CN208241765U - Twin shaft fascinates support member, twin shaft tiling arrangement, photographic means, Optical devices and electronic equipment - Google Patents
Twin shaft fascinates support member, twin shaft tiling arrangement, photographic means, Optical devices and electronic equipment Download PDFInfo
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- CN208241765U CN208241765U CN201820953727.5U CN201820953727U CN208241765U CN 208241765 U CN208241765 U CN 208241765U CN 201820953727 U CN201820953727 U CN 201820953727U CN 208241765 U CN208241765 U CN 208241765U
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Abstract
Twin shaft fascinate support member 24 be mutually perpendicular to intersection XYZ shafting in along X-Y plane extend, has the inside maintaining part 26 for fixing the first object, positioned at 26 periphery of inside maintaining part, the outside maintaining part 28 for fixing the second object, and it is coupled the attachment 30 of the inside maintaining part 26 and the outside maintaining part 28.The attachment 30 be respectively arranged in ± X-axis and ± Y-axis on, have and extended in parallel with X-axis and Y-axis and freely elastically deformed extension 46 and the middle part 48 being configured between the inside maintaining part 26 and the outside maintaining part 28；The extension 46 has that one end is connected to the middle part 48, the other end is connected to the inside maintaining part extension 50 of the inside maintaining part 26, and be connected to the middle part 48 with one end of one end same direction of inside maintaining part extension 50, the other end is connected to the outside maintaining part extension 52 of the outside maintaining part 28.
Description
[technical field]
It fascinates the utility model relates to a kind of twin shaft and support member and has the fascinate twin shaft of support member of the twin shaft and fascinate
Device and the photographic means, Optical devices and electronic equipment for having the twin shaft tiling arrangement.
[background technique]
The twin shaft that previous twin shaft tiling arrangement may have the gimbal structure with twin shaft fascinates support member, multiple
Coil and multiple permanet magnets.Twin shaft fascinate support member supports the movable part containing holding member can incline relative to fixation member
Tiltedly.Multiple coils fascinate in the either side that support member periphery is set in movable part or fixation member in twin shaft.Also, it is more
A Permanent magnet is set in any other party in movable part or fixation member in support elastomeric element periphery, and is configured to
It is prominent (such as patent document 1) to each central part of multiple coils.
[existing technical literature]
[patent document]
[patent document 1] special open 2016-033685 bulletin
[utility model content]
[the technical problems to be solved in the utility model]
Above-mentioned previous twin shaft fascinates support member by the side X set on the side X two sides, connection outside maintaining part and intermediate connecting rod
It attachment and is constituted set on the side Y two sides, the side the Y attachment for being coupled intermediate connecting rod and inside maintaining part, supports inside maintaining part
It freely fascinates relative to outside maintaining part around X-axis and Y-axis.
However, the side X is that intermediate connecting rod fascinates simultaneously with inside maintaining part, the side Y is that only inside maintaining part is fascinated.Therefore, around X
Axis and the rotary system rotary inertia around Y-axis are of different sizes.In addition, because the deformation of intermediate connecting rod when fascinating around X-axis with around Y
The deformation of intermediate connecting rod when axis fascinates is different, so drive efficiency is different, angle of fascinating may be variant.
The purpose of this utility model aims to solve the problem that above-mentioned old problem, and provide can no matter tilting axis and equally acted
Twin shaft fascinate support member, twin shaft tiling arrangement, photographic means, Optical devices and electronic equipment.
[technical solution]
A kind of form of the utility model is that twin shaft fascinates support member, and twin shaft support member of fascinating is characterized in that:
It is mutually perpendicular to extend in the XYZ shafting of intersection along X-Y plane, has the inside maintaining part for fixing the first object, be located at
Inside maintaining part periphery, the outside maintaining part for fixing the second object, and be coupled the inside maintaining part with it is described
The attachment of outside maintaining part.The attachment be respectively arranged in ± X-axis and ± Y-axis on, have extended in parallel with X-axis and Y-axis,
And freely elastically deformed extension and the middle part being configured between the inside maintaining part and the outside maintaining part；It is described
Extension have one end be connected to the middle part, the other end be connected to the inside maintaining part inside maintaining part extend
Portion, and with one end of one end same direction of the inside maintaining part extension be connected to the middle part, the other end is connect
In the outside maintaining part extension of the outside maintaining part.
