CN205005153U - Module exposure system of making a video recording and exposure supporting mechanism thereof - Google Patents
Module exposure system of making a video recording and exposure supporting mechanism thereof Download PDFInfo
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- CN205005153U CN205005153U CN201520631701.5U CN201520631701U CN205005153U CN 205005153 U CN205005153 U CN 205005153U CN 201520631701 U CN201520631701 U CN 201520631701U CN 205005153 U CN205005153 U CN 205005153U
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- fixation kit
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- exposure system
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Abstract
A module exposure system of making a video recording and exposure supporting mechanism thereof, this system include that at least one exposure component makes public and the module exposure supporting mechanism of making a video recording to the module of making a video recording in order being used for. It is right that the module of should making a video recording exposure supporting mechanism is used for the exposure component provides the support to can realize adjusting around the multiaxis of X, Y and Z axle, can avoid the leading -in structure of bringing of various probe anchor clamps to interfere effectively.
Description
Technical field
The utility model relates to camera module field, in more detail relates to camera module exposure supporting mechanism and an exposure system thereof.
Background technology
Along with the development of science and technology, electronic equipment more and more becomes part indispensable in people's daily life.Along with the increasingly mature of camera technology and people are for the further increase of the demand of camera function, camera module also becomes electronic equipment, particularly the standard configuration parts of mancarried electronic aid.
Electronic equipment camera module in the market is mainly divided into single-lens camera module and twin-lens camera module.Along with the continuous progress of electronic equipment camera technique, people are also more and more higher for the requirement of the performance of camera of electronic equipment.For meeting the needs in market, camera module is subject to showing great attention to of relevant R&D worker, and the camera module of increasing superior performance is developed.Accordingly, the structure of camera module is also tending towards diversified, complicated.Such as, consumer can not be satisfied with and only picture, the Image preservation of the camera of electronic equipment shooting by carrying with checked in the electronic device, but need to be carried out sharing, being positioned on larger sized display instrument and watching, or the picture of shooting is carried out amplification flushing.Meanwhile, consumer not only requires that photo has higher definition, broad visual angle, and preferably obtains a kind of 3D on the spot in person sense, color rendition sense true to nature, produces the unique visual effects being different from common lens.This just has higher requirement to the camera module of electronic equipment.Affect by the factor such as cost, technology, above-mentioned effect uses common single camera module to be substantially difficult to realize.Twin-lens camera module imitates the special construction of people eyes, has outstanding function show realizing that 3D shooting is taken deeply with scanning, hand gesture location identification, color fidelity, rapid focus, panorama, in background blurring shooting etc.It is worth mentioning that twin-lens camera module is a set of camera hardware, software algorithm, rear end platform, apply the overall plan combined, represent the developing direction of following camera, the appearance of bionical twin-lens camera module, indicates that mancarried electronic aid is taken pictures and has welcome the new era of " eyes see the world ".
In the assembling process of electronic equipment camera module, the mode be fixed camera module adopts photocuring technology.Optic-solidified adhesive is applied in the position needing to carry out being connected and fixed, is then penetrated by illumination and described optic-solidified adhesive is solidified, and then realize being connected and fixed corresponding component.Photocuring technology has efficiently, fast, economy, the advantage such as energy-saving and environmental protection, be described as " green technology ".Therefore, photocuring technology electronic equipment camera module fixing in be used widely.Especially its feature that is quick and environmental protection is particularly important for fixing of camera module.As everyone knows, electronic equipment has become indispensable part in the life of people.People can contact and use electronic equipment every day and often use the camera function of electronic equipment, so adopt environmental protection technique and the physical and mental health of material concerning everyone.
Traditional camera module Exposure mode is Corner Strapped Exposure mode.Fig. 1 as accompanying drawing is the schematic diagram of a traditional camera module exposure system.As shown in Figure 1, this camera module exposure system comprises an exposure fixed support 6, four exposure tube 7 and the pair of parallel exposure side plate 8 being arranged at this exposure fixed support 6.This exposure fixed support 6 forms four fixing holes, wherein each exposure tube 7 be arranged at this one of them also can along corresponding flexible.As shown in Figure 1, between every two exposure tube 7 be 90 ° of angles.In exposure process, camera module is arranged at center, can carry out blanket exposure to make these four exposure tube 7 as far as possible to camera module M.
