CN205210489U - Image stabilising arrangement - Google Patents
Image stabilising arrangement Download PDFInfo
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- CN205210489U CN205210489U CN201520852387.3U CN201520852387U CN205210489U CN 205210489 U CN205210489 U CN 205210489U CN 201520852387 U CN201520852387 U CN 201520852387U CN 205210489 U CN205210489 U CN 205210489U
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Abstract
The utility model discloses an image stabilising arrangement, which comprises an outer shell, focus drive arrangement with prevent mixing compensation arrangement, the drive arrangement that focuses sets up in the shell, outer cap dress is on anti -shake compensation arrangement, the drive arrangement that should focus includes the frame, the focus coil of setting on this frame, the magnetite of focusing, go up the spring, a carrier and lower spring for bearing the weight of lens, go up the spring and install the up end at the frame, the lower terminal surface at the frame is installed to the spring down, the magnetite of focusing is installed on the carrier, the carrier is established in the frame and the up end of this carrier connects with last spring dress, the lower terminal surface and the lower spring coupling of carrier. The utility model discloses effective performance of focusing that improves has strengthened anti -shake compensation function, and the reliability is high.
Description
Technical field
The utility model relates to Micro & Special Motor Technology field, is specifically related to a kind of image stabilizing device a kind of compact camera be mainly used in portable consumer electronic product being used to auto-focusing and stabilization.
Background technology
At present along with the development of smart mobile phone, the requirement of people to the function of smart mobile phone is also more and more higher, especially the camera function of smart mobile phone, and people expect that the effect of taking pictures of smart mobile phone can reach the level of digital camera.And the volume of digital camera is comparatively large, the physical construction of relative complex can be held to control the multi-dimensional movement of camera lens, therefore, it is possible to realize optical anti-vibration (OIS) and move the technology that axle photographs.But smart mobile phone is for digital camera, not only volume is little, and the thickness of smart mobile phone be only digital camera 1/4th or thinner, therefore, it is very restricted that the voice coil motor being applicable to smart mobile phone will realize various function, the voice coil motor amount of each manufacturers produce of smart mobile phone or complex structure, oversize, the growth requirement that smart mobile phone is frivolous cannot be adapted to, or be functionally short of to some extent, or there is high cost, volume production difficulty is large, produces the problems such as yield is not high.
And popularizing along with smart mobile phone, the Autofocus Technology of mobile phone is also more and more skilled, but during hand-held intelligent mobile phone photograph, the shake of hand can cause the slight inclination (generally within +/-0.5 degree) of camera, this inclination causes the change of camera lens viewing angle, and be object of reference with camera lens, the object being equivalent to be taken moves, therefore imaging also can offset relative to original position on the image sensor, and result causes image to play pendulum with the shake set about all the time.
Utility model content
The technical problems to be solved in the utility model is to provide a kind of magazine image stabilizing device be mainly used in the digital electronic goods such as smart mobile phone, panel computer, focusing is fast, effectively prevents user hand shaking and problem of causing shooting effect unsatisfactory when taking pictures.
In order to solve the problems of the technologies described above, the utility model takes following technical scheme:
A kind of image stabilizing device, comprise shell and focusing drive unit, also comprise stabilization compensation system, focusing drive unit is arranged in the enclosure, casing cover is contained on stabilization compensation system, this focusing drive unit comprises framework, focusing coil is on the frame set, focusing magnetite, upper spring, for carrying carrier and the lower spring of lens, upper spring is installed in the upper surface of framework, lower spring is installed in the lower surface of framework, focusing magnetite is arranged on carrier, carrier to be located in framework and the upper surface of this carrier and upper spring attaching, the lower surface of carrier is connected with lower spring.
The sidewall of described framework is provided with annular groove, and focusing coil installs around in this annular groove, and framework is provided with lead-in wire groove, the initial tap line of focusing coil and terminate tap line respectively by the extraction of lead-in wire groove and weld with upper spring and be communicated with.