Preferably, the middle part extends to the direction to intersect vertically with the extension.Also, the outside keeps using
Extension has in the first extension, the second extension and connection first extension and the second of second extension
Between portion.
It is formed in around the middle part and the extension moreover it is preferred that being formed with around the attachment
Hole between holes around and the extension being formed between the inside maintaining part extension and outside maintaining part extension.
Moreover it is preferred that the holes around have the first hole portion formed parallel with the middle part and with the extension
The second hole portion that portion is formed in parallel.
Moreover it is preferred that extension described in Kong Weiyu is formed in parallel between the extension.
Moreover it is preferred that hole is connected to and separates the outside maintaining part and the inside maintaining part between the extension
Hole between inside and outside maintaining part.
Moreover it is preferred that the inside maintaining part, the outside maintaining part and the attachment are with 1 piece by elastic plate
The elastic portion of formation.
Moreover it is preferred that the inside maintaining part, the outside maintaining part and the attachment it is at least a part of by than
The elastic plate rigidly higher high rigidity portion covering.
Moreover it is preferred that the high rigidity portion is formed in the obverse and reverse two sides of the elastic portion.
Moreover it is preferred that the extension has the extension side exposed division outside exposing, and the middle part has dew
External middle part side exposed division out.Moreover it is preferred that the thin portion shape that middle part side exposed division is thinner than other parts by thickness
At.
Moreover it is preferred that the attachment four sub-symmetry centered on Z axis.
Other forms of the utility model are a kind of twin shaft tiling arrangement, which has fixed body, opposite
The moving body and support the moving body relative to the fixed body along the direction XY in XYZ shafting that the fixed body moves
The twin shaft that twin shaft freely fascinates fascinates support member, and the twin shaft fascinates support member in the XYZ shafting for being mutually perpendicular to intersection
Extend along X-Y plane, have the inside maintaining part for the side for being fixed with the fixed body and the moving body, is located at the inside
Maintaining part periphery, be fixed with the fixed body and the moving body another party outside maintaining part, and be coupled the inside and protect
Hold the attachment in portion Yu the outside maintaining part；The attachment is respectively arranged in ± X-axis in ± Y-axis, is had and X-axis and Y
Axis is extended in parallel and freely elastically deformed extension and is configured between the inside maintaining part and the outside maintaining part
Middle part；The extension have one end be connected to the middle part, the other end be connected to the inside maintaining part inside protect
Hold portion's extension, and with one end of one end same direction of the inside maintaining part extension be connected to the middle part,
The other end is connected to the outside maintaining part extension of the outside maintaining part.
Another form of the utility model is a kind of photographic means, which has above-mentioned twin shaft tiling arrangement.
Another form of the utility model is a kind of Optical devices, which has above-mentioned twin shaft tiling arrangement.
In addition, another form of the utility model is a kind of electronic equipment, which has above-mentioned photographic means
Or Optical devices.
[utility model effect]
According to the utility model because by have be respectively arranged in ± X-axis and ± Y-axis on extension and middle part
Attachment is coupled inside maintaining part and outside maintaining part, it is possible to no matter tilting axis and similarly acted.
[Detailed description of the invention]
[Fig. 1] is the oblique view for embodying photographic means involved by the utility model implementation form.
[Fig. 2] is the cross-section diagram for embodying twin shaft tiling arrangement involved by the utility model implementation form.
[Fig. 3] is the strabismus for embodying the elastic portion that twin shaft involved by the 1st implementation form of the utility model fascinates in support member
Figure.
[Fig. 4] is to embody twin shaft involved by the 1st implementation form of the utility model to fascinate the oblique view of support member.
[Fig. 5] is to embody twin shaft involved by the 1st implementation form of the utility model to fascinate the plan view of support member.
[Fig. 6] be embody twin shaft involved by the 1st implementation form of the utility model fascinate support member, rotated centered on Y-axis
The line A-A cross-section diagram of Fig. 5 when the maintaining part of inside.
[Fig. 7] is to embody twin shaft involved by the 2nd implementation form of the utility model to fascinate the plan view of support member.
[Fig. 8] is the plane for embodying the elastic portion that twin shaft involved by the 3rd implementation form of the utility model fascinates in support member
Figure.