For traditional single camera camera module, this traditional camera module exposure system can meet exposure demand substantially, but has a lot of shortcoming simultaneously.Such as, the size of four fixing holes of this exposure fixed support 6 formation must be enough to this exposure tube 7 can be passed.Accordingly, the thickness of this exposure fixed support 6 must be greater than the diameter of this exposure tube 7.Meanwhile, for ensureing that this exposure fixed support 6 is to the fixing stability of this exposure tube 7 and fastness, the thickness of this exposure fixed support 6 needs a suitable size larger than the diameter of this exposure tube 7.For ensureing the integral firmness of this exposure fixed support 6 and simplifying its manufacture craft, the corresponding increase of this exposure fixed support 6 overall dimensions.That is, this exposure fixed support 6 is quite thick and heavy.So, this exposure fixed support 6 of traditional camera module exposure system heavier.Accordingly, the overall weight of this traditional camera module exposure system increases, and makes this camera module exposure system seem particularly heavy simultaneously.Be subject to blocking of this exposure fixed support 6 large-sized, camera module M is also inconvenient to be observed by operator.On the other hand, this is also unfavorable for the saving making material.
Another shortcoming of tradition camera module exposure system is that controllability is poor.As shown in Figure 1, this is formed by this exposure fixed support 6.This exposure tube 7 can only carry out telescopic adjustment along this bearing of trend, and can not carry out the adjustment of relative position and angle.This can be with and serve drawback.Such as, carry out installing at module, expose, when checking, the importing of various probe, fixture can produce exposure to be interfered, and the set-up mode of the corner exposure of this exposure tube of traditional camera module exposure system can not adapt to these interference.Especially for dual camera camera module, golden mobile phone products, in this traditional camera module exposure system process of use, all be difficult to avoid interfering the problem brought, the such as time for exposure extends, expose insufficient, VCM (voice coil motor) even may be caused because of interference to drop.Voice coil motor is the very important element of camera module.On the other hand, this traditional camera module exposure system also likely impacts the activity space of various probe, fixture, and probe and fixture can not be made to play one's part to the full.
Utility model content
Advantage of the present utility model is to provide a camera module exposure system, and wherein this camera module exposure system can adapt to the importing of various probe, fixture, thus the exposure effectively avoiding various probe, fixture to import bringing is interfered.
Advantage of the present utility model is to provide a camera module exposure system, and the relative position between all parts of wherein this camera module exposure system can regulate, thus effectively avoids causing interference to the work of various probe, fixture.
Another advantage of the present utility model is to provide a camera module exposure system, and wherein this camera module exposure system is applicable to single camera module or multi-cam camera module.
Another advantage of the present utility model is to provide a camera module exposure system, and wherein this camera module exposure system is applicable to golden finger product.
Another advantage of the present utility model is to provide a camera module exposure system, and wherein the weight of this camera module exposure system is alleviated than traditional camera module exposure system, and then enhances stabilization of equipment performance.
Another advantage of the present utility model is to provide a camera module exposure system, wherein this camera module exposure system provides sufficient visible space, be conducive to observing the situation of camera module and relevant apparatus, when abnormal conditions occur, can in time, effectively carry out adjusting or preventing.
Another advantage of the present utility model is to provide a camera module exposure system, and wherein this camera module exposure system can effectively avoid exposure to interfere, and improves exposure effect, and then improves the quality of products.
Another advantage of the present utility model is to provide a camera module exposure system, and wherein this camera module exposure system can effectively avoid exposure to interfere, and improves exposure efficiency, and then increases production capacity.
Another advantage of the present utility model is to provide a camera module exposure system, and wherein this camera module exposure system comprises multiple exposed element, and the relative position wherein between this exposed element and angle can adjust.
Another advantage of the present utility model is to provide a camera module exposure system, and wherein multiple exposed element of this camera module exposure system can both respectively around one first Zhou Zuo center adjustment.
Another advantage of the present utility model is to provide a camera module exposure system, and wherein each exposed element of this camera module exposure system can respectively around a corresponding second Zhou Zuo center adjustment.
Another advantage of the present utility model is to provide a camera module exposure system, and wherein each exposed element of this camera module exposure system can respectively around a corresponding 3rd Zhou Zuo center adjustment.
Another advantage of the present utility model is to provide a camera module exposure system, and wherein this exposed element of this camera module exposure system can adjust around multiple different Zhou Zuo centers, to adapt to the adjustment of different angles and position respectively.
Another advantage of the present utility model is to provide a camera module exposure system, and wherein this camera module exposure system comprises a pair ear shape side frame, thinks the adjustment stroke that the axis telescopic adjustment of this exposed element provides larger.
