CN202083872U - Universal high-power macro-photographing device for digital camera - Google Patents
Universal high-power macro-photographing device for digital camera Download PDFInfo
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- CN202083872U CN202083872U CN2011202123690U CN201120212369U CN202083872U CN 202083872 U CN202083872 U CN 202083872U CN 2011202123690 U CN2011202123690 U CN 2011202123690U CN 201120212369 U CN201120212369 U CN 201120212369U CN 202083872 U CN202083872 U CN 202083872U
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Abstract
The utility model discloses a universal high-power macro-photographing device for a digital camera, which is detachably mounted at the front of a lens of the common digital camera and comprises a shell (200), a magnifying glass component disposed on the shell (200) and a supporting plate. The supporting plate is mounted on the shell (200) in a manner that the supporting plate can move back and forth relative to the direction of a photographic lens, a slide groove which is used for transversally moving the digital camera relative to the direction of the photographic lens is formed on the supporting plate, a through hole is formed at the front of the shell (200), the lens of the digital camera penetrates through the through hole, and an alignment adjusting mechanism for optical alignment of the magnifying glass component and the lens of the digital camera is arranged at the front of the shell (200) of the device. The high-power macro-photographing device can be universally used for high-power macro-photography and microphotography of various digital cameras.
Description
Technical field
The utility model relates to camera, and particularly, the utility model relates to the general microspur high power camera of a kind of digital camera, and described microspur high power camera can be common to microspur high power, the cinephotomicrography of various digital cameras.
Background technology
At present, a kind of as microspur high power method for imaging, be to use special-purpose micro-lens to cooperate slr camera to photograph, but this micro-lens cooperates the camera chain of slr camera need additionally add light fixture such as putting flashlamp, tripod, camera lens and fuselage account for larger volume, and deal is heavier and inconvenient carries.And this micro-lens cooperates the camera chain enlargement ratio of slr camera limited, and cost is higher.
Another microspur high power method for imaging is to install the lens group of being made up of a slice eyeglass at least additional with lens barrel before digital camera, and be fixed on the digital camera by the lens barrel auxiliary member.Also have a kind of microspur high power method for imaging to be, will be installed at the equipment that preceding lens set of digital camera and lighting power supply system are made of one, then that digital camera is fixing with it.Above-mentioned microspur high power method for imaging has solved the problem of microspur high power photography to a certain extent, but the defective that exists is, the digital camera of different styles, camera lens is different with respect to the height of the fuselage of digital camera, and the fixing threaded hole position of bottom is also different.This also makes general microspur high power camera be difficult to make optic axis to the center with various digital camera lens, can only use the camera of certain a specific model.Thereby difficulty is common to microspur high power, the cinephotomicrography of various digital cameras.For the user who has other style digital cameras, use this system to carry out microspur high power photography, then need buy the digital camera that institute decides style, ideal be can't reach, microspur high power, the cinephotomicrography effect of various digital cameras are common to easily.
The utility model content
In order to overcome the problems referred to above, the utility model purpose is, provide a kind of digital camera general microspur high power camera, described microspur high power camera can be common to microspur high power, the cinephotomicrography of various digital cameras, is a kind of microspur photomicrographic device that is common to multiple digital camera.
Specifically, the technical solution of the utility model is as follows:
The microspur high power camera that a kind of digital camera is general, be removably installed in the digital camera front side, comprise the device case 200 of hollow structure and the enlarging lens assembly of its front side is set, it is characterized in that, described microspur high power camera also comprises: can be installed on supporting plate on the housing 200 movably forward and backward with respect to the phtographic lens direction, be formed with on the described supporting plate and be used for the chute of the horizontal mobile digital camera of phtographic lens direction relatively, be formed with the through hole that is used to run through digital camera lens on the described device case 200, in described device case 200 front sides, be provided be used for described enlarging lens assembly and described digital camera lens do optics to the center to the center governor motion.
According to the utility model, the housing of the general microspur high power of digital camera camera is a hollow structure, and its inside can be provided with battery and circuit.Housing has and runs through stretching out of digital camera lens and use through hole, the housing below also offers one and runs through the hole of rising as high as the banks, described supporting plate passes the hole of rising as high as the banks of housing below, can move forward and backward and can the regulation stationkeeping, with the optical axis of the movable and fixable optical lens of secured in alignment on housing; Digital camera is fixed in twitches on the supporting plate, and digital camera lens stretches out from through hole and passes.The above-mentioned supporting plate rear portion of twitching also has one to run through the hole of rising as high as the banks.Camera can be done horizontal cross by this hole of rising as high as the banks and move.
