The content of the invention
In view of this, the present invention provides lens trimmers and the camera lens with lens trimmer to adjust module and throwing
Shadow equipment, to solve, the adjustment degree of freedom of existing lens regulating structure is less, Adjustment precision is low, adjustment mode not efficiently technology
Problem.
To realize said one purpose, the present invention provides following technical solution:A kind of lens trimmer, including first
Stent and second support, first support and second support are connected for adjustable ball, first support or second support is used for and camera lens
It connects with being relatively fixed, and in the transmission direction of the light beam received in camera lens, second support is closer compared to first support
In the light extraction eyeglass of camera lens, first support and second support are respectively provided with the first intercommunicating pore for light beam or camera lens process and the
Two intercommunicating pores.Multiple positions that lens trimmer further includes to adjust the relative position of first support and second support are adjusted
Mechanism, wherein, first support and second support are movably connected by connection component, and adjusting part application makes first support and the
One of them in two stents is compared with another movable active force.
Further, connection component include threaded connector, elastic component, perforation first support and second support the two it
One the first connecting hole and it is arranged on threeth connecting hole of the two of first support and second support on another, adjusting part
Penetrated through including screw adjustments, with the first connecting hole the one of both of same first support and second support the second connecting hole and
The abutting part of the one of both of same first support and second support, the first connecting hole and the 3rd connection are penetrated through with the 3rd connecting hole
Hole is arranged in pairs, and second connecting hole and the abutting part are oppositely arranged, first connecting hole include via, the described 3rd
Threaded hole is equipped in connecting hole, the threaded rod of the threaded connector is equipped with the external screw thread being connected with the threaded hole,
The threaded rod passes through the via, wherein, the elastic component is arranged on the connector and described first of the threaded connector
It between stent or the second support or is arranged between the first support and the second support, the elastic component is by bullet
Property deformation with to the first support apply close to the second support or to the second support application close to described first
The pretightning force of frame, second connecting hole are threaded hole, and the screw adjustments are threadedly coupled with second connecting hole, and
The screw adjustments free end is abutted against with the abutting part, and the screw adjustments and the elastic component collective effect are to adjust
Save the relative spacing of the first support and the second support.
Further, in the threaded connection between the connector of threaded connector and first support or second support
The periphery of the threaded rod of part is arranged elastic component, and abutting part includes the 4th connecting hole being arranged in first support or second support,
4th connecting hole and the second connecting hole are arranged in pairs, and abutting block, the free end of screw adjustments are provided in the 4th connecting hole
It pair is abutted against with abutting block.
Further, the first connecting hole be include via, back to first support or second support counterbore and be located at
The stepped hole of cascaded surface between hole and counterbore, in threaded connector between cascaded surface and the connector of threaded connector
The periphery of threaded rod be arranged elastic component.
Further, second support is hollow generally rectangular bodies plate, closes on four apex angles in generally rectangular bodies plate
At position and first support corresponds to one position adjusting mechanism of each arrangement at the position of four apex angles.
Further, first support is further included to away from the formed accommodating chamber of second support direction extension, camera lens part
It is contained in accommodating chamber with dividing, the transmittance section that camera lens is injected for light beam is provided on frame plate.
Further, lens trimmer further includes lens fixing bracket, and camera lens is fixedly installed in camera lens at least partly
In fixed frame, lens fixing bracket includes second support.
To realize above-mentioned another purpose, module is adjusted the present invention provides a kind of camera lens, camera lens adjustment module includes the
One adjustment mechanism, second adjustment mechanism and above-mentioned lens trimmer, first support, second support, the first adjustment mechanism and
Second adjustment mechanism stacks gradually connection and sets.Camera lens adjustment module further includes the first electric driving mechanism and the second electric drive
Mechanism, the first electric driving mechanism are connected with the first adjustment mechanism driving and drive the first adjustment mechanism so that second adjustment mechanism
Driving camera lens moves along the first direction indirectly, and the second electric driving mechanism is connected with second adjustment mechanism driving and drives the second tune
Complete machine structure is so that second adjustment mechanism directly drives camera lens and moved along the second direction vertical with first direction.The first adjustment mechanism
Including the first sliding block, second adjustment mechanism includes being fixedly connected with the second sliding block with camera lens, the first sliding block and the second sliding block point
Not Bao Kuo third connecting hole and the 4th intercommunicating pore, the first intercommunicating pore, the second intercommunicating pore, third connecting hole and the 4th intercommunicating pore are substantially
Pass through with one heart and for camera lens.
Further, the first adjustment mechanism includes fixing on the secondary support bracket and being interspersed in a pair of along second of the first sliding block
The first slide bar that direction is arranged in parallel, second adjustment mechanism include being fixed on the first sliding block and being interspersed in a pair of the second sliding block
The second slide bar being arranged in parallel in the first direction.First sliding block and the second sliding block are respectively in the guiding of the first slide bar and the second slide bar
Lower movement is equipped with the first sliding sleeve that a pair is socketed on the first slide bar periphery respectively on the first sliding block, is equipped on the second sliding block
A pair is socketed on the second sliding sleeve of the second slide bar periphery respectively, the first electric driving mechanism include the first motor being sequentially connected and
First screw rod, the second electric driving mechanism include the second motor and the second screw rod that are sequentially connected, the first screw rod and the second screw rod
It is connected respectively with second support and the second sliding block screw-driven.
To realize above-mentioned another purpose, the present invention provides a kind of projector equipment, projector equipment include camera lens, ray machine and
Above-mentioned camera lens adjustment module, camera lens are fixedly connected with the second sliding block, and first support is connected respectively with second support and ray machine,
And first support is provided on the frame plate away from second support and the saturating of camera lens is penetrated and injected for the light beam for generating ray machine
Light portion.
Compared with prior art, technical solution provided by the present invention has the following advantages:
On the one hand, the present invention adjusts the relative position of first support and second support by lens trimmer, so as to
The position for the camera lens being connected with being relatively fixed with first support or second support can be adjusted, in addition, by selectively to more
A position adjusting mechanism is operated, and can obtain abundant adjustment degree of freedom, in addition, adjusting first using adjusting part
The relative position of frame and second support, not only Adjustment precision is high but also adjustment mode is quick.