Another advantage of the present utility model is to provide a camera module exposure system, wherein this camera module exposure system
By description below, other advantage of the present utility model and feature will become apparent, and can be accomplished with combination by the means particularly pointed out in claims.
According to one side of the present utility model, the utility model provides a camera module exposure system, and wherein said camera module exposure system comprises:
At least one exposed element is used for exposing camera module; With
One camera module exposure supporting mechanism, for providing support described exposed element;
Wherein said camera module exposure supporting mechanism comprises a supporter and is assembled at least one fixation kit of described supporter, the quantity of wherein said exposed element and the quantity of described fixation kit adapt, and wherein said exposed element is arranged at described fixation kit.
In one embodiment, described supporter forms at least one arc track, the quantity of wherein said fixation kit and the quantity of described arc track adapt, and wherein said fixation kit is arranged at described arc track, and wherein said fixation kit can move along described arc track.
In one embodiment, described fixation kit comprises a setting element and a retaining element, wherein said setting element is arranged at described supporter, and wherein said retaining element is used to fixing described exposed element, and wherein said retaining element is rotatable is arranged at described setting element.
In one embodiment, described fixation kit is rotatable is arranged at described supporter, adjusts relative to described supporter to enable described fixation kit around one second Zhou Zuo center.
In one embodiment, described fixation kit is rotatable is arranged at described supporter, adjusts relative to described supporter to enable described fixation kit around one second Zhou Zuo center.
In one embodiment, described arc track is an arc guide barrel, wherein said camera module supporting mechanism also comprises a coupling assembling, wherein said coupling assembling comprises a spiro connecting element, the described setting element of wherein said fixation kit is formed with one second screw matched with described spiro connecting element, wherein said spiro connecting element is connected with described setting element after entering described second screw after described arc guide barrel, can either adjust around described second Zhou Zuo center relative to described supporter to make described fixation kit, again can around one first Zhou Zuo center adjustment.
In one embodiment, described fixation kit also comprises a rotary connector, wherein said rotary connector comprises one and arranges threaded first end, wherein said setting element is formed with through hole, wherein said retaining element forms first screw adapted with the described first end of described rotary connector, wherein said rotary connector enters described first screw to be connected with described retaining element through after described through hole, thus described retaining element is adjusted around one the 3rd Zhou Zuo center relative to described setting element.
In one embodiment, it also comprises a pair ear shape side frame being connected to described supporter, thinks that the axial stretching of described exposed element regulates the adjustment stroke providing increase.
According to other one side of the present utility model, the utility model also provides a kind of camera module to expose supporting mechanism, and for providing support exposed element, it comprises:
One supporter; With
Be assembled at least one fixation kit of described supporter, the quantity of wherein said exposed element and the quantity of described fixation kit adapt, and wherein said exposed element is arranged at described fixation kit.
By the understanding to description subsequently and accompanying drawing, the further object of the utility model and advantage will be fully demonstrated.
These and other objects of the present utility model, characteristics and advantages, by following detailed description, accompanying drawing and claim are fully demonstrated.
Accompanying drawing explanation
Fig. 1 is the schematic diagram of a traditional camera module exposure system.
Fig. 2 is the schematic diagram of the camera module exposure system according to a preferred embodiment of the present utility model.
Fig. 3 is the perspective view exposing supporting mechanism according to a camera module of this camera module exposure system of above preferred embodiment of the present utility model.
Fig. 4 is the partial side view of this camera module exposure supporting mechanism according to this camera module exposure system of above preferred embodiment of the present utility model.
Fig. 5 is the schematic diagram of this camera module exposure supporting mechanism according to this camera module exposure system of above preferred embodiment of the present utility model.
Fig. 6 illustrates a fixation kit of this camera module exposure supporting mechanism according to this camera module exposure system of above preferred embodiment of the present utility model.
Fig. 7 illustrates the annexation exposing a supporter of supporting mechanism according to this fixation kit of this camera module of this camera module exposure system of above preferred embodiment of the present utility model exposure supporting mechanism and this camera module.
Fig. 8 illustrates the annexation exposing an outer joined assemblies of supporting mechanism according to this supporter of this camera module of this camera module exposure system of above preferred embodiment of the present utility model exposure supporting mechanism and this camera module.
Fig. 9 illustrates the use schematic diagram of this camera module exposure system according to above preferred embodiment of the present utility model.
Embodiment
Following description is disclosed to make those skilled in the art can manufacture and use the utility model.The preferred embodiment provided in following description is only as the example that it will be apparent to those skilled in the art and amendment, and it does not form the restriction to the utility model scope.The General Principle defined in following description is applied to other embodiment, optionally substitutes with can not deviating from the utility model spirit and utility model scope, amendment, equivalent implement and apply.
