CN2674477Y - Two-dimensional connecting rod type two-plate structure rotation precision adjusting frame - Google Patents
Two-dimensional connecting rod type two-plate structure rotation precision adjusting frame Download PDFInfo
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- CN2674477Y CN2674477Y CN 200320122435 CN200320122435U CN2674477Y CN 2674477 Y CN2674477 Y CN 2674477Y CN 200320122435 CN200320122435 CN 200320122435 CN 200320122435 U CN200320122435 U CN 200320122435U CN 2674477 Y CN2674477 Y CN 2674477Y
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- link
- mirror holder
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Abstract
A two-dimensional connecting rod type two-plate structure rotation precision adjusting frame is characterized by comprising a mirror bracket fixing flat plate, a mirror bracket moving flat plate, two connecting rod mechanisms with joint ball bearings, a straight rod with one end provided with the joint ball bearings and an adjusting device. The utility model has the characteristics of simple structure, processing convenient assembling, good, the big regulation of stability is enlarged than, low in cost.
Description
Technical field:
The utility model relates to accurate adjustment rack, is that two-dimentional link-type two plate structures are rotated accurate adjustment rack.Be mainly used in the adjusting mechanism of precision optics and precision optical machinery.As the accurate angular setting in the light path adjustment.
Background technology:
The optical precision adjusting mechanism is one of necessary tool in Experiments of Optics, the optic test, and its major function is to realize that the transposition of angular setting peace is whole.The form of optical precision adjustment rack, adjustment dimension, method of adjustment have nothing in common with each other, but with regard to the agent structure relation, can be reduced to two flat boards--the spatial relation between fixed flat planar and the exercise stress basically, promptly so-called two plate structures.In two traditional plate structure two dimension angular optical adjusting frames, primary structure comprises fixed flat planar, exercise stress and is connected between the two adjustment screw.Adjust the driving link of screw, form screw thread pair, make the rotation that is applied on the adjustment screw be converted into translation, thereby realize adjustment exercise stress with fixed flat planar or exercise stress as mechanism kinematic.Two traditional plate structures are often by adopting flexible member between exercise stress and fixed flat planar, wait the to-and-fro movement that guarantees that exercise stress is in course of adjustment as extension spring, play the function of eliminating thread pitch simultaneously, but because of the use of mechanism's medi-spring has reduced mechanism's whole rigidity, promptly cause the decline of the resonant frequency of mechanism, so in the higher occasion of stability requirement, certain restriction that the application of this kind mechanism just is subjected to.Two traditional in addition plate structures are when adjusting, and the precision of its adjusting is only relevant with the distance L of the pitch p that adjusts screw, adjustment screw and rotating fulcrum, i.e. adjusting angle θ=p/L; With pitch 0.5mm, the distance of adjusting screw and rotating fulcrum is an example for 100mm, and the angular adjustment precision is 0.3 °, so the precision of adjusting angle is difficult to reach the requirement of second class precision.
Summary of the invention:
The technical problems to be solved in the utility model is to overcome above-mentioned the deficiencies in the prior art, provide a kind of two-dimentional link-type two plate structures to rotate accurate adjustment rack, it should have simple in structure, process and assemble convenience, good stability, big adjusting amplification ratio, cheap characteristics.
Technical solution of the present invention is as follows:
A kind of two-dimentional link-type two plate structures are rotated accurate adjustment rack, are characterized in comprising that mirror holder fixed flat planar, mirror holder exercise stress, two have straight-bar and an adjusting gear that the linkage assembly of joint ball bearing, an end have the joint ball bearing.
Described mirror holder fixed flat planar and the mirror holder exercise stress linkage assembly that has the joint ball bearing by being positioned at same diagonal line two ends be positioned at the straight-bar that another diagonal line one end has the joint ball bearing and link to each other, and keep being parallel to each other.The installation axis of the installation axis of linkage assembly upper joint ball bearing and straight-bar upper joint ball bearing is parallel to each other, and each linkage assembly upper joint ball bearing center is vertical mutually with straight-bar upper joint ball bearing center.
Described linkage assembly is made up of the last connecting rod and the lower link that have the joint ball bearing, the joint ball bearing of last connecting rod links to each other with the mirror holder exercise stress, the joint ball bearing of lower link links to each other with the mirror holder fixed flat planar, last connecting rod links to each other by drive pin with lower link, and pass drive pin with split pin, with drive pin loosening be fixed on upper and lower connecting rod place.