On the other hand, the present invention adjusts module using the foundation means arranged by way of being stacked, first camera lens
Adjustment mechanism and second adjustment mechanism so that camera lens adjusts the compact-sized of module, occupies little space, moreover, the first electronic drive
Motivation structure and the driving to the first adjustment mechanism and second adjustment mechanism respectively of the second electric driving mechanism, realize the first adjustment
Mechanism drives the second lens adjusting mechanism in moving process, so as to carry out camera lens indirectly by the second lens adjusting mechanism
The position adjustment of first direction, and directly camera lens is carried out by the second lens adjusting mechanism perpendicular with first direction
The position adjustment of second direction ensure that the adjustment to lens location has in high precision and stability is good and micro- by camera lens
Adjust device, can carry out adjustment more a little on the basis of being adjusted using each electric driving mechanism, Adjustment precision by into
One step improves.
Specific embodiment
In order to make the purpose , technical scheme and advantage of the present invention be clearer, below in conjunction with attached drawing 1~13 and implementation
Example, the present invention will be described in further detail.It should be appreciated that Various embodiments described below is only used to explain this hair
It is bright, it is not intended to limit the present invention.
Lens trimmer embodiment
As one object of the present invention, the embodiment of lens trimmer provided by the present invention is made in detail below
Illustrate, specifically refer to Fig. 1 to 3, lens trimmer 1000 includes first support 600 and including second support 110, first
Frame 600 and second support 110 is are oppositely arranged and adjustable ball be connected, it is necessary to illustrate, for being assembled with mirror of the invention
The projector equipment of head micromatic setting 1000, the first support 600 as camera lens link can be for being connected to pedestal master
Component possessed by the second support 110 of body and the individual components or ray machine of ray machine, such as first support 600 and light
Machine is structure as a whole.First support 600 or second support 110 are used to be connected with being relatively fixed with camera lens.Those skilled in the art
It can learn, the primary structure of camera lens generally comprises a cylinder shape frame, arranges lens set in the frame, and in frame
The one side for receiving light beam is equipped with into light microscopic piece, and light extraction eyeglass is equipped in the one side of cylinder emergent light.In the light beam that camera lens is received
Transmission direction on, the second support 110 of lens trimmer 1000 is finely tuned closer to camera lens compared to first support 600 and filled
Put the light extraction eyeglass of 1000 camera lenses.For the understanding connected with being relatively fixed, either first support 600 or second support
110 itself be directly fixedly connected with camera lens or first support 600 or second support 110 by with a certain other component
It is fixedly connected indirectly with camera lens.Preferably, first support 600 and second support 110 be respectively provided with for light beam or
The first intercommunicating pore 113 and the second intercommunicating pore 610 that person's camera lens passes through specifically, pass through 113 He of the first intercommunicating pore for camera lens
The inside for entering light microscopic piece and being located at first support 600 of the situation of second intercommunicating pore 610, then camera lens connects for light beam by first
The situation of 113 and second intercommunicating pore 610 of through hole, then camera lens enter light microscopic piece be located at second support 110 and first support 600 it
Outside, the situation of the first intercommunicating pore 113 is passed through by the second intercommunicating pore 610, camera lens for light beam, then the light microscopic piece that enters of camera lens is located at
The inside of second support 110.In the present specification, unless otherwise instructed, connected with camera lens by the first intercommunicating pore 113 and second
It is illustrated exemplified by the situation of through hole 610.Lens trimmer 1000 further includes to adjust first support 600 and second support
Multiple position adjusting mechanisms 700 of 110 relative position, each position adjusting mechanism 700 include connection component (unmarked) and adjust
Component (unmarked) is saved, wherein, first support 600 and second support 110 are movably connected by connection component, and adjusting part is applied
Adding makes one of them in first support 600 and second support 110 compared with another movable active force, that is to say, that profit
Being movably connected for first support 600 and second support 110 is realized with connection component, and first is adjusted by adjusting part
Relative spacing between frame 600 and second support 110, it is achieved thereby that being fixed on 110 liang of first support 600 and second support
The position of camera lens on one of person is adjusted, and therefore, by setting connection component, realizes living for first support and second support
It moves, reliably connect, by the way that adjusting part is set to realize the adjusting of the relative position to first support and second support, the two
It cooperates, is conducive to realize stabilization, accurately position to the camera lens being fixed in first support and second support one of both
It adjusts.Specifically, in the present embodiment, a kind of specific embodiment as connection component and adjusting part, connection component
Including threaded connector 710, elastic component 730, perforation first support 600 included by frame plate 620 the first connecting hole 621 and
The 3rd upper connecting hole of second support 110 is arranged on, adjusting part includes screw adjustments, the second company for penetrating through frame plate 620
It connects hole 622 and is arranged on the upper abutting part of second support 110.Hereinafter, for the succinct of description and conveniently, Unify legislation into
Each position adjusting mechanism is including included by threaded connector 710, screw adjustments 720, elastic component 730, perforation first support 600
The first connecting hole 621 of frame plate 620 and the second connecting hole 622 and the 3rd connecting hole 114 that is arranged in second support 110
And abutting part, wherein, it is above-mentioned it is multiple be three or more.More specifically, the first connecting hole 621 and the 3rd connecting hole 114 into
To setting, the second connecting hole 622 and abutting part are oppositely arranged, which can be second support 110 itself or consolidate
The contact piece being scheduled in second support 110 can also be and abut block 116 (will be described below), second support 110
Body, contact piece and abutting block 116 are preferably made of wear-resistant materials such as cast iron, stainless steels.Wherein, the first connecting hole 621 includes
Via 621A, via 621A are preferably unthreaded hole, and 621 entirety of the first connecting hole is set to through hole.3rd connecting hole 114 is equipped with spiral shell
Pit, and the 3rd connecting hole 114 is blind hole, for the specific embodiment of threaded hole set by the 3rd connecting hole 114, can be
Directly being threaded on the internal perisporium of 3rd connecting hole 114 can also arrange on internal perisporium to be equipped in the 3rd connecting hole 114
The hollow hole set of internal thread, the external screw thread on periphery wall which covers are connected with the internal thread of the 3rd connecting hole 114, and
The hollow parts of hollow hole set are set to threaded hole, then the threaded hole of the hollow parts is the screw thread that the 3rd connecting hole 114 is equipped with
Hole, hollow hole set is preferably made of wear-resistant materials such as stainless steel, cast irons, such as the steel wire facing being made of stainless steel,
So as to improve the wearability of threaded hole and connection reliability.Threaded connector 710 includes threaded rod and connector, and threaded rod is set
The external screw thread being threadedly coupled with threaded hole is useful for, threaded rod passes through via 621A, and the internal diameter of via 621A is more than threaded rod
Outer diameter.The threaded rod can be integrally provided with external screw thread can also be free end be equipped with to be connected external screw thread with threaded hole and
Polished rod is set to close to the part of connector.Elastic component 730 can be arranged on the connector of threaded connector 710 and described first