Fig. 2 to Fig. 9 of accompanying drawing illustrates the camera module exposure system according to a preferred embodiment of the present utility model.This camera module exposure system comprises a camera module supporting mechanism 1 and four exposed element 9, wherein this exposed element 9 is arranged at this camera module supporting mechanism 1, and then be convenient to be adjusted to predetermined angle and position and be fixed, and then be used to exposure camera module being carried out to predetermined angle and orientation.
As shown in Figures 2 and 3, this camera module supporting mechanism 1 comprises a supporter 10 and four fixation kits 20, and wherein this fixation kit 20 is arranged at this supporter 10.It is worth mentioning that, this fixation kit 20 and this supporter 10 all can independently exist, and can be made respectively.As long as this supporter 10 is enough to provide support this fixation kit 20 and this fixation kit 20 can be fixed corresponding exposed element 9.So the volume of this supporter 10 is relatively little.Profile according to this camera module exposure system of the preferred embodiment of the present utility model is thick and heavy unlike traditional camera module exposure system.That is, this camera module exposure system cumulative volume reduces relatively, profile seem light and handy while alleviate the overall weight of this camera module exposure system.So can save material in the fabrication of this camera module exposure system.In manufacture and use procedure, this camera module exposure system is also more easily operated.On the other hand, because the profile of this supporter 10 is thinner, in camera module exposure process, operator or the detecting devices for detecting exposure situation can be observed exposure status by more how selectable angular range or detect.That is, this camera module exposure system can provide more wide visible space, increases the visuality of camera module or other associated components be exposed.
It is worth mentioning that, according to the preferred embodiment of the present utility model, it is only to example of the present utility model that this camera module supporting mechanism 1 comprises four fixation kits 20, and unrestricted.According to other execution mode of the present utility model, this fixation kit 20 can also be not less than 1 other quantity.Same, according to the preferred embodiment of the present utility model, the quantity of this exposed element 9 of this camera module exposure system is 4 is also only to example of the present utility model, and unrestricted.According to other execution mode of the present utility model, this exposed element 9 can also be not less than 1 other quantity.It is worth mentioning that, the quantity of this exposed element 9 and the quantity of this fixation kit 20 adapt.
Further, as shown in drawings, this fixation kit 20 comprises setting element 21 and a retaining element 22, and wherein this setting element 21 is connected with this supporter 10, and wherein this retaining element 22 is used to be fixed this exposed element 9.This setting element 21 carries out axis with this retaining element 22 and is rotatably connected.As shown in the figure, relative to this setting element 21, this retaining element 22 can rotate around one the 3rd axle Z, can adjust to make this exposed element 9 being fixed in this retaining element 22 around the 3rd axle Z.
In more detail, this exposed element 9 is embodied as an exposure tube 91.As shown in Figure 6, this retaining element 22 comprises a fixation wall 226 and forms a fixing hole 229, to facilitate this exposure tube 91 to insert, and then facilitates this retaining element 22 to be fixed this exposure tube 91.This fixing hole 229 surround by this fixation wall 226.For adapting with the shape of this exposure tube 91, the shape of this fixing hole 229 is preferably cylindrical hole.As shown in Figure 2, this exposure tube 91 can adjust along the bearing of trend of this fixing hole 229, and then regulates the distance between this exposure tube 91 to camera module.That is, this exposure tube 91 can carry out axial stretching adjustment along its axis.It is worth mentioning that, this exposure tube 91 for as shown in the figure cylindrical be only unrestricted to example of the present utility model, any exposure tube 91 that can realize the exposure function of this exposed element 9 all belongs to scope of the present utility model.In addition, it is also only unrestricted to example of the present utility model that this exposed element 9 is embodied as this exposure tube 91, and any exposed element 9 that can realize being exposed camera module by this camera module exposure system is all between scope of the present utility model.Certainly, the cylinder form of this fixing hole 229 is also only unrestricted to example of the present utility model.Any fixing hole 229 that can realize being fixed this exposure tube 91 is all within scope of the present utility model.
