more of the single side grip block 106, two-sided 108 two sides of grip block are respectively provided with 2
Above semicircle orifice, semicircle bore dia is identical as 105 diameter of optical lens, and optical lens 105 passes through upper and lower two pieces of grip blocks 108
Between semicircle orifice clamping.
The elongate cylinder glass bar clamping device is to be disposed vertically.
The integrated bracket 109 uses overall processing.
The integrated bracket 109 uses stainless steel material, and single side grip block 106, two-sided grip block 108 use resistance to height
Warm engineering material.
The utility model has the effect that compared with prior art
One, the utility model can be realized automation and be loaded.
Two, the utility model fixture 10, grip and determined between jig 20, fixing seat 30 by U-type groove and holding screw
The mode of position facilitates fixture 10, grips the handling of jig 20 and be accurately positioned.
Three, the utility model integrated bracket 109 uses overall processing, and high mechanical strength, high temperature deformation are small.
Four, the utility model realizes the band of grip block during automation is loaded using mechanical compression spring structure
Pressure dehisces and closes up, and solves the defect that optical lens is fallen during device moves integrally.
Detailed description of the invention
Fig. 1 is the axonometric drawing of the utility model.
Fig. 2 is the main view of fixture 10.
Fig. 3 is the A-A of Fig. 2 to cross-sectional view.
Fig. 4 is the B-B of Fig. 2 to cross-sectional view.
Fig. 5 is the shaft side figure of integrated bracket 109
Fig. 6 is the main view of fixture fixed fixture 20.
Fig. 7 is the top view of Fig. 6.
Fig. 8 is the C-C of Fig. 6 to cross-sectional view.
Fig. 9 is the rearview of Fig. 6.
Figure 10 is a face shaft side figure of fixed plate 201.
Figure 11 is the another side shaft side figure of fixed plate 201.
Figure 12 is the axis side schematic diagram of spring clip 203.
Figure 13 is the shaft side figure of fixing seat 30.
Specific embodiment
The utility model is described in detail with reference to the accompanying drawings and examples.
Referring to Fig.1, a kind of elongate cylinder glass bar clamp structure, including fixture 10, grip jig 20 and fixing seat
30.Fixture 10, which is mounted on, to be gripped on jig 20, is gripped jig 20 and is mounted in fixing seat 30.
Referring to Fig. 2, Fig. 3, Fig. 4 and Fig. 5, the fixture 10 includes integrated bracket 109, and integrated bracket 109 uses
Wire cutting overall processing has 6 groups of guide grooves, and single side grip block 106 and two-sided grip block 108, single side clamping are placed in guide groove
Block 106 and the cooperation clamping optical lens 105 of two-sided grip block 108, single side grip block 106 and two-sided grip block 108 can be along leading
It is free to slide to slot；Top layer single side grip block 106 is equipped with tetrafluoro cushion block 104 above, and tetrafluoro cushion block 104 is connected to fixing screws
110 bottom ends, fixing screws 110 pass through integrated bracket 109, are cased with spiral shell in the fixing screws 110 in integrated bracket 109
Female 103, nut fixture block 102, fixing screws 110 are locked by 102 radial positioning of nut fixture block, nut 103 by nut fixture block 102
Fasten screw 110；It is machined with upper groove on the upside of integrated bracket 109, screw baffle 101, screw gear are placed in upper groove
Plate 101 is connected on integrated bracket 109 by screwing 111, and screw baffle 101 is equipped with 6 groups of hole, fixing screws 110
Corresponding aperture on screw baffle 101, play the guiding role；It is machined with lower groove on the downside of integrated bracket 109, is put in lower groove
It is equipped with baffle 112, baffle 112 is connected on integrated bracket 109 by lower screw 107, prevents single side grip block 106 and two-sided
Grip block 108 is fallen from guide groove.
The single side grip block 106 is unilateral to be equipped with 3 semicircle orifices, and two-sided 108 two sides of grip block are respectively provided with 3 semicircles
Hole, semicircle bore dia is identical as 105 diameter of optical lens, and optical lens 105 passes through the semicircle between upper and lower two pieces of grip blocks 108
Hole clamping.A column are the signals being loaded on the left of Fig. 1, and the column of right side 5 are the signals not being loaded, and can be loaded 216 optical lens in total
Mirror 105.