[Fig. 9] is to embody twin shaft involved by the 3rd implementation form of the utility model to fascinate the plan view of support member.
[Figure 10] is the plane for embodying the elastic portion that twin shaft involved by the 4th implementation form of the utility model fascinates in support member
Figure.
[appended drawing reference]
10 photographic means
12 anterior lens
14 twin shaft tiling arrangements
16 rear lens
18 mirrors
20 fixed bodies
22 moving bodys
24 twin shafts fascinate support member
26 inside maintaining parts
28 outside maintaining parts
30 attachments
32 driving portions
34 main parts
36 magnetites
38 magnetic yokes
40 coils
42 elastic portions
Hole between maintaining part inside and outside 44
46 extensions
48 middle parts
50 inside maintaining part extensions
52 outside maintaining part extensions
54 holes around
56 first hole portions
58 second hole portions
Hole between 60 extensions
62 high rigidity portions
64 extension side exposed divisions
66 middle part side exposed divisions
68 second middle parts
70 first extensions
72 second extensions
[specific embodiment]
The implementation form of the utility model is illustrated with reference to the accompanying drawing.
What Fig. 1 embodied is photographic means 10 involved by the utility model implementation form.Photographic means 10 have anterior lens 12,
Twin shaft tiling arrangement 14 and rear lens 16.Anterior lens 12 are configured along optical axis O.Twin shaft tiling arrangement 14 has as optics zero
The mirror 18 of part is reflected by the mirror 18 to the direction optical axis W to intersect vertically with optical axis O by the light of anterior lens 12.
Rear lens 16 are arranged along optical axis W, the light that aggregation is reflected by mirror 18.Optical axis W is equipped with by optical sensor (not shown),
The light assembled by rear lens 16 is received by this by optical sensor.
The angle of the adjusting mirror 18 of twin shaft tiling arrangement 14.It is equipped with gyro sensor i.e. in photographic means 10, passes through mirror
The angle of son 18 is adjusted come the hand shaking detected to the gyro sensor and hand shaking compensation.
Twin shaft tiling arrangement 14 also as shown in Figure 2, has fixed body 20, moving body 22 and twin shaft and fascinates support member
24.Twin shaft fascinate support member 24 in XYZ shafting along X-Y plane extend, be formed as the plate of such as quadrangle.
Twin shaft support member 24 of fascinating has inside maintaining part 26, outside maintaining part 28 and attachment 30, hereinafter can be right
This is described in detail.The moving body 22 as the first object, moving body 22 are fixed with inside the Z axis side of inside maintaining part 26
The Z axis side surface of main part 34 be fixed with mirror 18, expose from the through hole for being set to inside maintaining part 26.Outside maintaining part
28 are located at the periphery of inside maintaining part 26, and the upper surface of the fixed body 20 as the second object is fixed with inside Z axis side.
Driving portion 32 is located at twin shaft and fascinates the lower section of support member 24, set on the inside of fixed body 20.In main part 34
4 directions of face edge ± X-direction and ± Y-direction are fixed with magnetite 36.In addition, the inside edge ± X-direction of the main part 34 and ± Y
4 directions in direction are fixed with the magnetic yoke 38 extended outward from magnetite 36.
On the other hand, 4 directions of edge ± X-direction and ± Y-direction are equipped with coil 40 on fixed body 20.The coil 40 is around Z
Axis is rolled into nearly rectangle.In addition, coil 40 is opposite across gap with magnetite 36 respectively.In addition, inserted with magnetic yoke 38 in coil 40.
It is such as powered at this time to the coil 40 of X-axis side, then can generate the electromagnetic force (Lorentz force) of Z-direction, reaction force
It results from magnetite 36.If generating the reaction force of electromagnetic force, mirror 18 and main part 34, magnetite 36 and magnetic on magnetite 36
Yoke 38 is rotated around Y-axis together.Also, be such as powered to the coil 40 of Y-axis side, equally, mirror 18 and main part 34, magnetite 36 and
Magnetic yoke 38 is rotated around X-axis together.
Although in addition, being in above-mentioned implementation form is to fascinate object, and be not limited with mirror 18, also can with prism,
Lens, optical sensor etc., optical element are the object that fascinates.
Next twin shaft support member 24 of fascinating is described in detail.Also, aforementioned inside maintaining part is not set in explanation below
26 through hole.