Between frame 600 or be arranged between the first support 600 and second support 110, and elastic component 730 be elastically deformed with
Apply the pretightning force close to second support 110 to first support 600, for concrete example, be arranged on screw thread for elastic component and connect
Situation between the connector and first support of fitting can be that the elastic component of for example, spring is integrally compressively arranged in place
The periphery of the threaded rod of threaded connector between the connector of threaded connector and first support (will be used as this implementation below
Embodiment is described in further details used by example), alternatively, it is also possible to be that multiple tension springs are stretched and are arranged circumferentially at
The periphery of threaded rod between connector and first support.The first support and described second are arranged on for elastic component
Situation between stent can be between two opposite surfaces of first support and second support or in first support and second
Multiple tension springs in the deformation state that is stretched are arranged on the two sides of stent, and each tension spring is preferably positioned adjacent to each threaded connection
Part is simultaneously set correspondingly.In the present embodiment, bullet is set between the connector of threaded connector 710 and first support 600
Property part 730, and elastic component 730 is set in the periphery of the threaded rod of threaded connector 710, it is known that, the outer diameter of connector
More than the outer diameter of threaded rod, elastic component 730 is connected head and compresses and compress to apply close to second support first support 600
110 pretightning force.Using spring, corresponding bullet can be delicately preferably generated because spring has by different active forces for elastic component 730
Property deformation, elastic deformation amount be larger, the advantages such as of low cost, alternatively, it is also possible to using columned elastic silica gel, elastic rubber
Deng, for elastic silica gel and elastic rubber, the material that can generate larger elastic deformation amount should be used to be made, in the present embodiment, bullet
Property part 730 is set to spring.Second connecting hole 622 is threaded hole, and screw adjustments 720 are threadedly coupled with the second connecting hole 622, and
And 720 free end of screw adjustments is abutted against with abutting part, screw adjustments 720 and 730 collective effect of elastic component are to adjust
The relative spacing of one stent 600 and second support 110, that is to say, that using screw adjustments 720 and elastic component 730 to first
Stent 600 and second support 110 apply active force make a concerted effort realize above-mentioned adjusting.Incidentally, when first
When frame 600 and second support 110 are in contact, the spacing of the two is 0.Threaded connector 710 and screw adjustments 720 specifically can be with
Using stud, screw etc., in the present embodiment, threaded connector 710 and screw adjustments 720 use stud.It is appreciated that
It is to realize first support using the threaded connection of the threaded hole of the threaded rod and the 3rd connecting hole 114 of threaded connector 710
600 and the connection of second support 110, pass through screw adjustments 720 and the collective effect of elastic component 730 so that be threadedly coupled
While the relative displacement of the threaded rod of part 710 and via 621A, first support 600 and 110 relative spacing of second support generate
Change, it is achieved thereby that the activity adjustment of 110 relative position of first support 600 and second support.In more detail, in screw thread tune
In the case that the free end of section part 720 and abutting part abut against and first support 600 has relative spacing with second support 110,
When user rotates screw adjustments 720 so that the length that the threaded rod of screw adjustments 720 screws in the second connecting hole 622 is increased
When, while the free end of screw adjustments 720 is rotated compared with the abutting part, screw adjustments 720 can drive first
Frame 600 overcomes pretightning force and generates the displacement away from second support 110, and the degree that elastic component 730 is compressed is further augmented,
Therefore, relative spacing of the first support 600 compared with second support 110 is added, can refer to what is drawn, when user's negative direction revolves
When turning screw adjustments 720 so that the length that the threaded rod of screw adjustments 720 screws in the second connecting hole 622 is reduced, screw thread
While the free end of regulating part 720 is rotated compared with the abutting part, first support 600 is acted in the pretightning force that elastic component applies
The displacement close to second support 110 is generated down, and the degree that elastic component 730 is compressed accordingly is reduced, and therefore, reduces first
Therefore stent 600, from the above mentioned, has reached compared with the relative spacing of second support 110 and has easily adjusted camera lens compared with the
The position of one stent 600 and second support 110 makes camera lens be in the optimum bit for receiving the light beam for example by first support 600
The technique effect put.Also, due to being provided with multiple position adjusting mechanisms 700, it can neatly select one of those
Or the screw adjustments 720 in the position adjusting mechanism 700 more than one are adjusted, it is hereby achieved that sufficient camera lens tune
Whole degree of freedom.
With reference to above description, as a kind of alternative embodiments, the basic phase of structure with above-mentioned lens trimmer
Together, difference lies in the first connecting hole and the second connecting hole are arranged to penetrate through second support, and the 3rd connecting hole is arranged on first support
On, abutting part is arranged in first support and is oppositely arranged with the second connecting hole, that is to say, that in an alternate embodiment,
Screw adjustments adjust second support compared with the movement of first support, and further, abutting part, which further includes, is arranged on first
The 4th connecting hole on frame, the 4th connecting hole and the second connecting hole are arranged in pairs, and abutting block is provided in each 4th connecting hole,
The free end pair of screw adjustments is abutted against with abutting block.Another further, the first connecting hole for penetrating through second support is to include
The stepped hole of via, cascaded surface back to the counterbore of first support and between via and counterbore, in the position of threaded connector
The periphery of threaded rod between cascaded surface and the connector of threaded connector is arranged elastic component.
According to the description above with respect to preferred embodiment and alternative embodiments, the difference of the two essentially consists in,
In preferred embodiment, screw adjustments 720 are adjusted towards the one side of first support 600, and in alternative implementation
In mode, screw adjustments are adjusted in the one side opposite with first support 600 and towards the one side of second support 110,
Below to being described in further detail using preferred embodiment lens trimmer embodiment of the present invention, for using alternative
Other lens trimmer embodiments of embodiment are referred to draw, details are not described herein.
With reference to reference to Fig. 2 and 5, it is preferred that in the present embodiment, in the connector positioned at threaded connector 710 and first
The periphery of the threaded rod of threaded connector between frame 600 is arranged elastic component 730, and abutting part includes being arranged on second support 110
On the 4th connecting hole 115, the 4th connecting hole 115 and the second connecting hole 622 are arranged in pairs, in each 4th connecting hole 115
It is respectively provided with and abuts block 116, the free end of screw adjustments 720 is abutted against with abutting block 116.It sets by doing so, due to abutting
Block 116 has fine antiwear characteristic, so as to the free end for screw adjustments 720 and abuts the good abutting of block 116 and relatively
It is rotated well in abutting block 116 and provides enough guarantees, and abutted block 116 and be fixed in the 4th connecting hole 115, be not easy
It shifts or comes off, improve reliability.Further, it is also possible to it is set on the surface of second support 110 around the 3rd connecting hole 114
With the gasket 117 of the 4th connecting hole 115, which can be used for auxiliary adjustment first support 600 and second support 110
Relative spacing.