Referring to Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12, the jig 20 that grips includes being fixed to integration
The fixed plate 201 of bracket 109, is equipped with the first U-type groove 220 before fixed plate 201, and 220 side of the first U-type groove sets that there are two jackscrews
208；It is equipped with 6 groups of blind holes at the top of fixed plate 201, places guiding axis 202 in blind hole；Fixture 10 is corresponded in fixed plate 201 equipped with 6 groups
Spring clip 203, spring clip 203 compress single side grip block 106 and two-sided grip block 108, spring clip by compressed spring 204 always
203 and compressed spring 204 slided on guiding axis 202, moved axially with the increase and decrease for the optical lens 105 that is loaded；Fixed plate
201 tops are connect with pressing plate 207 by 2 screws 211,207 restricted guidance axis of pressing plate, 202 axial float；201 back side of fixed plate
Equipped with the second U-type groove 221, the cooperation of diving board 205 is free to slide in the second U-type groove 221, and 221 two sides of the second U-type groove pass through screw
214 are connected with left pressing plate 212 and right pressing plate 213, and left pressing plate 212 and right pressing plate 213 are pressed in 205 both side surface of diving board；Diving board
205 are equipped with 6 groups of strip holes, and the protrusion at 203 back side of spring clip is stuck in the strip hole of diving board 205；Diving board 205 passes through bolt 209
And 210 hinging rotary shift fork 206 of nut, rotation shift fork 206 are cooperated by pressing plate 207 and diving board 205, keep 6 groups of spring clips 203 same
When lift and with top layer single side grip block 106 be detached from；201 two sides of fixed plate and further below be equipped with third U-type groove 222.
Referring to Fig.1 3,30 inner peripheral of fixing seat is equipped with the 4th U-type groove 301 of cooperation third U-type groove 222, the
Four U-type grooves, 301 side is set there are two holding screw 302.
Fixture 10 is placed in the first U-type groove 220 in fixed plate 201, and fixed by jackscrew 208；In fixed plate 201
Third U-type groove 222 cooperate fixing seat 30 on the 4th U-type groove 301, connect with fixing seat 30, by holding screw 302 consolidate
It is fixed.
The elongate cylinder glass bar clamping device is to be disposed vertically, and is easy to implement automation and is loaded optical lens 105.
The integrated bracket 109 uses overall processing, and high mechanical strength reduces long-time high temperature deformation.
The integrated bracket 109 uses stainless steel material, and single side grip block 106, two-sided grip block 108 use resistance to height
Warm engineering material.
The working principle of the utility model are as follows:
When being loaded, needle need to be chosen using two in automation equipment and be horizontally inserted into neighbouring two two-sided grip blocks 108
Lifted again after the circular hole of composition, two neighboring two-sided grip block 108 made to form certain intervals, two choose needle horizontal space with it is two-sided
Left and right sides semicircle pitch of holes is equal on grip block 108, and 3 optical lenses 105 then are sucked using 3 horizontally disposed push pin
End face, discharge, choose after needle exits, compressed spring 204 pushes spring clip 203 to push, and 3 optical lenses 105 are pressed after insertion
Tightly in three semicircle orifices of two-sided grip block 105.
Fixing seat 30 is pre-assembled in automation and is loaded in the motion module of equipment, is loaded before optical lens 105, takes in advance
Lower fixture fixed fixture 20, is placed horizontally on operating platform, rotates shift fork 206, lifts spring clip 203 completely, will not have
In the first U-type groove 220 that is fitted into fixture fixed fixture 20 of fixture 10 of optical lens 105 that is loaded, shift fork 206 is unclamped, bullet is made
The uppermost single side grip block 106 of 6 column is pushed down in tabletting 203, tightens two jackscrews 208 of 20 side of fixture fixed fixture.
Fixture fixed fixture 20 equipped with fixture 10 is inserted into the 4th U-type groove 301 in fixing seat 30, fixing seat is tightened
Two holding screws 302 of 30 sides.
When the optical lens 105 that has been loaded takes fixture 10, according to above-mentioned steps contrary operation, it is loaded on the operational platform
Consistency arranges, and carries out lower road process.
Claims (7)
1. a kind of elongate cylinder glass bar clamp structure, it is characterised in that: including fixture (10), grip jig (20) and consolidate
Reservation (30), fixture (10), which is mounted on, to be gripped on jig (20), is gripped jig (20) and is mounted on fixing seat (30)；
The fixture (10) includes integrated bracket (109), and integrated bracket (109) has 2 groups using wire cutting overall processing
Above guide groove, is placed with single side grip block (106) and two-sided grip block (108) in guide groove, single side grip block (106) and
Two-sided grip block (108) cooperation clamping optical lens (105), single side grip block (106) and two-sided grip block (108) can be along leading
It is free to slide to slot；Top layer single side grip block (106) is equipped with tetrafluoro cushion block (104) above, and tetrafluoro cushion block (104) is connected to fixation
Screw (110) bottom end, fixing screws (110) pass through integrated bracket (109), the fixation spiral shell being located in integrated bracket (109)
Nut (103), nut fixture block (102) are cased on nail (110), fixing screws (110) pass through nut fixture block (102) radial positioning,
Nut (103) is locked screw (110) by nut fixture block (102)；It is machined with upper groove on the upside of integrated bracket (109),
It is placed in upper groove screw baffle (101), screw baffle (101) is connected to integrated bracket (109) by screwing (111)
On, screw baffle (101) is equipped with hole more than two, and fixing screws (110) pass through the corresponding aperture on screw baffle (101)；
It is machined with lower groove on the downside of integrated bracket (109), is placed in lower groove baffle (112), baffle (112) passes through lower screw
(107) it is connected on integrated bracket (109).