According to the general microspur high power camera of digital camera of the present utility model, it is characterized in that described device case 200 bottoms are provided with strip through-hole and fixing supporting plate bolt thereof, it is fixing to make that described supporting plate can move forward and backward the back with respect to the phtographic lens direction.
According to the general microspur high power camera of digital camera of the present utility model, it is characterized in that, be formed with bar shaped chute and fixed-use bolt thereof on the described supporting plate, make digital camera laterally to move and to fixing behind the center with respect to the phtographic lens direction.
According to the general microspur high power camera of digital camera of the present utility model, it is characterized in that, describedly be used for enlarging lens assembly and described digital camera lens optics the center governor motion is comprised to the center, be arranged at the enlarging lens assembly rotating shaft piece of described device case 200 front side digital camera lens through hole one sides, and be provided with the enlarging lens assembly of its respective side fixing with arc fixture 201 and on fixed part.
According to the general microspur high power camera of digital camera of the present utility model, it is characterized in that, described enlarging lens assembly fixing with arc fixture 201 be the groove of an arc component or arc on housing 200, described fixed part can be fixed on the enlarging lens group optional position on the circular arc.
According to the general microspur high power camera of digital camera of the present utility model, it is characterized in that described enlarging lens assembly front side is provided with light fixture 307.
According to the general microspur high power camera of digital camera of the present utility model, it is characterized in that, described light fixture 307 is for being installed at least one group of LED lamp 308 on the described enlarging lens assembly front end-plate, and the direction of illumination of described LED lamp 308 is parallel to described enlarging lens assembly axis or becomes predetermined angular with described enlarging lens assembly axis.
Thus, according to the general microspur high power camera of the utility model digital camera, because described light fixture 307 is for being installed at least one group of LED lamp 308 on the described enlarging lens assembly front end-plate, and direction of illumination is parallel to described enlarging lens assembly axis or becomes predetermined angular with described enlarging lens assembly axis, so no longer need to dispose lighting installation in addition, make things convenient for the photography of microspur high power.
According to the general microspur high power camera of digital camera of the present utility model, it is characterized in that described light fixture 307 comprises the place ahead illumination and sidepiece illuminating LED lamp.
Thus, according to the general microspur high power camera of the utility model digital camera, make things convenient for the photography of microspur high power.
According to the general microspur high power of digital camera of the present utility model camera, it is characterized in that described enlarging lens assembly comprises,
Enlarging lens group 303 with certain enlargement ratio,
Built-in described enlarging lens group 303, by the fixing camera lens inner core 304 of lens substrate 301 and camera lens urceolus 306,
Be arranged on the control circuit 305 of the controls lens front end light fixture 307 between camera lens urceolus 306 and the camera lens inner core 304.
Thus, according to the utility model, because stretching out with the level of opening, the camera lens of device case 200 is provided with the arc fixture 201 that fixing enlarging lens group is used near described device case 200 near side (ns)s one side, and the camera lens that the enlarging lens assembly is arranged on described device case 200 stretches out with before the opening, so, fuselage rotating shaft 202 is the connector that can do moved in coaxial with lens rotating shaft 302, is used for transmitting camera lens electric consumption on lighting signal.
According to the general microspur high power of digital camera of the present utility model camera, it is characterized in that enlarging lens assembly rotating shaft piece 202 on described device case 200 front surfaces and 302 conductions of the rotating shaft piece on the described enlarging lens assembly.
Thus, according to the utility model,,, reduced cost of manufacture so no longer need conductive component is set in addition because the rotating shaft piece 302 on rotating shaft piece 202 on described device case 200 front surfaces and the described enlarging lens assembly can also conduct electricity.
According to the general microspur high power of digital camera of the present utility model camera, solved use digital camera bottom when fixing certain camera with 1/4 inch threaded hole, because the camera lens of every kind of digital camera height H, the position W in camera lens overhang L and bottom thread hole has nothing in common with each other, thereby can't use a kind of single module to fix various cameras, can't guarantee that also camera lens can and can't guarantee that camera lens has the problem of enough protrusions spaces over against preposition enlarging lens group, make and on same module, to adjust on these three dimensions, and guarantee that controlled electric power output and illumination are arranged on the enlarging lens group.