What Fig. 3 to Fig. 6 was indicated is that twin shaft fascinates the 1st implementation form of support member 24.
Twin shaft fascinates support member 24 as shown in figure 3, having the bullet for example formed by one piece of elastic plate that metal plate forms
Property portion 42.Elastic portion 42 passes through the outside maintaining part 28 and X-axis with identical square around maintaining part 26 on the inside of square
Or hole 44 is configured between the elongated inside and outside maintaining part that is formed in parallel of Y-axis.
Attachment 30 is coupled inside maintaining part 26 and outside maintaining part 28, is set at 4 in ± X-axis and ± Y-axis.Attachment
30 have and extend in parallel with the axis for being equipped with the attachment 30 and freely elastically deformed extension 46 and maintaining part on the inside of being configured at
Middle part 48 between 26 and outside maintaining part 28.Middle part 48 extends along the direction to intersect vertically with extension 46.
Extension 46 is made of inside maintaining part extension 50,50 and outside maintaining part extension 52.Outside is kept
Portion's extension 52 is configured in ± X-axis and ± Y-axis, and maintaining part extension 50,50 in inside is configured at outside maintaining part with prolonging
The side of extending portion 52, the outside maintaining part is parallel with the axis of extension 52 with being equipped with.
Inside maintaining part is connected to middle part with one end that extension 50,50 is the inside maintaining part extension 50,50
48, the inside maintaining part other end of extension 50,50 is connected in the maintaining part 26 of inside.Outside maintaining part extension 52
It is identical for one end of the outside maintaining part extension 52 and an extreme direction of inside maintaining part extension 50,50, i.e., this 1st
In implementation form, it is connected to middle part 48 in interior direction, which crosses inside and outside guarantor with the other end of extension 52
Hole 44 is connected in the maintaining part 28 of outside between holding portion.
Also, inside maintaining part is set to the two sides of outside maintaining part extension 52 with extension 50,50 in this form, but
Also it can be only located therein either side, if also may be used more than at 3.
Holes around 54 is formed with around middle part 48.This holes around 54 has the first hole formed parallel with middle part 48
Portion 56 intersects vertically with this first hole portion 56, the second hole portion 58,58 formed by the first hole portion 56 towards outside maintaining part 28.
In addition, inside maintaining part is formed between extension with extension 50,50 and outside maintaining part between extension 52
Hole 60,60.Hole 60 between this extension, 60 is parallel with inside maintaining part extension 50,50 and outside maintaining part extension 52
It is formed.In addition, the lateral ends in hole 60,60 are connected to hole 44 between inside and outside maintaining part between this extension.Aforementioned inside maintaining part is used
Extension 50,50 is formed between extension between hole 60,60 and the second hole portion 58,58 of holes around 54.
In addition, Fig. 4 and twin shaft shown in fig. 5 fascinate all by Gao Gang in the table of the Z-direction of the elastic portion 42 of support member 24
Property portion 62,62 covering.This high rigidity portion 62,62 is made of such as resin, and compares elastic portion by the part that high rigidity portion 62,62 covers
42 rigidity are taller.
42 a part of elastic portion exposes (dash area in Fig. 5) from high rigidity portion 62.That is inside maintaining part extension 50,
50 entire surface and a part of of 48 side of middle part of outside maintaining part extension 52 expose, and form extension side exposed division
64.Because being equipped with this extension side exposed division 64, extension 46 is by parallel direction bending, and along intersecting vertically, direction is turned round
It is bent.
What Fig. 6 was indicated is state when being rotated clockwise inside maintaining part 26 centered on Y-axis.
In the attachment 30 of Y direction, although not shown, middle part 48 also do not rotated to inside maintaining part 26 journey
Degree, but and then inside maintaining part 26 rotates.The outside maintaining part of Y direction with extension 52 with inside maintaining part 26 (in
Between portion 48) rotation and distort.In addition, the inside maintaining part of Y direction is with extension 50,50 also because middle part 48 and inside are protected
The position for holding portion 26 is deviateed and rotation deviates and distorts, and inside maintaining part 26 is allowed to rotate.