With reference to reference to Fig. 2 and 4, further, the first connecting hole 621 is to include via 621A, back to second support 110
The stepped hole of counterbore 621B and the cascaded surface 621C between via 621A and counterbore 621B, in the position of threaded connector 710
The periphery of threaded rod between the connector of cascaded surface 621C and threaded connector 710 is arranged the spring as elastic component 730.
It is understood that when first support 600 and second support 110 have default relative spacing, which can also be into
One step is increased to increase the decrement that the spring is further compressed.In addition, using the outside of counterbore 621B around elastic component
730 free end, therefore, can positioning elastic part 730 well a free end, and connector and elastic component 730
Contact surface and cascaded surface 621C be more preferably set to plane, thus 730 uniform force of elastic component, stability is high.
With reference to reference Fig. 2 to 5, as a further improvement, second support 110 is set to hollow generally rectangular bodies plate,
Generally rectangular bodies plate is closed at the position of four apex angles and first support 600 corresponds to each arrangement one at the position of four apex angles
A position adjusting mechanism 700.As described above, more particularly, a position adjusting mechanism 700 can be understood as being included in
Close on the 3rd connecting hole 114 set at a corner position of second support 110 and the 4th connecting hole 115, in first support
600 correspond to above-mentioned second support 110 an apex angle position at set the first connecting hole 621 and the second connecting hole 622,
And threaded connector 710, screw adjustments 720 and elastic component 730 with corresponding each hole cooperation.So, due to position
The quantity of adjusting mechanism 700 is set to four, and when simultaneously, equidirectional rotation adjusts each screw adjustments 720 and rotating cycle substantially phase
Meanwhile then first support 600 is substantially moved compared with second support 110 along the axial direction parallel to each threaded connector 710
It is dynamic, so as to adjust movement of the camera lens on the axial direction.And when the number of turns to the rotation of each screw adjustments 720 or rotation
Direction it is different or when only carrying out rotation to the screw adjustments 720 of part and adjusting, then first support 600 is compared with second
Frame 110 can generate moving and to be threadedly coupled by two of which along the axial direction parallel to each threaded connector 710
Centered on the line of the axis of part 710 line rotation or generate with by two of which threaded connector 710 axis company
The rotation of line centered on line, so as to realize by it is mobile and rotate be combined in a manner of or rotating manner adjust the position of camera lens
It puts, it is thereby achieved that adjusting lens location multi-facetedly.In addition, it is necessary to be appreciated that, position adjusting mechanism 700 can be with root
Other numbers are set to according to actual needs.
With reference to reference Fig. 2, for above-mentioned camera lens by the situation of the first intercommunicating pore 113 and the second intercommunicating pore 610, as one
Kind specific embodiment, first support 600 are further included to the accommodating chamber 623 away from the extension of 110 direction of second support, such as the
One stent 600 includes frame plate 620, which forms the accommodating chamber 623 to away from the extension of 110 direction of second support, camera lens
It is partially housed in accommodating chamber 623, the transmittance section 630 that camera lens is injected for light beam is provided on frame plate 620, transmittance section 630 is wrapped
Transmission lens are included, transmission lens are sealingly fixed on frame plate 610, it is known that, the light microscopic piece that enters of camera lens is located at accommodating chamber 623
In and receive the light beam injected through transmittance section 630, also, the one side opposite with second support 110 of first support 600 generally with throwing
The ray machine of shadow equipment is fixedly connected, and therefore, the position of camera lens is adjusted by lens trimmer 1000, can be in camera lens
Receive ray machine luminous beam optimum position, so as to obtain excellent projected image quality.
In additional embodiment, lens trimmer further includes lens fixing bracket (not shown), and camera lens is solid at least partly
Dingan County is loaded in lens fixing bracket, and lens fixing bracket includes second support 110.Preferably, which is open topped
And the fixed frame with cavity volume, fixed frame include second support 110, most of structure of camera lens is received by open
Among cavity volume, first intercommunicating pore 113 and first of the part structure for entering light microscopic piece of camera lens Jing Guo second support 110 is closed on
Second intercommunicating pore 610 of stent 600.The periphery of the cylinder shape frame of camera lens be equipped with chuck, correspondingly, on fixed frame be equipped with
The card slot of chuck cooperation, is coordinated by chuck and card slot, and camera lens is fixedly connected with fixed frame, therefore, reference above description, when
When adjusting the relative position of first support 600 and second support 110, first support 600 and the phase of fixed frame are also just had adjusted
To position, it is achieved thereby that being adjusted to camera lens compared with the position of first support 600.