As shown in the figure, this fixation kit 20 also comprises a rotary connector 23.Be connected by this rotary connector 23 between this setting element 21 with this retaining element 22.This rotary connector 23 comprises first end 231 and one second end 232, and wherein this first end 231 is connected with this second end 232 one.According to the preferred embodiment of the present utility model, this first end 231 of this rotary connector 23 is fixedly set in this setting element 21.That is, this first end 231 can not rotate relative to this setting element 21.This second end 232 of this rotary connector 23 is rotatably connected in this retaining element 22, can be relevant to this setting element 21 rotate around the 3rd axle Z to make this retaining element 22.It is worth mentioning that, according to the preferred embodiment of the present utility model, this first end 231 be fixedly set in this setting element 21 and this second end 232 to be rotatably connected with this retaining element 22 be only unrestricted to example of the present utility model, any this retaining element 22 that can realize is relevant to the execution mode that this setting element 21 rotates around the 3rd axle Z and all belongs to scope of the present utility model.Such as, according to other embodiment of the present utility model, also can be that this first end 231 is arranged at this setting element 21 by rotatable, and this second end 232 is fixedly installed on this retaining element 22.This one end is fixedly installed, the connected mode of the rotatable setting of the other end is conducive to controlling the relative position between this setting element 21 and this retaining element 22, but this is also only unrestricted to example of the present utility model, any this retaining element 22 that can realize is relevant to the execution mode that this setting element 21 rotates around the 3rd axle Z and all belongs to scope of the present utility model.Such as, this first end 231 is rotatably connected in this setting element 21 and this second end 232 is rotatably connected and also belongs to scope of the present utility model with this retaining element 22.
Concrete, according to the preferred embodiment of the present utility model, this setting element 21 forms a through hole 210.
This retaining element 22 forms one first screw 220.Accordingly, this first end 231 of this rotary connector 23 is provided with the screw thread matched with this first screw 220.This first end 231 of this rotary connector 23 enters this first screw 220 through after this through hole 210, to be connected with this retaining element 22, to be fixed to be connected to make this rotary connector 23 with this retaining element 22.This second end 232 of this rotary connector 23 is fixed in this through hole 210 around, can rotate to make this setting element 21 around this second end 232.So this retaining element 22 can rotate around the 3rd axle Z relative to this setting element 21.According to the preferred embodiment of the present utility model, this first screw 220 is through hole.The length of this first end 231 of this rotary connector 23 is greater than the length of this first screw 220, can be fixed to make this rotary connector 23 to this exposed element 9 of this fixing hole 229 being fixed on this retaining element 22.
This retaining element 22 also forms at least one fixing via hole 228, and wherein this fixing via hole 228 is formed at this fixation wall 226 of this retaining element 22.This retaining element 22 also comprises at least one fixing auxiliary element 227, and wherein this fixing auxiliary element 227 adapts with this fixing via hole 228.This fixing auxiliary element 227 is fixed this exposure tube 91 being arranged at this fixing hole 229 through this fixing via hole 228.
It is worth mentioning that, need to maintain a certain distance L between this retaining element 22 and this supporter 10, to ensure that this setting element 21 can rotate around the 3rd axle Z relative to this setting element 21.It is worth mentioning that, distance L between retaining element 22 and this supporter 10 is larger, this retaining element 22 relative to this setting element 21 around the 3rd axle Z rotate time, the obstruction of this supporter 10 to this exposure tube 91 being arranged at this retaining element 22 is relatively less, and it is relatively larger that this retaining element 22 can carry out rotating the angle regulated relative to this setting element 21 around the 3rd axle Z.Distance L between this retaining element 22 and this supporter 10 can be arranged as required.Such as, according to the preferred embodiment of the present utility model, this fixation wall 226 of this retaining element 22 suitably reduces close to the thickness of this supporter 10 part, to increase the distance between this retaining element 22 and this supporter 10.For ensureing the intensity of this retaining element 22 and increase distance between this retaining element 22 and this supporter 10 as far as possible, the part that this fixation wall 226 thickness reduces forms one and is parallel to a tangent plane of this fixing hole 229 and is parallel to the outer surface S of the 3rd axle Z.Certainly, this is only unrestricted to example of the present utility model.According to other execution mode of the present utility model, the distance L between this retaining element 22 and this supporter 10 also can be increased by another way.
As shown in the figure, this supporter 10 forms four arc tracks 101, with corresponding with described four fixation kits 20 respectively.Particularly, fixation kit 20 described in each is arranged at a corresponding described arc track 101, can move along this arc track 101 corresponding to make this fixation kit 20, thus the position of convenient this fixation kit 20 of adjustment, and then regulate the position being arranged at this exposure tube 91 of this fixation kit 20.As shown in the figure, this supporter 10 forms an opening 100, lays when exposing to facilitate camera module to other instrument, assembly.