Described adjusting gear is the motor adjusting gear, and its supporting seat one end links to each other with the mirror holder fixed flat planar, and the other end links to each other with motor cabinet.Motor is installed on the motor cabinet, rotates and realize the relative translation of screw mandrel and drive-type shaft coupling by drive-type coupling band movable wire bar.Screw mandrel passes the screw mandrel cover on the motor cabinet and connects by pin with bearing seat.Drive ball head rod one end links to each other with bearing seat by self-aligning ball bearing, the other end is equipped with the joint ball bearing and links to each other with drive pin by the joint ball bearing, come the drive link motion of mechanism by drive pin, realize the angular adjustment of mirror holder fixed flat planar and mirror holder exercise stress.
Described adjusting gear is a manual adjusting device, its formation is: a supporting seat one end is connected and fixed flat board, one end of one screw mandrel links to each other with handle by pin, after the other end of this screw mandrel is installed in screw mandrel cover on the supporting seat, link to each other with bearing seat by pin, one end of drive ball head rod is equipped with the joint ball bearing, hole, garden on this joint ball bearing and the drive pin matches, tighten up by holding screw, the other end of drive ball head rod is fixed on self-aligning ball bearing on the drive ball head rod by screw, and this self-aligning ball bearing then matches with bearing seat.Rotate handle by hand and drive screw mandrel promotion drive ball head rod, realize the motion of exercise stress, finish required angular adjustment with respect to fixed flat planar by upward connecting rod and lower link rotation of drive pin drive.
Advantage of the present utility model:
These two-dimentional link-type two plate structures are rotated the simple in structure of accurate adjustment rack, and are lower to the requirement of element manufacturing and assembling, are convenient to produce in batches; Because adjustment rack adopts bar linkage structure, has realized being rigidly connected between two plates, therefore improved the stability of adjustment rack device integral body; The secondary that likens to precision adjustment usefulness of the chord length of its end movement locus and action amplifies when utilizing the connecting rod rotation simultaneously, significantly improved the adjustment precision, therefore in high stability, the optics of high-precision requirement is adjusted in the trim has great superiority and promotional value.
Description of drawings:
The structure master that Fig. 1 rotates accurate adjustment rack for the utility model two dimension link-type slab construction looks synoptic diagram.
Fig. 2 is the A-A cross-sectional schematic of Fig. 1.
Fig. 3 is the B-B cross-sectional schematic of Fig. 2.
Fig. 4 rotates the structural representation of the manual adjusting device of accurate adjustment rack for the utility model two dimension link-type slab construction
Embodiment:
See also Fig. 1 earlier, Fig. 2, as seen from the figure, the utility model two dimension link-type two plate structures are rotated the formation of accurate adjustment rack, comprise that a mirror holder fixed flat planar 119, a mirror holder exercise stress 101, two have straight-bar 117 and an adjusting gear that the linkage assembly of joint ball bearing 102, an end have joint ball bearing 102.Described fixed flat planar 119 and exercise stress 101 connect to form two plate structures by straight-bar 117, last connecting rod 104, lower link 120.Straight-bar 117 1 ends link to each other with fixed flat planar 119 by screw 118, and the other end is threaded with the ball head stay 103 that joint ball bearing 102 is housed.Hole, garden on 101 1 jiaos of joint ball bearing 102 on the ball head stay 103 and the exercise stresses matches, and tightens up by holding screw 116.One end of last connecting rod 104, lower link 120 all matches with joint ball bearing 102, one jiao hole, garden matches on joint ball bearing 102 on the last connecting rod 104 and the exercise stress 101, and tighten up by holding screw 116, joint ball bearing 102 on the lower link 120 matches with one jiao hole, garden on the fixed flat planar 119, and tightens up by holding screw 116.Last connecting rod 104 links to each other by drive pin 121 with lower link 120, split pin 122 is inserted on the drive pin 121 by the through hole on the drive pin 121, make drive pin 121 and last connecting rod 104 and lower link 120 form loose fit, thereby form bar linkage structure in relative rotation, this bar linkage structure has two, lay respectively on two angles in diagonal line orientation of fixed flat planar 119 and exercise stress 101, and guarantee that the axis of two joint ball bearings 102 of going up connecting rods 104 and the axis of the joint ball bearing 102 on the ball head stay 103 are parallel to each other, and the line of centres of the joint ball bearing 102 on center and the ball head stay 103 of the joint ball bearing 102 of connecting rod 104 is vertical mutually on each.