Camera lens adjusts module embodiment
As another object of the present invention, the embodiment of camera lens provided by the present invention adjustment module is made in detail below
It describes in detail bright, specifically refer to Fig. 6 to 13, camera lens adjustment module 2000 includes the first adjustment mechanism 200, second adjustment mechanism 300
In above-mentioned other any lens trimmer embodiments except the lens trimmer embodiment with lens fixing bracket
Lens trimmer on the structure of lens trimmer, specifically refer to above, repeat no more, and for convenience of description,
Below using camera lens link as above-mentioned first support, using Base body as above-mentioned second support, camera lens link and
Base body is played the role of with first support and second support being played the role of respectively identical.Along injection camera lens link
On the direction of 600 beam Propagation, from the close-by examples to those far off it is cascading Base body 110, compared with camera lens link 600
One adjustment mechanism 200 and second adjustment mechanism 300.In addition, in other embodiments, for foundation means, the first adjustment mechanism
The order that is stacked gradually with second adjustment mechanism or, institute (will be described further) below along perpendicular to foundation means
Including Base body where plane vertical direction on, from the close-by examples to those far off be cascading the second tune compared with foundation means
Complete machine structure and the first adjustment mechanism, second adjustment mechanism are arranged in the first adjustment mechanism, and second adjustment mechanism consolidates with camera lens
Fixed connection.Therefore, for the present invention the description as described in successively, it is intended to illustrate that the first adjustment mechanism 200 is with foundation means 100
Flexible connection, second adjustment mechanism 300 are the relation that is connected to each other being flexibly connected with the first adjustment mechanism 200, not limit three
Certain positional relationship of the person on dimensional orientation.Camera lens adjustment module 2000 further includes the first electric driving mechanism 400 and second
Electric driving mechanism 500, wherein, the first electric driving mechanism 400 is sequentially connected with the first adjustment mechanism 200 and drives the first tune
Complete machine structure 200 is to drive second adjustment mechanism 300 and camera lens JT is driven to move along the first direction.Second electric driving mechanism 500
It is sequentially connected with second adjustment mechanism 300 and drives second adjustment mechanism 300 so that second adjustment mechanism 300 drives camera lens JT edges
The second direction movement vertical with first direction, for ease of understanding, according to the arrow of reference axis in Fig. 6, first direction bag
Two direction of Y- and Y+ is included, second direction includes two direction of X- and X+.The first adjustment mechanism 200 includes the first sliding block 210, and second adjusts
Complete machine structure 300 is included for being fixedly connected with the second sliding block 310 with camera lens JT, and the first sliding block 210 and the second sliding block 310 include respectively
216 and the 4th intercommunicating pore 318 of third connecting hole, the first intercommunicating pore 113, the second intercommunicating pore 610, third connecting hole 216 and the 4th
Intercommunicating pore 318 substantially with one heart and is used to pass through for camera lens JT.It sets and can further appreciate that on stacking connection according to above-mentioned
It arrives, since second adjustment mechanism 300 is flexibly connected in which can be movable relatively with the first adjustment mechanism 200, the first electric drive
Mechanism 400 drives the first adjustment mechanism 200 to be moved along the first direction compared with foundation means 100 and drive second adjustment mechanism
300 move to realize indirectly to being fixed on the position adjustment of the camera lens JT on the second sliding block 310 in a first direction, the
Two electric driving mechanisms 500 driving second adjustment mechanism 300 is mobile so as to directly real in a second direction compared with foundation means 100
It is now adjusted to being fixed on the positions of the camera lens JT on the second sliding block 310 in a second direction, so as to realize to camera lens JT phases
The position that first direction and second direction are carried out for foundation means 100 adjusts.It follows that the camera lens adjustment mould of the present embodiment
Group 2000 is not only compact-sized, occupies little space, and due to using motorized drive structure, ensure that the adjustment tool to lens location
There is high-precision.Also, by setting multiple position adjusting mechanisms 700, Base body 110 is adjustable movable with camera lens link 600
Dynamic connection, it is opposite between Base body 110 and camera lens link 600 therefore, it is possible to be adjusted using manually regulative mode
Position can also play and adjust purposes of the camera lens JT compared with the position of camera lens link 600, so as to which user can be according to reality
It needs to select one or simultaneously selects the mode of electric drive and adjust the mode of relative position manually to adjust lens location, example
Such as, in general, the mode of electric drive can be selected fast to realize that lens location adjusts, can also select to adjust phase manually
Lens location is adjusted more a little to the mode of position.It can be seen that the camera lens adjustment module 2000 of the present embodiment can expire
The different demands of sufficient lens location adjustment, using flexible.
With reference to reference to Fig. 6 to 10, a kind of specific embodiment of the camera lens adjustment module as the present embodiment, in pedestal master
Body 110 is equipped with two group of first support portion set along the first direction, and the first adjustment mechanism 200 includes being interspersed in the first sliding block
210 the first slide bar 220 and two group of second support portion set in a second direction on the first sliding block 210, second adjustment mechanism
300 include being interspersed in the second slide bar 320 of the second sliding block 310, and the first slide bar 220 is supported and is fixed on the first support portion,
Second slide bar 320 is supported and is fixed on the second support portion, and the first sliding block 210 and the second sliding block 310 are respectively in the first slide bar
220 and second slide bar 320 guiding under move.Camera lens adjustment module 2000 also includes be equipped in the first sliding block 210 on one
To a pair for being socketed on the first sliding sleeve 250 of 220 periphery of the first slide bar respectively and being equipped on the peripheral wall of the second sliding block 310
The second sliding sleeve 330 of 320 periphery of the second slide bar is socketed on respectively.
For above-mentioned the first support portion and the second support portion, such as can adjust the pore size of its centre bore simultaneously
Be fixed in Base body and the first sliding block hole set (not shown), it is preferred that hole set respectively with Base body and the first sliding block
It being integrally formed, hole set has tapped two support arm and the spaced openings between two support arms in centre bore in the radial direction, because
This, is covered using the both ends of the first slide bar and the second slide bar first are inserted into corresponding hole, then by being continuously increased the screw elements such as screw
In the internal thread of two support arms rotating cycle come progressively turn down hole set aperture, that is, reduce diametrical of spaced openings
Away from therefore, can achieving the purpose that support and fix the first slide bar and the second slide bar, and adjustable port set is adapted to a variety of differences
The first slide bar and the second slide bar of outer diameter, but the structure is more complicated, and processing cost is higher.The first above-mentioned support portion and second
Support portion for example can also be clip and the groove (not shown) for including cooperating respectively, specifically, in Base body and
Groove with arc surface is set respectively on the first sliding block, a part of periphery at the both ends of the first slide bar and the second slide bar with it is right
The arc surface fitting for the groove answered, clip, which includes middle part, to be had for another part with the first slide bar or the both ends of the second slide bar
Two extension arms of the arc surface of periphery fitting, threaded hole is accordingly equipped on each extension arm and matched groove both sides,
Extension arm is fixedly connected with the both sides upper screwed hole of groove by screw elements such as screws, so, it can also play and support and consolidate
The purpose of fixed first slide bar and the second slide bar, but assembly process is more.Structure is relatively easy in order to obtain, the high skill of efficiency of assembling
Art effect, in the present embodiment, referring in particular to Fig. 7 to 10, the first adjustment mechanism 200 and second adjustment mechanism 300 are including more
A threaded fasteners SF, two group of first support portion and two group of second support portion are respectively two pairs of first boss 120 and two pair second
Boss 230, first boss 120 and second boss 230 have inverted trapezoidal face or arcwall face, in the present embodiment, using inverted trapezoidal face.
First slide bar 220 and the second slide bar 320 are the cylinder including cross section between two free ends and two free ends of D-shaped
Substantial cylindrical bar, wherein, D-shaped cross-section is formed by the notch 221,321 for being arranged on free end, it is, corresponding to D-shaped
Cross section, each free end include cambered surface 222,322 and the electrolysis 223,323 formed by notch 221,321, above-mentioned arcwall face
Arc surface is both preferably with cambered surface.Through hole 224,324, cambered surface are equipped between cambered surface 222,322 and electrolysis 223,323
222nd, 322 offset with the inverted trapezoidal face of first boss 120 and second boss 230, such as each threaded fasteners SF points for screw
Cambered surface 222,322 and the such as internal thread hole in first boss 120 and second boss 230 are not passed through through through hole 224,324
Threaded securing bores 121,231 are connected, and head of screw and the electrolysis 223,323 of each screw are pressed against each other, so as to ensure the first slide bar
220 and second slide bar 320 reliably supported and fixed by first boss 120 and second boss 230.