The upper surface of described framework is provided with the protruding post of rivet hot, lower surface is provided with the protruding post of lower rivet hot, the upper surface of carrier is provided with carrier projection, on this, carrier projection is provided with and uploads the protruding post of body heat riveting, upper spring is provided with for the protruding post of the upper rivet hot of framework, upper carrier projection with upload the rivet hot hole that the protruding post of body heat riveting installs, the lower surface of carrier is provided with downloads the protruding post of body heat riveting, and lower spring is provided with the protruding post of the lower rivet hot of framework and downloads the rivet hot hole that body heat riveting projection post installs.
The upper surface of described framework is also provided with spacing block set.
The sidewall of described carrier is provided with the groove caved in, and focusing magneto card is contained in this groove.
Be provided with mistake proofing hypotenuse in the groove of described carrier, focusing magnetite is provided with mistake proofing hypotenuse, focusing magneto card when being contained in the groove of carrier the mistake proofing hypotenuse of this focusing magnetite to align with the mistake proofing hypotenuse of groove Matching installation.
Described stabilization compensation system comprises base, stabilization magnetite and the interior pcb board being provided with printed antenna, base is made up of integrated working of plastics and metalwork, this metalwork is provided with splicing ear, stabilization magnetite is arranged on base, pcb board is provided with rivet hot hole, the protruding post of lower rivet hot of framework lower surface and the rivet hot hole attaching of this PCB, pcb board and base attaching, and the position of the printed antenna of this pcb board is positioned at directly over stabilization magnetite.
Described base is welded with the first hanging pillar and the second hanging pillar, this first hanging pillar be upward through pcb board and with upper spring contact, this first hanging pillar and pcb board and upper spring are welded to connect the circuit turn-on of the splicing ear realizing spring, pcb board and base, and the second hanging pillar and PCB are welded to connect the circuit turn-on realizing pcb board and base.
Described base is provided with antitorque groove, these antitorque groove both sides have the second projection, base is provided with the first projection, carrier lower surface is provided with lower carrier first projection, lower carrier second projection with the second projection Matching installation of base that clamp with antitorque groove, and lower carrier the 3rd projection of the first projection Matching installation with base.
Described base is provided with draw-in groove, and this draw-in groove is provided with mistake proofing hypotenuse, and stabilization magnetite is provided with the mistake proofing hypotenuse mutually mated with the mistake proofing hypotenuse of draw-in groove, and stabilization magneto card is contained in this draw-in groove.
The utility model is mainly used in the compact camera of the electronic digital such as smart mobile phone, panel computer product, by the setting of burnt drive unit and stabilization compensation system, can effectively solve the problem causing image imaging instability because of hand shaking, improve shooting imaging effect, stabilization is good.
Accompanying drawing explanation
Accompanying drawing 1 is the utility model perspective view;
Accompanying drawing 2 is decomposing state structural representation of the present utility model;
Accompanying drawing 3 is cross-sectional view of the present utility model;
Accompanying drawing 4 is the assembling perspective view after the utility model removal shell;
Accompanying drawing 5-1 is base decomposing state structural representation of the present utility model;
Accompanying drawing 5-2 is the perspective view of base of the present utility model;
Status architecture schematic diagram when accompanying drawing 6 is the utility model stabilization magnetite inserted base;
Accompanying drawing 7-1 is the structural representation looked down from upper surface of carrier of the present utility model;
Accompanying drawing 7-2 is the structural representation of looking up from lower surface of carrier of the present utility model;
Accompanying drawing 8 is structural representation during the utility model focusing magnetite insertion vector;
Accompanying drawing 9-1 is the structural representation that framework of the present utility model looks down from upper surface;
Accompanying drawing 9-2 is the structural representation that framework of the present utility model is looked up from lower surface;
Accompanying drawing 10 for the utility model focusing coil winding on framework after cross-sectional view;
Accompanying drawing 11 is the structural representation of lower spring of the present utility model;
Accompanying drawing 12 is the perspective view after upper spring in the utility model, framework, focusing coil, carrier, focusing magnetite, lower spring, pcb board, the first hanging pillar, the second hanging pillar assembling;
Accompanying drawing 13 is the coil connection diagram for welding hole in the utility model on pcb board.
In instructions, A, B, C, D, E, F, G, H after respective digital mark represent the same characteristic features of diverse location.