As shown in the figure, this setting element 21 of this fixation kit 20 is rotatable is arranged at this supporter 10.This fixation kit 20 be in this supporter 10 formed this arc track 101 optional position on can both do relative to this supporter 10 angle adjustment rotated.Particularly, this fixation kit 20 is the second axle Y with the linear mark of junction on the direction perpendicular to this supporter 10 of this supporter 10.This fixation kit 20 can do rotation adjustment relative to this supporter 10 around this second axle Y, and then this exposure tube 91 being fixed in this fixation kit 20 does rotation adjustment around this second axle Y.It is worth mentioning that, this second axle Y of four fixation kits 20 is different.This second axle Y of fixation kit 20 described in each changes along with the change of this fixation kit 20 position.That is, when this fixation kit 20 moves along this arc track 101 corresponding, this second axle Y also moves thereupon.But no matter how this fixation kit 20 moves with this second axle Y, and this fixation kit 20 can both do rotation adjustment relative to this supporter 10 around this second axle Y, and then this exposure tube 91 being fixed in this fixation kit 20 can both do rotation adjustment around this second axle Y.
As shown in Figure 7, this camera module supporting mechanism 1 also comprises a coupling assembling 40, for being rotatably connected this supporter 10 and this fixation kit 20, can rotate to make this fixation kit 20 relative to this supporter 10 around this second axle Y.Particularly, this coupling assembling 40 comprises a spiro connecting element 41.This setting element 21 of this fixation kit 20 forms one second screw 42 matched with this spiro connecting element 41.As shown in the figure, this arc track 101 is embodied as an arc guide barrel 1010.This spiro connecting element 41 is connected with this setting element 21 after entering this second screw 42 after this arc guide barrel 1010.It is worth mentioning that, this spiro connecting element 41 can slide along this arc guide barrel 1010, and then drive this fixation kit 20 to move along the direction that this arc guide barrel 1010 is bending, and then realize the adjustment of this exposed element 9 along this first axle X of being fixed on this fixation kit 20.
It is worth mentioning that, these four arc guide barrels 1010 both can be interconnected, and also can mutually not be communicated with.According to the preferred embodiment of the present utility model, these four arc guide barrels 1010 are not communicated with.That is, between this arc guide barrel 1010, connecting portion 102 is set, to strengthen the intensity of this supporter 10.
This camera module supporting mechanism 1 of this camera module exposure system also comprises at least one side frame 30, in order to this supporter 10 is connected to miscellaneous equipment, to realize the effect such as traction, driving of miscellaneous equipment to this supporter 10.This side frame 30 comprises in one connecting to connect outside end 31, outside end 32 and one and connects main body 33, and wherein this outer main body 33 that connects is integrated and is arranged at this and interiorly connects end 31 and this connects between end 32 outward.This interior end 31 that connects is for being fixed connection with this supportive body 10.This outer end 32 that connects is for connecting other equipment.According to the preferred embodiment of the present utility model, the quantity of this side frame 30 is two.This is respectively set at the relative both sides of this supporter 10 to two side frames 30.This supporter 10 is connected with miscellaneous equipment to side frame 30 by this, to realize the effect such as traction, driving of miscellaneous equipment to this supporter 10.
This supportive body 10 comprises a supportive body 11 and a pair link 12.This link 12 extends from this supportive body 11 one.This arc track 101 is arranged at this supportive body 11.The arc at these four arc track 101 places, on same circle, is regulated to facilitate described four positions of fixation kit 20 to corresponding exposure tube be connected to these four arc tracks 101 by adjustment.The home position of the circle at these four arc track 101 places is the first axle X perpendicular to the linear mark of this circle.Each fixation kit 20 can do center of circle adjustment around this first axle X.
This side frame 30 is firmly connected with this corresponding link 12 respectively.When being in for making this fixation kit 20 optional position regulated along this arc track 101, the direction that this exposure tube 91 being arranged at this retaining element 22 of this fixation kit 20 can both extend along this fixing hole 229 adjusts, and arranges an adjustment space 310 between this supportive body 11 of this side frame 30 and this supporter 10.The direction that this exposure tube 91 can extend along this fixing hole 229 in this adjustment space 310 adjusts, and then adjusts the distance between this exposure tube 91 and camera module.According to the preferred embodiment of the present utility model, this side frame 30 is ear shape, to adapt with the arc of this supportive body, and then when making this fixation kit 20 be in the optional position regulated along this arc track 101, the direction that this exposure tube 91 being arranged at this retaining element 22 of this fixation kit 20 can both extend along this fixing hole 229 adjusts.