Fig. 3 is the adjustment operating part that the utility model two dimension link-type two plate structures are rotated accurate adjustment rack, adopts motor-driven form.Supporting seat 105 1 ends are connected and fixed flat board 119, and the other end is support motor seat 106 then, and 109 in motor is installed on the motor cabinet 106.The driving shaft of motor 109 links to each other with drive-type shaft coupling 107, drive-type shaft coupling 107 drives screw mandrel 110 rotations by pin 108 again, have the screw mandrel 110 of pin 108 and relatively rotating of drive-type shaft coupling 107 by the restriction of the elongated guide slot on the drive-type shaft coupling 107, make screw mandrel 110 have only relative translation with drive-type shaft coupling 107, after screw mandrel 110 passes screw mandrel cover 123 on the motor cabinet 106, link to each other with bearing seat 112 by pin 111, one end of drive ball head rod 115 is equipped with joint ball bearing 102, hole, garden on this joint ball bearing 102 and the drive pin 121 matches, tighten up by holding screw 116, the other end of drive ball head rod 115 is fixed on self-aligning ball bearing 114 on the drive ball head rod 115 by screw 113,114 of this self-aligning ball bearings and bearing seat 112 match, thereby screw mandrel 110 promotes drive ball head rod 115, drive ball head rod 115 drives by drive pin 121 and goes up connecting rod 104, lower link 120 rotations realize the motion of exercise stress 101 with respect to fixed flat planar 119, finish required angular adjustment.The adjustment operating part that two-dimentional link-type two plate structures of the utility model are rotated accurate adjustment rack also can adopt the mode of manual adjustments, and Fig. 4 rotates the manual drives part synoptic diagram of accurate adjustment rack for the utility model two dimension link-type slab construction.Supporting seat 105 ' one ends are connected and fixed dull and stereotyped 119, screw mandrel 110 ' an end link to each other with handle 125 by pin 124, for the manual operation screw mandrel, screw mandrel 110 ' the other end then be screwed into be installed in supporting seat 105 ' on screw mandrel cover 123 ' back link to each other with bearing seat 112 by pin 111, one end of drive ball head rod 115 is equipped with joint ball bearing 102, hole, garden on this joint ball bearing 102 and the drive pin 121 matches, tighten up by holding screw 116, the other end of drive ball head rod 115 is fixed on self-aligning ball bearing 114 on the drive ball head rod 115 by screw 113,114 of this self-aligning ball bearings and bearing seat 112 match, thereby rotate screw mandrel 110 by hand and promote drive ball head rod 115, drive ball head rod 115 drives by drive pin 121 and goes up connecting rod 104, lower link 120 rotations realize the motion of exercise stress 101 with respect to fixed flat planar 119, finish required angular adjustment.
The range of adjustment of the two dimension angular of this adjustment mirror holder and degree of regulation have certain choice by the initial configuration decision of connecting rod.If distance is L between linkage assembly and straight-bar, the connecting rod initial deflection angle is θ, screw mandrel pitch is p, pitch of the every precession of screw mandrel then, deflection angle α=2p/[ctg (θ/2) * L of mirror holder exercise stress 101 relative mirror holder fixed flat planars 119], be 100mm apart from L with linkage assembly and 117 of straight-bars, connecting rod initial deflection angle θ is 3 °, screw mandrel pitch p is that 0.5mm is an example, and then the angular adjustment precision is 0.015 °, and as seen its degree of regulation is more much higher than traditional structure.Should adjust mirror holder in addition and adopt rigid attachment, good stability, and should adjust the simple in structure of mirror holder, and reduced apparatus cost, therefore the utlity model has very high promotional value and use value.