Embodiment
For the ease of the understanding of those skilled in the art, below in conjunction with accompanying drawing, the utility model will be further described.
As shown in accompanying drawing 1 ~ 4, the utility model discloses a kind of image stabilizing device, comprise shell 1, focusing drive unit and stabilization compensation system, focusing drive unit is arranged in shell 1, shell 1 mounts cover on stabilization compensation system, this focusing drive unit comprises framework 2, be arranged on the focusing coil 3 on this framework 2, focusing magnetite 4, upper spring 5, for carrying carrier 6 and the lower spring 7 of lens, upper spring 5 is installed in the upper surface of framework 2, lower spring 7 is installed in the lower surface of framework 2, focusing magnetite 4 is arranged on carrier 6, carrier 6 to be located in framework 2 and the upper surface of this carrier 6 and upper spring 5 attaching, the lower surface of carrier 6 is connected with lower spring 7.
As shown in accompanying drawing 9-1 and 10, the sidewall of frame 2 frame is provided with annular groove 205, focusing coil 3 installs around in this annular groove 205, framework 2 is provided with lead-in wire groove 204, the initial tap line of focusing coil 3 and terminate tap line respectively by the extraction of lead-in wire groove and weld with upper spring and be communicated with, thus form loop with extraneous electric current.Focusing coil 3 is arranged on its outside surface after in annular groove 205 and ensures to protrude from the wall outer surface of this framework 2, keeps neat.In addition, due to focusing coil 3, there is initial tap line and terminate tap line, being therefore provided with two wire lead slots on the frame 2, being respectively wire lead slot 204a and 204b.Framework is that plastic material is made.
As 4, accompanying drawing 9-1, accompanying drawing 9-2, accompanying drawing 7-1, shown in accompanying drawing 7-2 and accompanying drawing 11, the upper surface of framework 2 is provided with the protruding post 203 of rivet hot, lower surface is provided with the protruding post 206 of lower rivet hot, the upper surface of carrier 6 is provided with carrier projection 601, on this, carrier projection 601 is provided with and uploads the protruding post 602 of body heat riveting, upper spring 5 is provided with for post 206 protruding with the upper rivet hot of framework 2, upper carrier projection 601 and the rivet hot hole of uploading protruding post 602 installation of body heat riveting, the lower surface of carrier 6 is provided with downloads the protruding post 605 of body heat riveting, lower spring 7 is provided with the lower rivet hot of framework 2 protruding post 206 and downloads the rivet hot hole that body heat riveting projection post 605 installs.Wherein, the protruding post 203 of upper rivet hot of framework 2 and the protruding post 206 of lower rivet hot, and upload the protruding post of body heat riveting and download the protruding post of body heat riveting and can arrange multiple as required, do not do concrete restriction at this, to be applicable to being installed as criterion.And the quantity in rivet hot hole on upper spring equals the protruding post of rivet hot and upload the quantity sum of the protruding post of body heat riveting.In the present embodiment, framework 2 is provided with altogether 8 protruding posts of upper rivet hot, be respectively the protruding post 203a of rivet hot, the protruding post 203b of upper rivet hot, the protruding post 203c of upper rivet hot, the protruding post 203d of upper rivet hot, the protruding post 203e of upper rivet hot, the protruding post 203f of upper rivet hot, the protruding post 203g of upper rivet hot, the protruding post 203h of upper rivet hot, upper spring 5 is provided with the rivet hot hole that 8 are gone up the protruding post coupling of rivet hot mutually, be respectively rivet hot hole 502a, rivet hot hole 502b, rivet hot hole 502c, rivet hot hole 502d, rivet hot hole 502e, rivet hot hole 502f, rivet hot hole 502g, rivet hot hole 502h, mutual Matching installation separately.And carrier is provided with altogether four upper carrier projections, be respectively carrier projection 601a, upper carrier projection 601b, upper carrier projection 601c, upper carrier projection 601d, and four are uploaded the protruding post of body heat riveting, be respectively and upload the protruding post 602a of body heat riveting, upload the protruding post 602b of body heat riveting, upload the protruding