As shown in Figure 8, this camera module supporting mechanism 1 also comprises one group of dead joint member 50.This dead joint member 50 comprises two be spirally connected component 51 and two fixed components 53 adapted with this component 51 that is spirally connected.This of this side frame 30 be interior connect end 31 and this link 12 of this supporter 10 arrange respectively adapt be fixedly connected with hole 52.Be fixed with this fixed component 53 after this component 51 that is spirally connected is fixedly connected with hole 52 through this and be connected.It is worth mentioning that, this mode that is fixedly connected with is only unrestricted to example of the present utility model.
Fig. 9 illustrates the use schematic diagram of this camera module exposure system according to the preferred embodiment of the present utility model.As shown in the figure, first, by this outer end 32 that connects of this side frame 30, this camera module supporting mechanism 1 is installed on an external equipment, then the position of this exposed element 9 being installed on this camera module supporting mechanism 1 is regulated.After adjustment, each element is fixed, to make this exposed element 9 can stablize the position be fixed on it and be adjusted to, and then in the position be adjusted to, camera module is exposed.
As shown in the figure, the position of this exposed element 9 being installed on this camera module supporting mechanism 1 is carried out to adjustment can by around the first axle X, regulate respectively around the second axle Y with around the 3rd axle Z.After these three axles regulate, this exposed element 9 can be adjusted to better position, to expose camera module in better position.Particularly, each fixation kit 20 moves along corresponding arc track 101, and to make these four fixation kits regulate around this first axle X, and then this exposed element 9 being fixed in this fixation kit 20 is regulated by around this first axle X.Regulate this fixation kit 20, this fixation kit 20 is rotated around this second axle Y relative to this supporter 10, and then this exposed element 9 being fixed in this fixation kit 20 is regulated by around this second axle Y.Regulate this retaining element 22, to make this retaining element 22 rotate around the 3rd axle Z relative to this setting element 21, and then this exposed element 9 of this retaining element 22 being fixed in this fixation kit 20 is regulated by around the 3rd axle Z.It is worth mentioning that, the order of carrying out regulating around these three axles does not limit, and can select as required.
It is worth mentioning that, the fixing of Rotatable connecting structure fixing respectively after one of them of this three axles regulates respectively, can be not limited to and be fixed after regulating better position again.Fig. 9 of accompanying drawing is only unrestricted to an example of the using method of this camera module exposure system, and any method that can realize this camera module exposure system function is all within scope of the present utility model.
It is worth mentioning that, " first " described in the utility model, " second ", " the 3rd " are only used to the needs named, in order to distinguish each element, and the not difference of sequencing and meaning.
Those skilled in the art can understand shown in accompanying drawing to be only to example of the present utility model instead of restriction with the utility model embodiment described above.
Can see that the utility model object can fully effectively be completed thus.For explaining that this embodiment of the utility model function and structure principle has been absolutely proved and described, and the utility model is not by the restriction based on the change on these embodiment basis.Therefore, the utility model comprises all modifications be encompassed within appended claims book claimed range and spirit.
Claims (16)
1. a camera module exposure system, is characterized in that, comprising:
At least one exposed element, exposes for camera module; With
One camera module exposure supporting mechanism, provides support for described exposed element;
Wherein said camera module exposure supporting mechanism comprises a supporter and is assembled at least one fixation kit of described supporter, the quantity of wherein said exposed element and the quantity of described fixation kit adapt, and wherein said exposed element is arranged at described fixation kit.
2. camera module exposure system according to claim 1, wherein said supporter forms at least one arc track, the quantity of wherein said fixation kit and the quantity of described arc track adapt, wherein said fixation kit is arranged at described arc track, and wherein said fixation kit can move along described arc track.
3. camera module exposure system according to claim 1 and 2, wherein said fixation kit comprises a setting element and a retaining element, wherein said setting element is arranged at described supporter, wherein said retaining element is used to fixing described exposed element, and wherein said retaining element is rotatable is arranged at described setting element.
4. camera module exposure system according to claim 1 and 2, wherein said fixation kit is rotatable is arranged at described supporter, adjusts relative to described supporter to enable described fixation kit around one second Zhou Zuo center.
5. camera module exposure system according to claim 3, wherein said fixation kit is rotatable is arranged at described supporter, adjusts relative to described supporter to enable described fixation kit around one second Zhou Zuo center.