With reference to reference to Fig. 7,11 and 12, the camera lens adjustment module 2000 of the present embodiment is described in more detail below, mirror
First electric driving mechanism 400 of head adjustment module 2000 includes the first motor 410 being for example sequentially connected using shaft coupling
With the first screw rod 420, the second electric driving mechanism 500 includes 510 He of the second motor being for example sequentially connected using shaft coupling
Second screw rod 520, the first screw rod 420 and the second screw rod 520 are sequentially connected respectively with the first sliding block 210 and the second sliding block 310, i.e.,
The threaded portion of first screw rod 420 and the second screw rod 520 and the threaded portion on the first sliding block 210 and the second sliding block 310 are mutual
Cooperation, the threaded portion can be directly formed on itself block of the first sliding block 210 and the second sliding block 310 or be arranged on
It is individually fixed on the transmission parts on the first sliding block 210 and the second sliding block 310.First screw rod 420 and the second screw rod 520 divide
The first sliding block 210 and are not made with being rotated under the driving of the second motor 510 and pass through the screw drive and connect in the first motor 410
Two sliding blocks 310 generate moving along the axis direction of each corresponding screw rod.Further, the first motor 410 and the second motor 510 can
It is fixed with the first fixinig plate 430 and the second fixinig plate 530 respectively by generally L-shaped with 110 and first sliding block 210 of Base body
Connection, specifically, the first fixinig plate 430 of generally L-shaped and the second fixinig plate 530 of generally L-shaped are including at a generally normal angle
Set two the first sub- fixinig plates 431 and two the second sub- fixinig plates 531, two the first sub- fixinig plates 431 respectively with pedestal
110 and first motor 410 of main body accordingly opens up paired threaded connection hole, two the second sub- fixinig plates 531 respectively with convex and
Second motor 510 accordingly opens up paired threaded connection hole, each paired threaded connection hole respectively with for example as threaded fasteners
The screw thread connection of SF.From the above mentioned, the first motor is fixed using the first fixinig plate 430 and the second fixinig plate 530 of L-shaped
410 and second motor 510 so that the first motor 410 and the second motor 510 are respectively relative to 110 and first sliding block of Base body
210 non-direct contacts it is indirectly connected with, it is generated when can buffer the first motor 410 and the operation of the second motor 510 to keep away
The vibration exempted from generates larger vibration even displacement and is led so as to avoid 110 and first sliding block 210 of Base body affected by vibration
The rough sledding that the camera lens JT of cause generates undesirable change in location occurs, further, since the corresponding screw rod of each motor
It is sequentially connected and is generally rigidly connected, can be each correspondence by setting the first fixinig plate 430 and the second fixinig plate 530 of L-shaped
Motor and screw rod certain opposite activity space is provided, avoid each motor with screw rod because excessive caused by excessive interact
Torque and the damage brought improve the reliability of camera lens adjustment module.
With reference to reference Fig. 7 and 8, in order to firmly fix the first screw rod 420, as a further improvement, foundation means 100
A pair of bar fixation kit for being used to fix 420 both ends of the first screw rod is further included, each bar fixation kit is included in Base body 110
The bearing 130 of setting and the cover board 133 being fixedly connected with bearing 130, bearing 130 have the fluting 131 for accommodating axle sleeve 132, the
The opposite end of one screw rod 420 is plugged in respectively in axle sleeve 132, is connected by screw on cover board 133 and bearing 130 accordingly
A pair of of threaded hole is set, and so as to which cover board 133 be fixedly connected with bearing 130, and then axle sleeve 132 is fixed on fluting by cover board 133
In 131.
Further include the first protruding portion with reference to the first sliding block 210 with reference to Fig. 7 to 9, camera lens adjustment module 2000
211, the first protruding portion 211 is included successively from the first side of the first sliding block 210 to away from the first intercommunicating pore 113 and edge and second
The first straight slot 212 that passes through of the first screw rod of confession 420 of the parallel direction extension in direction, it is preferred that the first protruding portion 211 from
The convex that may be provided for being fixedly connected with the second fixinig plate 530 by end is fixed with and the first spiral shell in the first straight slot 212
The first drive block 240 that bar 420 is threadedly coupled for example, the first drive block and the first protruding portion correspondence open up threaded hole, passes through spiral shell
The screw elements such as nail connect each threaded hole so that the first drive block is fixed in the first straight slot, to ensure its reliable transmission.First passes
Motion block 240 is specifically as follows the column with internal thread hole, such as the first drive block 240 is traveling nut.First drive block 240
Threaded connection with the first screw rod 420 can be understood as internal thread and externally threaded cooperation, in the rotary course of the first screw rod 420
In, the internal thread of the first drive block 240 can be subject to the externally threaded active force of the first screw rod 420 and move along the first direction, from
And one of them in opposite the first rooved face of a pair offsets in a first direction for the first drive block 240 and the first straight slot 212
And by exerting a force that the first protruding portion 211 is driven to move to one of them first rooved face, it is known that, first drive block
240 play the role of above-mentioned transmission parts.By upper, by setting the first drive block 240 on the first sliding block 210, first passes
Motion block 240 is contacted with the first rooved face for face, and therefore, the first drive block 240 is to the uniform force application of the first rooved face, so as to first
Sliding block 210 moves steadily, in addition, by the control to 420 rotation angle of the first screw rod, can be accurately controlled the first drive block
240 so first sliding block 210 displacement distance.