post 602c of body heat riveting, upload the protruding post 602d of body heat riveting, by clamping of the protruding post of rivet hot on this and upper spring, spring 5 is made securely to be arranged on the upper surface of framework 2, and carrier 6 is also installed with the engaging of upper carrier projection with upper spring 5 by uploading the protruding post of body heat riveting, thus make stable being arranged in framework 2 of carrier 6.The protruding post of lower rivet hot is also provided with 8, be respectively the protruding post 206a of lower rivet hot, the protruding post 206b of lower rivet hot, the protruding post 206c of lower rivet hot, the protruding post 206d of lower rivet hot, the protruding post 206e of lower rivet hot, the protruding post 206f of lower rivet hot, the protruding post 206g of lower rivet hot, the protruding post 206h of lower rivet hot, the rivet hot hole that lower spring 7 is provided with post protruding with lower rivet hot corresponding is also 8, be respectively rivet hot hole 701a, rivet hot hole 701b, rivet hot hole 701c, rivet hot hole 701d, rivet hot hole 701e, rivet hot hole 701f, rivet hot hole 701g, rivet hot hole 701h, the above-mentioned rivet hot hole of this lower spring and the protruding post one_to_one corresponding of lower rivet hot are installed.Download the protruding post of body heat riveting and be provided with 6 altogether, be respectively and download the protruding post 605a of body heat riveting, download the protruding post 605b of body heat riveting, download the protruding post 605c of body heat riveting, download the protruding post 605d of body heat riveting, download the protruding post 605e of body heat riveting, download the protruding post 605f of body heat riveting, lower spring 7 is provided with and downloads the protruding post rivet hot hole one to one of body heat riveting, be respectively rivet hot hole 702a, rivet hot hole 702b, rivet hot hole 702c, rivet hot hole 702d, rivet hot hole 702e, rivet hot hole 702f, one_to_one corresponding is installed, thus make lower spring 7 be close to the lower surface being arranged on framework 2, and lower spring 7 is also connected and fixed with carrier 6.By the installation of said structure, in guarantee, spring can obtain stable fixing, avoids causing spring to float in rivet hot process, and ensures the stable fixing of lower spring, avoids floating of lower spring in rivet hot process, causes the yields of device to decline.
In addition, be also provided with spacing block set 201 in the upper surface of framework 2, be provided with four altogether, be respectively spacing block set 201a, spacing block set 201b, spacing block set 201c and spacing block set 201d.In the auto-focus process of this spacing block set as whole image stabilizing device, play position-limiting action to the stroke of lens assembly, restriction lens assembly exceeds predetermined stroke.
In addition, as shown in accompanying drawing 7-1, accompanying drawing 7-2 and accompanying drawing 8, the sidewall of carrier 6 is provided with the groove 603 caved in, and focusing magnetite 4 is installed in this groove 603.Be provided with four focusing magnetites altogether, therefore four grooves are also provided with accordingly, be respectively focusing magnetite 401, focusing magnetite 402, focusing magnetite 403, focusing magnetite 404, groove 603a, groove 603b, groove 603c, groove 603d, focusing magnetite 401 is contained in groove 603a, focusing magnetite 402 is contained in groove 603b, and focusing magnetite 403 is contained in groove 603c, and focusing magnetite 404 is contained in groove 603d.And in order to ensure the accuracy of installing, groove 603 is provided with mistake proofing hypotenuse 608, focusing magnetite is provided with mistake proofing hypotenuse, focusing magneto card when being contained in the groove of carrier the mistake proofing hypotenuse of this focusing magnetite to align with the mistake proofing hypotenuse of groove Matching installation.As the mistake proofing hypotenuse 401a on burnt magnetite 401, mistake proofing hypotenuse 402a on focusing magnetite 402, mistake proofing hypotenuse 403a on focusing magnetite 403, mistake proofing hypotenuse 404a on focusing magnetite 404, mistake proofing hypotenuse 608a on groove 603a, the mistake proofing hypotenuse 608c of the mistake proofing hypotenuse 608ab on groove 603b, groove 603c, and the mistake proofing hypotenuse 608d of groove 603d.Thus by the installation of focusing magnetite can be carried out accurately.