According to the general microspur high power of digital camera of the present utility model camera, can reach desirable, be common to microspur high power, the cinephotomicrography effect of various digital cameras easily.
Description of drawings
Fig. 1 (a), Fig. 1 (b) and Fig. 1 (c) are respectively the schematic perspective view of the general microspur high power of digital camera of the present utility model camera housing.
Fig. 2 (a) and Fig. 2 (b) do not have enlarging lens assembly and the front view (FV) of loading onto the enlarging lens assembly before being respectively device case of the present utility model.
Fig. 3 (a), Fig. 3 (b) and Fig. 3 (c) are respectively front, side and the back view of the enlarging lens assembly of the general microspur high power of digital camera of the present utility model camera.
Fig. 4 is the three-dimensional exploded view of the general microspur high power of digital camera of the present utility model camera enlarging lens assembly.
Among the figure, 100. digital cameras; 101.1/4 the screw of inch; 102. twitch supporting plate; 103. twitch the supporting plate slotted section; 200. device case; 201. arc fixture; 202. fuselage rotating shaft; The hole 203. housing is risen as high as the banks; 204. opening in shell; 205. battery; 301. lens substrate; 302. lens rotating shaft; 303. enlarging lens group; 304. camera lens inner core; 305. control circuit; 306. camera lens urceolus; 307. lighting module; 308.LED lamp.
Embodiment,
Below, with embodiment, in conjunction with the accompanying drawings the utility model digital camera general microspur high power camera and method are further specified.
(embodiment 1)
As shown in drawings, the common digital camera that carries out optical zoom of 100 expressions is used to take external image.
Fixedly camera screw is arranged at the digital camera bottom, is 1/4 inch as diameter.This specification is the installation screw that commercially available most digital cameras bottom fixed tripod is used.
101 expression front ends are used for passing fixedly digital camera of twitch supporting plate 102 for diameter for example is 1/4 inch a fixedly digital camera screw.This screw 101 can move in the fluting 103 on twitching supporting plate 102, digital camera can be firmly fixed at by tighten the screws 101 and twitch on the supporting plate 102.When using different digital cameras, but left and right sides translation such as this screw of 1/4 inch reach the purpose with optical axis alignment enlarging lens group 303 axle center of digital camera.
Adjust the W of different digital cameras by the formation of above this part, make the general microspur high power camera of this digital camera be applicable to most of commercially available digital camera.
200 indication device housings.This device case 200 is a hollow structure, and the inner space is as the criterion can comprise maximum sized digital camera, general battery 205 and control circuit board etc.On device case 200, have the hole 203 of rising as high as the banks, twitch supporting plate 102 can be this rises as high as the banks hole 203 in before and after slip, when reaching desired location, can also fix.The material of this device case 200 both can be a metal, also can be plastics, can also be the material that is suitable for.When using different digital cameras, the overhang of camera lens is also different, at this moment can move forward and backward twitch supporting plate 102 and reach the purpose that makes camera lens not run into front end lens substrate 301, and the protection digital camera is not impaired.
Adjust the L of different digital cameras by above this part, make the general microspur high power camera of this digital camera be applicable to most of commercially available digital camera.
Perforate 204 is arranged on the device case 200, and the camera lens of digital camera can pass in this perforate 204.Fuselage rotating shaft 202 is the connector that can do moved in coaxial with lens rotating shaft 302, is used for transmitting camera lens electric consumption on lighting signal.201 expression arc fixtures.Lens substrate 301 can be an axle with lens rotating shaft 302, one side make the arc fixture 201 that prolongs of camera lens urceolus 306 do circular motion, and can be fixed on the optional position of arc fixture.
When the camera lens height of digital camera is different from the height of enlarging lens group 303, can be the center of circle with the fuselage rotating shaft, prolong arc fixture 201 and do circular motion, adjust the height of enlarging lens group 303, thereby reach enlarging lens group 303 and digital camera lens on same axis with this.
By adjust the H of different digital cameras with top, make the general microspur high power camera of this digital camera be applicable to most of commercially available digital camera.
The above is the device case 200 of the general microspur photomicrographic device of digital camera of the present utility model, according to this device case 200, can make the general microspur photomicrographic device of digital camera of the present utility model be applicable to most of commercially available digital camera.