With reference to reference to Fig. 7 to 10, it is respectively interposed as the first slide bar 220 and the second slide bar 320 in the first sliding block 210 and the
A kind of specific embodiment of two sliding blocks 310 is equipped with a pair of of tool in the first sliding block 210 second side opposite with first side
There are the first sliding sleeves of 250 of the first bullport, the first sliding sleeve 250 is socketed on the periphery of the first slide bar 220, and the first protruding portion 211 is also
Including being located at through hole 213 between 216 and first straight slot 212 of third connecting hole, being passed through for the first slide bar 220, slided second
The peripheral wall of block 310 is equipped with the second sliding sleeve of two couples 330 being oppositely arranged and with the second bullport, and the second sliding sleeve 330 is socketed
In the periphery of the second slide bar 320.Can learn, above-mentioned through hole 213 it is similar play the role of the first sliding sleeve 250, by
This, the first sliding block 210 can be parallel in the guiding lower edge of first slide bar 220 respectively with through hole 213 by the first sliding sleeve 250
It is moved in first direction, the second sliding block 310 can be by two pair of second sliding sleeve 330 respectively in the guiding of second slide bar 320
Lower edge is moved parallel to second direction, then, can be largely by the cooperation of corresponding sliding sleeve and slide bar, through hole and slide bar
The upper frictional resistance reduced during sliding sleeve or through hole are moved compared with slide bar, ensures the first sliding block 210 and the second sliding block 310
Movement have excellent stationarity.In addition, in other embodiments, it, can also be each in order to further reduce frictional resistance
It is interior in first sliding sleeve 250,213 and second sliding sleeve 330 of through hole to set an oil-free bushing CT.Preferably, the first sliding sleeve 250 and
Two sliding sleeves are integrally formed respectively with the first sliding block 210 and the second sliding block 310, so as to simplify structure, reduce cost.In addition,
By setting the first protruding portion 211 with 213 and first straight slot 212 of through hole, the first slide bar 220 and the first screw rod had both been realized
Respectively to the guiding and driving of the first sliding block 210, also ensure the first slide bar 220 and the first screw rod 420 axis have it is very high
The depth of parallelism so that the movement of the first sliding block 210 is steadily and accurate, also helps the integrally-built tight of camera lens adjustment module
It gathers.
Preferably, the first slide bar 220 and the second slide bar 320 substantially surround square a, party in the projection of Base body 110
Shape can be rectangle or square.110 and first sliding block 210 of Base body is to be respectively provided with the first intercommunicating pore 113 and the 3rd
The generally rectangular bodies plate of intercommunicating pore 216, the second sliding block 310 are the generally cylindrical body plate with the 4th intercommunicating pore 318.Pass through
110 and first sliding block 210 of Base body is set to generally rectangular bodies plate generally cylindrical body plate, it can be in order to the stacking of the two
It sets, also, can be preferably adapted to by 310 generally cylindrical body plate of the second sliding block with camera lens JT, play reduction jointly
The effect in space shared by camera lens adjustment module.
It is more excellent in order to more accurately control the movement of the first sliding block 210 and the first sliding block 210 with reference to reference Fig. 8 to 10
, matched first opening 112 and the first photoelectric sensor are respectively equipped on 110 and first sliding block 210 of Base body
260, matched second opening 215 and the second photoelectric sensor are respectively equipped on the first sliding block 210 and the second sliding block 310
340, it is known that, the position set by opening and photoelectric sensor respectively coordinated can also accordingly be exchanged.First 112 edges of opening
First direction extends, and the second opening 215 extends in a second direction, it is preferable that the first 112 extension in a first direction of opening away from
It is equal from the default displacement distance being arranged to the first sliding block 210 in a first direction, the second 215 extension in a first direction of opening
Distance be arranged to it is equal in the default displacement distance of second direction with the second sliding block 310, each photoelectric sensor include illumination region and
Acceptance part, each opening allow the detection light that the illumination region being matched therewith is sent by being received by acceptance part, specifically,
Camera lens adjustment module include a controller or be assembled with camera lens adjustment module projector equipment include a controller, each photoelectric transfer
Sensor and each electric driving mechanism are electrically connected with the controller respectively, when the first sliding block 210 or and the second sliding block 310 by movement
When and moving process in, the illumination region of corresponding photoelectric sensor sends detection light, if the corresponding corresponding acceptance part of photoelectric sensor
Detection light can be received, then controller judges that each sliding block is located among default displacement distance, and controller allows each electric drive
Motor operations included by mechanism, so as to which 210 Huo of the first sliding block and the second sliding block 310 be driven to be moved, and if corresponding photoelectricity
The corresponding acceptance part of sensor can not receive detection light, then controller judge each sliding block will be located at default displacement distance it
Outside, controller control motor is stopped, and the movement of the first sliding block 210 of guarantee and the second sliding block 310 is without departing from default movement
Distance contributes to position that is reliable and accurately adjusting camera lens JT.Moreover it is preferred that if a certain stent is unexpectedly located at
When outside default displacement distance, controller control respective motors drive a certain stent to be moved within its default displacement distance,
Such as at the half of its default displacement distance, to keep the normal work of a certain stent.
Further, in the first protrusion 111 of the one side that the first opening 112 is arranged on Base body 110, the second opening
215 are arranged in the second protrusion 214 of first sliding sleeve 250, and the first photoelectric sensor 260 is fixed on the first sliding block 210
On 3rd side, the second photoelectric sensor 340 is fixed on the periphery of the second sliding block 310, so set, opening up each opening and consolidating
The structure of fixed each photoelectric sensor is substantially formed using integrally formed mode, and there is no need to pointedly set other
Split component so that camera lens adjusts the compact overall structure of module, occupies little space, cost reduction.
With reference to reference to Fig. 7,11 and 12, as an optional embodiment, the second sliding block 310 is included for example along away from outside it
The second protruding portion 311 of Zhou Yanshen, is equipped with the second straight slot 312 passed through for the second screw rod 520 in the second protruding portion 311, and second
The second drive block 313 being threadedly coupled with the second screw rod 520 is fixed in straight slot 312, for example, the second drive block and second protrudes
Portion corresponds to and opens up threaded hole, and each threaded hole is connected so that the second drive block is fixed in the second straight slot by screw elements such as screws,
To ensure its reliable transmission.Second drive block 313 is specifically as follows the column with internal thread hole, such as the second drive block 313
For traveling nut.Second drive block 313 and the connection of the first screw flight can be understood as internal thread and externally threaded cooperation,
In the rotary course of second screw rod 520, the internal thread of the second drive block 313 can be subject to the externally threaded active force of the second screw rod and
It moves in a second direction, so as to the second drive block 313 and the second straight slot 312 opposite the second rooved face of a pair in a second direction
In one of them offset and by exerting a force to drive the movement of the second protruding portion 311 to one of them second rooved face, it is known that
, which plays the role of above-mentioned transmission parts.It follows that by being set on the second sliding block 310
Second drive block 313, the second drive block 313 are contacted with the second rooved face for face, and therefore, the second drive block 313 is to the second slot table
The uniform force application in face can be such that the second sliding block 310 smoothly moves, in addition, by the control to 520 rotation angle of the second screw rod,
The displacement distance of the second drive block 313, and then the second sliding block of mobile drive for passing through the second drive block 313 can be accurately controlled
310 is precisely mobile.