In addition, as accompanying drawing 2, accompanying drawing 4, accompanying drawing 5-1, accompanying drawing 5-2, accompanying drawing 7-1, shown in accompanying drawing 7-2, stabilization compensation system comprises base 10, stabilization magnetite 9 and the interior pcb board 8 being provided with printed antenna, base 10 is made up of integrated working of plastics 121 and metalwork 122, this metalwork 122 is provided with splicing ear 108, stabilization magnetite 9 is arranged on base 10, pcb board 8 is provided with rivet hot hole 803, the protruding post 206 of lower rivet hot of framework 2 lower surface and the rivet hot hole attaching of this pcb board 8, pcb board and base attaching, and the position of the printed antenna of this pcb board is positioned at directly over stabilization magnetite.The concrete quantity of splicing ear can be arranged as required, in the present embodiment, be provided with 8 splicing ears altogether, be respectively splicing ear 108a, splicing ear 108b, splicing ear 108c, splicing ear 108d, splicing ear 108e, splicing ear 108f, splicing ear 108g, splicing ear 108h.Pcb board 8 is provided with altogether 8 rivet hot holes, with the protruding post one_to_one corresponding of 8 lower rivet hots of the lower surface of framework 2,8 rivet hot holes on this pcb board 8 are respectively rivet hot hole 803a, rivet hot hole 803b, rivet hot hole 803c, rivet hot hole 803d, rivet hot hole 803e, rivet hot hole 803f, rivet hot hole 803g, rivet hot hole 803h.The protruding post 206a of lower rivet hot and the 803a attaching of rivet hot hole, the protruding post 206b of lower rivet hot and the 803b attaching of rivet hot hole, the protruding post 206ac of lower rivet hot and the 803c attaching of rivet hot hole, the protruding post 206d of lower rivet hot and the 803d attaching of rivet hot hole, the protruding post 206e of lower rivet hot and the 803e attaching of rivet hot hole, the protruding post 206f of lower rivet hot and the 803f attaching of rivet hot hole, the protruding post 206g of lower rivet hot and the 803g attaching of rivet hot hole, the protruding post 206h of lower rivet hot and the 803h attaching of rivet hot hole.
As shown in accompanying drawing 2 and 12, base 10 is welded with the first hanging pillar 111 and the second hanging pillar 112, this first hanging pillar 111 is upward through pcb board 8 and contacts with upper spring 5, this first hanging pillar 111 and pcb board 8 and upper spring 5 are welded to connect the circuit turn-on of the splicing ear realizing spring 5, pcb board 8 and base 10, and the second hanging pillar 112 is welded to connect with PCB the circuit turn-on realizing pcb board and base.Splicing ear conducting on first hanging pillar and metalwork, makes each parts form loop.Base 10 is provided with antitorque groove 102, these antitorque groove 102 both sides have the second projection 107, base 10 is provided with the first projection 101, carrier 6 lower surface is provided with lower carrier first projection 606, lower carrier second projection 609 with the second projection 107 Matching installation of base 10 that clamp with antitorque groove 102, and lower carrier the 3rd projection 607 of the first projection 101 Matching installation with base 10.Wherein, base 10 is provided with altogether antitorque groove 102a and antitorque groove 102b two; Four the second projections, are respectively the second projection 107a, the second projection 107b, the second projection 107c, the second projection 107d; Two the first projections, are respectively the first projection 101a and the first projection 101b.Carrier 6 is provided with corresponding lower carrier first projection 606a and lower carrier first projection 606b totally two, 3rd projection 107a and the 3rd projection 107b totally two, and the second projection 609a, the second projection 609b, the second projection 609c, the second projection 609d totally four.Above quantity is only the better embodiment selected in the present embodiment, is not to limit, and when real needs are different, can also arrange other quantity.After first projection plug-in mounting enters antitorque groove, as the antitorque structure of whole device.