On the other hand, in the attachment 30 of X-direction, middle part 48 goes to the half degree of inside maintaining part 26.For with
The rotation of this middle part 48 is closed, inside maintaining part extension 50,50 and the deformation of outside maintaining part extension 52 are divided into up and down
2 strands of direction allows inside maintaining part 26 to rotate.At this point, because inside maintaining part is with extension 50,50 and outside maintaining part with prolonging
Equidirectional one end of extending portion 52 is connected on middle part 48, can occur in which above-mentioned deformation.
Also same when using X-axis as center rotated inside maintaining part 26, in the attachment 30 of X-direction, middle part 48 is also not
With inside maintaining part 26 rotate to degree, but and then inside maintaining part 26 rotate.The outside maintaining part of X-direction is used
Extension 52 is distorted with the rotation of inside maintaining part 26 (middle part 48).In addition, the inside maintaining part extension of X-direction
50,50 also distort due to the position of middle part 48 and inside maintaining part 26 is deviateed and is rotated and is deviateed, and inside maintaining part 26 is allowed to revolve
Turn.
On the other hand, in the attachment 30 of Y direction, middle part 48 goes to the half degree of inside maintaining part 26.For with
The rotation of this middle part 48 is closed, inside maintaining part extension 50,50 and the deformation of outside maintaining part extension 52 are divided into up and down
2 strands of direction allows inside maintaining part 26 to rotate.At this point, because inside maintaining part is with extension 50,50 and outside maintaining part with prolonging
Equidirectional one end of extending portion 52 is connected on middle part 48, can occur in which above-mentioned deformation.
It is identical with 4 30 shapes of attachment of ± Y-axis set on ± X-axis in this 1st implementation form, four times centered on Z axis
Symmetrically.Therefore, identical as the rotary system rotary inertia around Y-axis around X-axis, and drive efficiency is identical.
Fig. 7 indicates that twin shaft fascinates the 2nd implementation form of support member 24.
In this 2nd implementation form, the shape of elastic portion 42 is identical as the elastic portion 42 in the 1st implementation form.
For this 2nd implementation form compared with the 1st implementation form, the point that middle part side exposed division 66 is arranged is different.That is this 2nd reality
It applies in form, eliminates the high rigidity portion 62 of the center portion of middle part 48, elastic portion 42 is exposed, and the exposing of middle part side is formed with
Portion 66.Middle part side exposed division 66 is parallel with the extending direction of middle part 48 is formed for this.Inside maintaining part 26 is such as being with Y-axis
When center rotates, it is set in the attachment 30 of ± Y-axis, because middle part side exposed division 66 is deformable so that Y-direction is curved to axis thus
Song, so reducing the torsion of each extension side exposed division 64 of inside maintaining part extension 50 and outside maintaining part extension 52
Song makes inside maintaining part 26 be easy to rotate.Thickness can be also thinned compared with the elastic portion 42 of other parts in middle part side exposed division 66
Degree, is set as relatively thin position.
In addition, in the identical number of drawing subscript, being omitted the description about position identical with the 1st implementation form.
Fig. 8 and Fig. 9 indicate that twin shaft fascinates the 3rd implementation form of support member 24.
Compared with aforementioned 1st implementation form and the 2nd implementation form, in aforementioned 1st implementation form and the 2nd implementation form, in
Between portion 48 be set as the inside recess of maintaining part 26 inwardly, but in this 3rd implementation form, middle part 48 is set as from inside maintaining part
26 is prominent.
I.e. middle part 48 is supported by the extension 46 extended inwardly in the two sides of the middle part 48.This extension 46 is by one
End is connected to middle part 48, the other end is connected to the inside maintaining part of inside maintaining part 26 and is connected to extension 50 and one end
Between portion 48, the other end be connected to the outside maintaining part extension 52 of outside maintaining part 28 and constitute.In this 3rd implementation form, even
One end of one end and outside maintaining part extension 52 for being connected to the inside maintaining part extension 50 of middle part 48 is also identical
Direction.
In addition, hole 60 is formed in X-axis or Y-axis between extension.The anti-middle part side in hole 60 is connected to phase between this extension
Hole 44 between adjacent inside and outside maintaining part.During the extended line in hole 60 is equipped with when being equipped with high rigidity portion 62 as shown in Figure 9, between this extension
Between portion side exposed division 66.