With reference to reference Fig. 6 and 10, to realize the good fixation of the second sliding block 310 and camera lens JT, preferably, in the second sliding block
Multiple floors 314 are equally spacedly equipped with along the circumferential direction of the 4th intercommunicating pore 318 on 310, are equipped between floor 314 adjacent two-by-two
Perforate 315, each perforate 315 are equally spacedly opened in the circumferential between floor 314 adjacent two-by-two, and the plurality of perforate 315 supplies
The correspondence multiple raised (not shown) that the frame periphery of camera lens JT is set is passed through and rotated a certain angle so that multiple floors
314 and multiple protrusions overlap and be connected together, can be with so as to by floor 314 and the one-to-one interference fit of protrusion
Prevent camera lens JT from departing from the second sliding block 310.And when needing to separate camera lens JT with the second sliding block 310, it can be by multiple protrusions
Negative direction rotates so that multiple raised stagger completely with multiple floors 314 and opposite with multiple perforates 315, it is known that, it is above-mentioned
The rotation of the protrusion of camera lens JT can be realized by the general frame of artificial rotating lens JT.Therefore, when the first sliding block 210
When moving along the first direction, the first sliding block 210 drives the second sliding block 310 to move in moving process by the first slide bar 220, and
Second sliding block 310 by each floor 314 apply active force in each protrusion so as to which camera lens JT be driven to move along the first direction, when the
When two sliding blocks 310 move in a second direction, the second sliding block 310 by each floor 314 apply active force in each protrusion so as to driving
Index glass head JT is moved in a second direction.
Further combined with reference to Figure 12, in order to preferably realize being fixedly connected for the second sliding block 310 and camera lens JT, further
, the surface towards the first sliding block 210 of a floor 314 is equipped with spacing block set 314A wherein, and spacing block set 314A exists
It leans on the direction of rotation of multiple protrusions close to adjacent perforate 315, spacing block set 314A and the end face of one of protrusion.
It is leant by the end face of the protrusion of the spacing block set 314A and camera lens JT of the first sliding block 210, can indicate that camera lens JT's is each convex
Whether it is rotated in place after rising through each perforate 315, the rotation angle for avoiding the protrusion of camera lens JT is excessive or too small, it is ensured that multiple ribs
Plate 314 and multiple protrusions are mutually clamped well.
In order to be preferably fixedly connected to the second sliding block 310 with camera lens JT, further, the second sliding block 310 is equipped with one
Snap device, snap device include plectrum 316 and grab 317, and grab 317 is used to mutually latch with the card slot that camera lens is set, at it
In floor 314 bayonet is offered on the surface of the first sliding block 210, plectrum 316 is connected with a torsional spring and can be elastic
Resetting ground drives grab 317 to enter or exit bayonet to realize that grab 317 for the lock with card slot or unlock, therefore, is being locked
Under buckle-like state, camera lens JT is locked with the second sliding block 310, and only in the state of unlock, each protrusion of camera lens JT just may be used
To be rotated to opposite with multiple perforates 315 and further be detached the second sliding block 310.
Projector equipment embodiment
As another object of the present invention, with reference to reference to Fig. 6 and 13, the present invention also provides a kind of projector equipments, are somebody's turn to do
Projector equipment includes the camera lens adjustment module in camera lens JT, ray machine and any of the above-described camera lens adjustment module embodiment, camera lens JT
It is fixedly connected with the second sliding block 310, camera lens link 600 is connected respectively with Base body 110 and ray machine, and camera lens connects
Frame 600 is provided on the frame plate 620 away from Base body 110 and the saturating of camera lens JT is penetrated and injected for the light beam for sending ray machine
Light portion 630.It should be noted that camera lens link can be for connecting the individual components of Base body and ray machine, it can also
It is the component included by ray machine, such as camera lens link is structure as a whole with ray machine.As a result, in projector equipment as included by ray machine
The effect of the components such as light source, optical lens group and the light beam that generates injects camera lens JT by transmittance section 630, and pass through camera lens and adjust
The effect of the lens trimmer of module, the first adjustment mechanism and second adjustment mechanism adjusts lens location, so as to so that
Camera lens JT, which is in, to be received by the optimum position of the incident light beam in transmittance section 630, ensures that the projected image of camera lens JT projections reaches excellent
Good quality.
The above content is combine specific embodiment further description made for the present invention, it is impossible to assert this hair
Bright specific implementation is confined to these explanations.For those of ordinary skill in the art to which the present invention belongs, do not taking off
On the premise of from present inventive concept, several simple deduction or replace can also be made.In addition, the technical side between each embodiment
Case can be combined with each other, but must can be implemented as basis with those of ordinary skill in the art, when the combination of technical solution
Conflicting or can not realize when occur will be understood that the combination of this technical solution is not present, also not the present invention claims guarantor
Within the scope of shield.
In the present invention, unless otherwise clearly defined and limited, lens trimmer is not limited to be applied to camera lens tune
In mould preparation group, the various occasions that its independent role can adjust lens location can also be applied to.It is " micro- in " lens trimmer "
Tune " term is only that explanation, and it adjusts the first electric drive possessed by module to the change degree of lens location compared to camera lens
Mechanism and the second electric driving mechanism are small to the change degree of lens location, but are not the limitation to exact level, term
" substantially ", it is intended that the general introduction in relation to shape, angle, position, quantity etc. is described, and non-required accurate limitation.Term is " even
Connect ", " fixation " etc. should be interpreted broadly, for example, " fixation " can be fixedly connected or be detachably connected or into one
Body;It can be directly connected, can also be indirectly connected by intermediary, can be the connection inside two elements or two members
The interaction relationship of part.Term " adjustment " is for describing emphatically the change of lens location, and term " adjusting " is used to retrace
Technological means used by lens location changes is stated, but the two should not be isolated mutually or too distinguish and should come in conjunction with each other
For understanding the inventive concept of the present invention.Term " first ", " second " etc. be only used for description purpose, and it is not intended that instruction or
Imply relative importance or the implicit quantity for indicating indicated technical characteristic." first ", " second " etc. are defined as a result,
One or more this feature can be expressed or be implicitly included to technical characteristic.In addition, represented by described and attached drawing
" first direction " and " second direction " be to be illustrated respectively by taking horizontally and vertically direction as an example, but according to camera lens adjust module
Real work situation, first direction and second direction can also be corresponding other directions.Therefore, for the common skill of this field
For art personnel, the concrete meaning of above-mentioned term in the present invention can be understood as the case may be.
The foregoing is merely the preferred embodiment of the present invention, are not intended to limit the scope of the invention, every utilization
Equivalent structure that description of the invention and accompanying drawing content are made or directly, be used in other related technical areas, example indirectly
The position adjustment of such as camera lens, the position adjustment technical field of micro- lens head, are accordingly to be regarded as the patent for being included in the present invention
In protection domain.