In addition, base 10 is provided with draw-in groove 105, this draw-in groove 105 is provided with mistake proofing hypotenuse 106, and stabilization magnetite 9 is provided with the mistake proofing hypotenuse mutually mated with the mistake proofing hypotenuse of draw-in groove, and stabilization magneto card is contained in this draw-in groove.Be specially and be provided with four stabilization magnetites and four draw-in grooves, be respectively stabilization magnetite 901a, stabilization magnetite 901b, stabilization magnetite 901d, stabilization magnetite 901d, stabilization magnetite 901a is provided with mistake proofing hypotenuse 901b, stabilization magnetite 902a is provided with mistake proofing hypotenuse 902b, stabilization magnetite 903a is provided with mistake proofing hypotenuse 901b, and stabilization magnetite 904a is provided with mistake proofing hypotenuse 904b.Draw-in groove 105a, draw-in groove 105b, draw-in groove 105c, draw-in groove 105d, draw-in groove 105a is provided with mistake proofing hypotenuse 106a, draw-in groove 105b is provided with mistake proofing hypotenuse 106b, draw-in groove 105c is provided with mistake proofing hypotenuse 106c, draw-in groove 105d is provided with mistake proofing hypotenuse 106d wherein, stabilization magnetite 901a is contained in draw-in groove 105a, stabilization magnetite 901b is contained in draw-in groove 105b, stabilization magnetite 901c is contained in draw-in groove 105d, stabilization magnetite 901d is contained in draw-in groove 105d, by the setting of mistake proofing hypotenuse, ensure the accurate installation of stabilization magnetite, save time, reduce wrongly installed rate, improve installation effectiveness.
Owing to being provided with four stabilization magnetites, therefore pcb board is also arranged corresponding four printed antennas and stabilization magnetite one_to_one corresponding, region 804a on pcb board 8, region 804b, region 804c, region 804d, when concrete installation, the region 804a of concrete pcb board 8 is positioned at the top of stabilization magnetite 901a, region 804b is positioned at the top of stabilization magnetite 901b, and region 804c is positioned at the top of stabilization magnetite 901c, and region 804d is positioned at the top of stabilization magnetite 901d.
In order to ensure the stability connected, as shown in Figure 13, being provided with four first hanging pillars and four second hanging pillars altogether, pcb board 8 is also provided with the welding hole 801a corresponding with the first hanging pillar, welding hole 801b, welding hole 801c and welding hole 801d; The welding hole 802a corresponding with the second hanging pillar, welding hole 802b, welding hole 802c and welding hole 802d, different welding holes adopts coil to connect, and forms electric energy.Shown connected mode is above only a kind of citing, and be not limit, in different situations, connection can also be other forms.
In addition, in the present embodiment, the protruding post of the upper rivet hot on framework, the protruding post of lower rivet hot, uploading the protruding post of body heat riveting, download the protruding post of body heat riveting etc. on carrier, is preferably set to cylinder form.When there being other demands, be arranged to other shapes according to actual needs.And for the quantity of upper-part, in this programme, also there is no concrete restriction, to meet reliable and stable installation, certainly, for making structure firm, the above-mentioned parts of greater number also can be set, be selected flexibly by actual demand.
It should be noted that, the above is not the restriction to technical solutions of the utility model, and under the prerequisite not departing from creation design of the present utility model, any apparent replacement is all within protection domain of the present utility model.
Claims (10)
1. an image stabilizing device, comprise shell and focusing drive unit, it is characterized in that, also comprise stabilization compensation system, focusing drive unit is arranged in the enclosure, casing cover is contained on stabilization compensation system, this focusing drive unit comprises framework, focusing coil is on the frame set, focusing magnetite, upper spring, for carrying carrier and the lower spring of lens, upper spring is installed in the upper surface of framework, lower spring is installed in the lower surface of framework, focusing magnetite is arranged on carrier, carrier to be located in framework and the upper surface of this carrier and upper spring attaching, the lower surface of carrier is connected with lower spring.
2. image stabilizing device according to claim 1, it is characterized in that, the sidewall of described framework is provided with annular groove, focusing coil installs around in this annular groove, framework is provided with lead-in wire groove, the initial tap line of focusing coil and terminate tap line respectively by the extraction of lead-in wire groove and weld with upper spring and be communicated with.