In this 3rd implementation form, to inside maintaining part 26 is rotated centered on such as Y-axis, the attachment in ± Y-axis
30 deform, and are bent middle part side exposed division 66 centered on Y-axis, and the attachment 30 in ± X-axis deforms, so that interior
It is 2 strands of up and down direction that side maintaining part extension 50 and outside maintaining part extension 52, which divide, allows inside maintaining part 26 opposite
Outside maintaining part 28 rotates.
In this 3rd implementation form, attachment 30 is using Z axis as 4 sub-symmetry of center.
Also, it is omitted about position identical with the 1st implementation form and the 2nd implementation form in the identical number of drawing subscript
Explanation.
Figure 10 indicates that twin shaft fascinates the 4th implementation form of support member 24.
In this 4th implementation form, 60 forming curves shape of hole between hole 44, holes around 54 and extension between inside and outside maintaining part.
Also, in this 4th implementation form, outside maintaining part extension 52 has the first extension 70, the second extension
72 and the second middle part 68 of the first extension 70 and the second extension 72 is connected, is coupled outside maintaining part 28 and middle part 48.
I.e. outside maintaining part is connected to middle part 48 with one end of extension 52, passes through the first extension 70, the second middle part 68, second
Extension 72 is bent from the inside to the outside, which is connected in the maintaining part 28 of outside with the other end of extension 52.
In this 4th implementation form, not only middle part 48, also can make its deformation in the two sides of the second middle part 68.
So by increasing the quantity of middle part 48, can be improved makes inside maintaining part 26 opposite centered on X-axis and Y-axis
The degree of admission that outside maintaining part 28 rotates.
In this 4th implementation form, attachment 30 is also four sub-symmetry centered on Z axis.
In addition, about position identical with the 1st implementation form, the 2nd implementation form and the 3rd implementation form, in drawing subscript
Identical number, omits the description.
Also, this specification is the twin shaft tiling arrangement 14 for photographic means 10 to be illustrated, but this is practical new
Type is also suitable for other devices.Such as it is applicable to have and be received by imaging sensor from subject, by the light of lens
Lens module and the lens module is fixed on the twin shaft tiling arrangement 14 in internal maintaining part 26 or external maintaining part 28
Photographic means 10.Such photographic means 10 can also carry out hand shaking compensation.In addition, could be applicable to have makes from subject
The lens of light-ray condensing, the imaging sensor for receiving the light from the lens and the imaging sensor is fixed on internal holding
The photographic means 10 of portion 26 or the twin shaft tiling arrangement 14 in external maintaining part 28.Such photographic means 10 can carry out lens and
The slope compensation of the axis of imaging sensor.In addition, could be applicable to have light by when that reflection, refraction, projection etc. occurs is existing
The optical element of elephant and the optical element is fixed on the bi-axial tilt device in internal maintaining part 26 or external maintaining part 28
14 Optical devices.It is applicable to the electronics such as the such as mobile phone and smart phone that have photographic means 10 or above-mentioned Optical devices dress
It sets.
Claims (19)
- The support member 1. a kind of twin shaft fascinates, it is characterised in that:Extend in the XYZ shafting for being mutually perpendicular to intersection along X-Y plane,Has the inside maintaining part for fixing the first object, positioned inside maintaining part periphery, for fixing second pair As the outside maintaining part of object, and it is coupled the attachment of the inside maintaining part and the outside maintaining part；The attachment is respectively arranged in ± X-axis in ± Y-axis, and the axis for having and being equipped with the attachment extends in parallel and freedom The extension of flexible deformation and the middle part being configured between the inside maintaining part and the outside maintaining part；The extension has that one end is connected to the middle part, the other end is connected to the inside maintaining part of the inside maintaining part The middle part, another is connected to extension, and with one end of one end same direction of the inside maintaining part extension End is connected to the outside maintaining part extension of the outside maintaining part.
- The support member 2. twin shaft according to claim 1 fascinates, it is characterised in that: the middle part to the extension The direction to intersect vertically extends.
- The support member 3. twin shaft according to claim 1 fascinates, it is characterised in that: formed around the attachment tangible It middle part described in Cheng Yu and the holes around around the extension and is formed in the inside maintaining part extension and outside and protects Hold hole between the extension between portion's extension.
- The support member 4. twin shaft according to claim 3 fascinates, it is characterised in that: the holes around has and the centre It the first hole portion that portion is formed in parallel and intersects vertically the second hole portion to be formed with first hole portion.