2. a kind of elongate cylinder glass bar clamp structure according to claim 1, it is characterised in that: described grips
Jig (20) includes the fixed plate (201) for being fixed to integration bracket (109), is equipped with the first U-type groove before fixed plate (201)
(220), the side of the first U type groove (220) is set there are two jackscrew (208), is equipped at the top of fixed plate (201) more than two blind
Guiding axis (202) are placed in blind hole in hole；The spring clip (203) that fixture (10) are equipped with 2 groups or more, bullet are corresponded in fixed plate (201)
Tabletting (203) compresses single side grip block (106) and two-sided grip block (108), spring clip by compressed spring (204) always
(203) and compressed spring (204) is slided on guiding axis (202)；Fixed plate (201) top is connect with pressing plate (207), pressing plate
(207) restricted guidance axis (202) axial float；Fixed plate (201) back side is equipped with the second U-type groove (221), diving board (205) cooperation
Free to slide in the second U-type groove (221), the second U-type groove (221) two sides are connected with left pressing plate (212) and right pressing plate (213),
Left pressing plate (212) and right pressing plate (213) are pressed in diving board (205) both side surface；Diving board (205) is equipped with corresponding 2 groups or more
Strip hole, the protrusion that spring clip (203) back side is equipped with are stuck in the strip hole of diving board (205)；Diving board (205) hinging rotary shift fork
(206), rotation shift fork (206) is cooperated by pressing plate (207) and diving board (205), is made 2 groups or more of spring clip (203) while being lifted
It rises and is detached from top layer single side grip block (106)；Fixed plate (201) two sides and further below be equipped with third U-type groove (222).
3. a kind of elongate cylinder glass bar clamp structure according to claim 2, it is characterised in that: the fixing seat
(30) inner peripheral is equipped with the 4th U-type groove (301) of cooperation third U-type groove (222), there are two the 4th U-type groove (301) side is set
Holding screw (302).
4. a kind of elongate cylinder glass bar clamp structure according to claim 1, it is characterised in that: the single side clamping
The unilateral semicircle orifice for being equipped with 2 or more of block (106), two-sided grip block (108) two sides are respectively provided with 2 or more semicircle orifices, semicircle
Bore dia is identical as optical lens (105) diameter, and optical lens (105) passes through between upper and lower two pieces two-sided grip blocks (108)
Semicircle orifice clamping.
5. a kind of elongate cylinder glass bar clamp structure according to claim 1, it is characterised in that: the elongate cylinder
Glass bar clamping device is to be disposed vertically.
6. a kind of elongate cylinder glass bar clamp structure according to claim 1, it is characterised in that: the integration branch
Frame (109) uses overall processing.
7. a kind of elongate cylinder glass bar clamp structure according to claim 1, it is characterised in that: the integration branch
Frame (109) uses stainless steel material, and single side grip block (106), two-sided grip block (108) use high temperature resistant engineering material.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822033419.3U CN209456309U (en) | 2018-12-05 | 2018-12-05 | A kind of elongate cylinder glass bar clamp structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822033419.3U CN209456309U (en) | 2018-12-05 | 2018-12-05 | A kind of elongate cylinder glass bar clamp structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209456309U true CN209456309U (en) | 2019-10-01 |
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ID=68038819
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822033419.3U Active CN209456309U (en) | 2018-12-05 | 2018-12-05 | A kind of elongate cylinder glass bar clamp structure |
Country Status (1)
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| CN (1) | CN209456309U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109336404A (en) * | 2018-12-05 | 2019-02-15 | 西安天穹智能机器科技有限公司 | A kind of elongate cylinder glass bar clamping device |
-
2018
- 2018-12-05 CN CN201822033419.3U patent/CN209456309U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109336404A (en) * | 2018-12-05 | 2019-02-15 | 西安天穹智能机器科技有限公司 | A kind of elongate cylinder glass bar clamping device |
| CN109336404B (en) * | 2018-12-05 | 2023-07-25 | 西安天穹智能机器科技有限公司 | Slender cylindrical glass rod clamping device |
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