Claims (2)
1, a kind of two-dimentional link-type two plate structures are rotated accurate adjustment rack, it is characterized in that comprising that a mirror holder fixed flat planar (119), a mirror holder exercise stress (101), two have straight-bar (117) and an adjusting gear that the linkage assembly of joint ball bearing (102), an end have joint ball bearing (102):
Described mirror holder fixed flat planar (119) and mirror holder exercise stress (101) linkage assembly that has joint ball bearing (102) by being positioned at same diagonal line two ends be positioned at the straight-bar (117) that another diagonal line one end has joint ball bearing (102) and link to each other, and keep being parallel to each other;
Described linkage assembly is by the last connecting rod (104) that has joint ball bearing (102), lower link (120) also passes by split pin (122) that drive pin (121) is continuous loosely to form, the installation axis of the installation axis of the joint ball bearing (102) of this linkage assembly and the joint ball bearing (102) of straight-bar (117) is parallel to each other, and the joint ball bearing center on each linkage assembly is vertical mutually with joint ball bearing center on the straight-bar (117), the joint ball bearing (102) of last connecting rod (104) links to each other with mirror holder exercise stress (101), and the joint ball bearing (102) of lower link (120) links to each other with mirror holder fixed flat planar (119);
Described adjusting gear is the motor adjusting gear, its formation comprises: an end of a supporting seat (105) links to each other with mirror holder fixed flat planar (119), the other end links to each other with motor cabinet (106), motor (109) is installed on the motor cabinet (106), screw mandrel (110) passes the screw mandrel cover (123) on the motor cabinet (106) and passes through pin (111) and is connected with bearing seat (112), one drive ball head rod (115) one ends link to each other with bearing seat (112) by self-aligning ball bearing (114), and the other end is equipped with joint ball bearing (102) and links to each other with drive pin (121) by joint ball bearing (102).
2, two-dimentional link-type two plate structures according to claim 1 are rotated accurate adjustment rack, it is characterized in that described adjusting gear is a manual adjusting device, its formation is: a supporting seat (105 ') end is connected and fixed flat board (119), one end of one screw mandrel (110 ') links to each other with handle (125) by pin (124), after the other end of this screw mandrel (110 ') is installed in screw mandrel cover (123) on the supporting seat (105 '), link to each other with bearing seat (112) by pin (111), one end of drive ball head rod (115) is equipped with joint ball bearing (102), hole, garden on this joint ball bearing (102) and the drive pin (121) matches, tighten up by holding screw (116), the other end of drive ball head rod (115) is fixed on self-aligning ball bearing (114) on the drive ball head rod (115) by screw (113), and this self-aligning ball bearing (114) then links to each other with bearing seat (112).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200320122435 CN2674477Y (en) | 2003-12-15 | 2003-12-15 | Two-dimensional connecting rod type two-plate structure rotation precision adjusting frame |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200320122435 CN2674477Y (en) | 2003-12-15 | 2003-12-15 | Two-dimensional connecting rod type two-plate structure rotation precision adjusting frame |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2674477Y true CN2674477Y (en) | 2005-01-26 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200320122435 Expired - Lifetime CN2674477Y (en) | 2003-12-15 | 2003-12-15 | Two-dimensional connecting rod type two-plate structure rotation precision adjusting frame |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102117663A (en) * | 2010-12-17 | 2011-07-06 | 中国科学院光电技术研究所 | Planar two-dimensional tilt angle adjuster |
| CN106945156A (en) * | 2017-04-10 | 2017-07-14 | 江西和美陶瓷有限公司 | A kind of device and its control method that prevent ceramic tile base bottom from gluing glaze slip |
| CN110646906A (en) * | 2019-10-21 | 2020-01-03 | 中国科学院上海光学精密机械研究所 | Two-dimensional angle adjusting rack |
-
2003
- 2003-12-15 CN CN 200320122435 patent/CN2674477Y/en not_active Expired - Lifetime
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102117663A (en) * | 2010-12-17 | 2011-07-06 | 中国科学院光电技术研究所 | Planar two-dimensional tilt angle adjuster |
| CN106945156A (en) * | 2017-04-10 | 2017-07-14 | 江西和美陶瓷有限公司 | A kind of device and its control method that prevent ceramic tile base bottom from gluing glaze slip |
| CN110646906A (en) * | 2019-10-21 | 2020-01-03 | 中国科学院上海光学精密机械研究所 | Two-dimensional angle adjusting rack |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Effective date of abandoning: 20060222 |
|
| AV01 | Patent right actively abandoned |
Effective date of abandoning: 20060222 |
|
| C25 | Abandonment of patent right or utility model to avoid double patenting |