- The support member 5. twin shaft according to claim 3 fascinates, it is characterised in that: prolong described in Kong Weiyu between the extension Extending portion is formed in parallel.
- The support member 6. twin shaft according to claim 3 fascinates, it is characterised in that: hole, which is connected to, between the extension separates Hole between the outside maintaining part and the inside and outside maintaining part of the inside maintaining part.
- The support member 7. twin shaft according to claim 1 fascinates, it is characterised in that: the inside maintaining part, the outside Maintaining part and the attachment have 1 piece of elastic portion formed by elastic plate.
- The support member 8. twin shaft according to claim 7 fascinates, it is characterised in that: the inside maintaining part, the outside Maintaining part and the attachment are at least a part of by higher high rigidity portion covering rigidly than the elastic plate.
- The support member 9. twin shaft according to claim 8 fascinates, it is characterised in that: the high rigidity portion is formed in the bullet The obverse and reverse two sides in property portion.
- The support member 10. twin shaft according to claim 8 fascinates, it is characterised in that: it is external that the extension has exposing Extension side exposed division.
- The support member 11. twin shaft according to claim 8 fascinates, it is characterised in that: it is external that the middle part has exposing Middle part side exposed division.
- The support member 12. twin shaft according to claim 11 fascinates, it is characterised in that: middle part side exposed division is by thickness ratio The thinner thin portion of other parts is formed.
- The support member 13. twin shaft according to claim 1 fascinates, it is characterised in that: the attachment centered on Z axis four Sub-symmetry.
- The support member 14. twin shaft according to claim 1 fascinates, it is characterised in that: the outside holding has with extension There is the second middle part of the first extension, the second extension and connection first extension and second extension.
- 15. a kind of twin shaft tiling arrangement, it is characterised in that:Have fixed body,The mobile moving body of the opposite fixed body,It fascinates with the twin shaft for supporting twin shaft of the moving body against the fixed body along the direction XY freely to fascinate in XYZ shafting Support member；The twin shaft fascinate support member extend in the XYZ shafting for being mutually perpendicular to intersection along X-Y plane, have be fixed with it is described The inside maintaining part of one side of fixed body and the moving body positioned inside maintaining part periphery, is fixed with the fixed body With the outside maintaining part of another party of the moving body, and it is coupled being coupled for the inside maintaining part and the outside maintaining part Portion；The attachment is respectively arranged in ± X-axis in ± Y-axis, and the axis for having and being equipped with the attachment extends in parallel and freedom The extension of flexible deformation and the middle part being configured between the inside maintaining part and the outside maintaining part；The extension has that one end is connected to the middle part, the other end is connected to the inside maintaining part of the inside maintaining part The middle part, another is connected to extension, and with one end of one end same direction of the inside maintaining part extension End is connected to the outside maintaining part extension of the outside maintaining part.
- 16. a kind of photographic means has twin shaft tiling arrangement described in claim 15.
- 17. a kind of Optical devices have twin shaft tiling arrangement described in claim 15.
- 18. a kind of electronic equipment has photographic means described in claim 16.
- 19. a kind of electronic equipment has Optical devices described in claim 17.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820953727.5U CN208241765U (en) | 2018-06-20 | 2018-06-20 | Twin shaft fascinates support member, twin shaft tiling arrangement, photographic means, Optical devices and electronic equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820953727.5U CN208241765U (en) | 2018-06-20 | 2018-06-20 | Twin shaft fascinates support member, twin shaft tiling arrangement, photographic means, Optical devices and electronic equipment |
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| Publication Number | Publication Date |
|---|---|
| CN208241765U true CN208241765U (en) | 2018-12-14 |
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ID=64574371
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820953727.5U Active CN208241765U (en) | 2018-06-20 | 2018-06-20 | Twin shaft fascinates support member, twin shaft tiling arrangement, photographic means, Optical devices and electronic equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208241765U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110620853A (en) * | 2018-06-20 | 2019-12-27 | 新思考电机有限公司 | Biaxial tilting support member, biaxial tilting device, camera device, optical device, and electronic apparatus |
-
2018
- 2018-06-20 CN CN201820953727.5U patent/CN208241765U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110620853A (en) * | 2018-06-20 | 2019-12-27 | 新思考电机有限公司 | Biaxial tilting support member, biaxial tilting device, camera device, optical device, and electronic apparatus |
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