3. image stabilizing device according to claim 2, it is characterized in that, the upper surface of described framework is provided with the protruding post of rivet hot, lower surface is provided with the protruding post of lower rivet hot, the upper surface of carrier is provided with carrier projection, on this, carrier projection is provided with and uploads the protruding post of body heat riveting, upper spring is provided with for the protruding post of the upper rivet hot of framework, upper carrier projection with upload the rivet hot hole that the protruding post of body heat riveting installs, the lower surface of carrier is provided with downloads the protruding post of body heat riveting, and lower spring is provided with the protruding post of the lower rivet hot of framework and downloads the rivet hot hole that body heat riveting projection post installs.
4. image stabilizing device according to claim 3, is characterized in that, the upper surface of described framework is also provided with spacing block set.
5. image stabilizing device according to claim 4, is characterized in that, the sidewall of described carrier is provided with the groove caved in, and focusing magneto card is contained in this groove.
6. image stabilizing device according to claim 5, it is characterized in that, be provided with mistake proofing hypotenuse in the groove of described carrier, focusing magnetite is provided with mistake proofing hypotenuse, focusing magneto card when being contained in the groove of carrier the mistake proofing hypotenuse of this focusing magnetite to align with the mistake proofing hypotenuse of groove Matching installation.
7. image stabilizing device according to claim 6, it is characterized in that, described stabilization compensation system comprises base, stabilization magnetite and the interior pcb board being provided with printed antenna, base is made up of integrated working of plastics and metalwork, this metalwork is provided with splicing ear, stabilization magnetite is arranged on base, pcb board is provided with rivet hot hole, the protruding post of lower rivet hot of framework lower surface and the rivet hot hole attaching of this PCB, pcb board and base attaching, and the position of the printed antenna of this pcb board is positioned at directly over stabilization magnetite.
8. image stabilizing device according to claim 7, it is characterized in that, described base is welded with the first hanging pillar and the second hanging pillar, this first hanging pillar be upward through pcb board and with upper spring contact, this first hanging pillar and pcb board and upper spring are welded to connect the circuit turn-on of the splicing ear realizing spring, pcb board and base, and the second hanging pillar and PCB are welded to connect the circuit turn-on realizing pcb board and base.
9. image stabilizing device according to claim 8, it is characterized in that, described base is provided with antitorque groove, these antitorque groove both sides have the second projection, base is provided with the first projection, carrier lower surface is provided with lower carrier first projection, lower carrier second projection with the second projection Matching installation of base that clamp with antitorque groove, and lower carrier the 3rd projection of the first projection Matching installation with base.
10. image stabilizing device according to claim 9, is characterized in that, described base is provided with draw-in groove, and this draw-in groove is provided with mistake proofing hypotenuse, and stabilization magnetite is provided with the mistake proofing hypotenuse mutually mated with the mistake proofing hypotenuse of draw-in groove, and stabilization magneto card is contained in this draw-in groove.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520852387.3U CN205210489U (en) | 2015-10-30 | 2015-10-30 | Image stabilising arrangement |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520852387.3U CN205210489U (en) | 2015-10-30 | 2015-10-30 | Image stabilising arrangement |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205210489U true CN205210489U (en) | 2016-05-04 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520852387.3U Expired - Fee Related CN205210489U (en) | 2015-10-30 | 2015-10-30 | Image stabilising arrangement |
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| Country | Link |
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| CN (1) | CN205210489U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105404077A (en) * | 2015-10-30 | 2016-03-16 | 金龙机电股份有限公司东莞分公司 | Image stabilization device |
| TWI636315B (en) * | 2016-05-20 | 2018-09-21 | 台灣東電化股份有限公司 | Camera module and image capturing unit thereof |
| WO2021000161A1 (en) * | 2019-06-30 | 2021-01-07 | 瑞声光学解决方案私人有限公司 | Lens module |
-
2015
- 2015-10-30 CN CN201520852387.3U patent/CN205210489U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105404077A (en) * | 2015-10-30 | 2016-03-16 | 金龙机电股份有限公司东莞分公司 | Image stabilization device |
| TWI636315B (en) * | 2016-05-20 | 2018-09-21 | 台灣東電化股份有限公司 | Camera module and image capturing unit thereof |
| WO2021000161A1 (en) * | 2019-06-30 | 2021-01-07 | 瑞声光学解决方案私人有限公司 | Lens module |
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Granted publication date: 20160504 Termination date: 20181030 |