6. camera module exposure system according to claim 5, wherein said arc track is an arc guide barrel, wherein said camera module supporting mechanism also comprises a coupling assembling, wherein said coupling assembling comprises a spiro connecting element, the described setting element of wherein said fixation kit is formed with one second screw matched with described spiro connecting element, wherein said spiro connecting element is connected with described setting element after entering described second screw after described arc guide barrel, can either adjust around described second Zhou Zuo center relative to described supporter to make described fixation kit, again can around one first Zhou Zuo center adjustment.
7. camera module exposure system according to claim 6, wherein said fixation kit also comprises a rotary connector, wherein said rotary connector comprises one and arranges threaded first end, wherein said setting element is formed with through hole, wherein said retaining element forms first screw adapted with the described first end of described rotary connector, wherein said rotary connector enters described first screw to be connected with described retaining element through after described through hole, thus described retaining element is adjusted around one the 3rd Zhou Zuo center relative to described setting element.
8. camera module exposure system according to claim 1 and 2, also comprises a pair ear shape side frame being connected to described supporter, thinks that the axial stretching of described exposed element regulates the adjustment stroke providing increase.
9. a camera module exposure supporting mechanism, for providing support exposed element, is characterized in that, comprising:
One supporter; With
Be assembled at least one fixation kit of described supporter, the quantity of wherein said exposed element and the quantity of described fixation kit adapt, and wherein said exposed element is arranged at described fixation kit.
10. camera module exposure supporting mechanism according to claim 9, wherein said supporter forms at least one arc track, the quantity of wherein said fixation kit and the quantity of described arc track adapt, wherein said fixation kit is arranged at described arc track, and wherein said fixation kit can move along described arc track.
11. according to claim 9 or 10 camera module exposure supporting mechanism, wherein said fixation kit comprises a setting element and a retaining element, wherein said setting element is arranged at described supporter, wherein said retaining element is used to fixing described exposed element, and wherein said retaining element is rotatable is arranged at described setting element.
12. according to claim 9 or 10 camera module exposure supporting mechanism, wherein said fixation kit is rotatable is arranged at described supporter, adjusts relative to described supporter to enable described fixation kit around one second Zhou Zuo center.
13. camera module exposure supporting mechanisms according to claim 11, wherein said fixation kit is rotatable is arranged at described supporter, adjusts relative to described supporter to enable described fixation kit around one second Zhou Zuo center.
14. camera module exposure supporting mechanisms according to claim 13, wherein said arc track is an arc guide barrel, wherein said camera module supporting mechanism also comprises a coupling assembling, wherein said coupling assembling comprises a spiro connecting element, the described setting element of wherein said fixation kit is formed with one second screw matched with described spiro connecting element, wherein said spiro connecting element is connected with described setting element after entering described second screw after described arc guide barrel, can either adjust around described second Zhou Zuo center relative to described supporter to make described fixation kit, again can around one first Zhou Zuo center adjustment.
15. camera module exposure supporting mechanisms according to claim 14, wherein said fixation kit also comprises a rotary connector, wherein said rotary connector comprises one and arranges threaded first end, wherein said setting element is formed with through hole, wherein said retaining element forms first screw adapted with the described first end of described rotary connector, wherein said rotary connector enters described first screw to be connected with described retaining element through after described through hole, thus described retaining element is adjusted around one the 3rd Zhou Zuo center relative to described setting element.
16. camera module exposure supporting mechanisms according to claim 13, also comprise a pair ear shape side frame being connected to described supporter, think that the axial stretching of described exposed element regulates the adjustment stroke providing increase.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520631701.5U CN205005153U (en) | 2015-08-20 | 2015-08-20 | Module exposure system of making a video recording and exposure supporting mechanism thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520631701.5U CN205005153U (en) | 2015-08-20 | 2015-08-20 | Module exposure system of making a video recording and exposure supporting mechanism thereof |
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| Publication Number | Publication Date |
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| CN205005153U true CN205005153U (en) | 2016-01-27 |
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| CN201520631701.5U Expired - Fee Related CN205005153U (en) | 2015-08-20 | 2015-08-20 | Module exposure system of making a video recording and exposure supporting mechanism thereof |
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| CN (1) | CN205005153U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110830686A (en) * | 2018-08-07 | 2020-02-21 | 高途乐公司 | Camera and camera mount |
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2015
- 2015-08-20 CN CN201520631701.5U patent/CN205005153U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110830686A (en) * | 2018-08-07 | 2020-02-21 | 高途乐公司 | Camera and camera mount |
| CN110830686B (en) * | 2018-08-07 | 2023-05-12 | 高途乐公司 | Camera and camera mount |
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