Also have 303 expression enlarging lens assemblies.This enlarging lens assembly comprises passing through the fixing camera lens inner core 304 of lens substrate 301 and camera lens urceolus 306, being arranged on the control circuit 305 of the controls lens front end light fixture 307 between camera lens urceolus 306 and the camera lens inner core 304 of enlarging lens group 303, built-in described enlarging lens group 303.During shooting, this enlarging lens assembly keeps coaxial with digital camera lens.Camera lens inner core 304 is fixing with camera lens urceolus 306 by lens substrate 301.Between camera lens urceolus 306 and the camera lens inner core 304 control circuit 305 is arranged.These control circuit 305 controls lens front end light fixtures 307.Light fixture 307 is LED 308 lamps.
According to the general microspur high power of digital camera of the present utility model camera, solved and to have used special-purpose micro-lens to cooperate single anti-digital camera, and the limited cost problem of higher of enlargement ratio need additionally not add light fixture such as putting flashlamp, tripod yet in whole system; Also having reduced volume has alleviated weight and has been convenient for carrying; Also solved and will be before digital camera install the lens group that a slice eyeglass is at least formed additional, must be fixed to digital camera, also can't reach the problem of desirable photographic effects by the lens barrel auxiliary member with lens barrel; And solved the equipment that the lens set that will be installed at before the digital camera and lighting power supply system are made of one, and then the problem of the digital camera that can only use certain a specific model that digital camera is fixed with it.
According to the general microspur high power of digital camera described in the utility model camera, the portable digital camera of the plurality of specifications of can plugging into, it is become the microspur of macrophotography function photomicrographic device, has so just improved the use value of digital camera; And, the camera lens that has solved every kind of digital camera when using the digital camera bottom to fix specific digital camera with 1/4 inch threaded hole is the problem that has nothing in common with each other of the position W in H, camera lens overhang L and bottom thread hole just, make and on same device, to adjust on these three dimensions, and guarantee that controlled electric power output and illumination are arranged on the enlarging lens group.
(other embodiments)
Embodiment of the present utility model has exemplified the digital camera of 1/4 inch threaded hole, but is not limited to this, can also be the threaded hole digital camera of other sizes, as long as set the fixing with screw of respective diameters.
Embodiment of the present utility model has exemplified the device case of metal and plastic material, but is not limited to this, so long as the material that is suitable for all can use.
According to the general microspur high power of digital camera of the present utility model camera, described microspur high power camera can be common to microspur high power, the cinephotomicrography of various digital cameras, is a kind of microspur photomicrographic device that is common to multiple digital camera.
Claims (10)
1. microspur high power camera that digital camera is general, be removably installed in the digital camera front side, comprise the device case of hollow structure and the enlarging lens assembly of its front side is set, it is characterized in that, described microspur high power camera also comprises: can be installed on supporting plate on the housing (200) movably forward and backward with respect to the phtographic lens direction, be formed with on the described supporting plate and be used for the chute of the horizontal mobile digital camera of phtographic lens direction relatively, described device case is formed with the through hole that is used to run through digital camera lens on (200), in described device case (200) front side, be provided be used for described enlarging lens assembly and described digital camera lens do optics to the center to the center governor motion.
2. the microspur high power camera that digital camera as claimed in claim 1 is general, it is characterized in that, described device case (200) bottom is provided with strip through-hole and component for fixing thereof, makes described supporting plate to move forward and backward the back with respect to the phtographic lens direction and fixes.
3. the microspur high power camera that digital camera as claimed in claim 1 is general is characterized in that, is formed with bar shaped chute and fixed-use bolt thereof on the described supporting plate, makes digital camera laterally to move and to fixing behind the center with respect to the phtographic lens direction.
4. the microspur high power camera that digital camera as claimed in claim 1 is general, it is characterized in that, describedly be used for enlarging lens assembly and described digital camera lens optics the center governor motion is comprised to the center, be arranged at the enlarging lens assembly rotating shaft piece (302) of described device case (200) front side digital camera lens through hole one side, and the fixing rotating shaft piece (202) that is used for connecting at the arc home position that reaches with arc fixture (201) of enlarging lens assembly of its respective side is set.
5. the microspur high power camera that digital camera as claimed in claim 1 is general is characterized in that, described enlarging lens assembly is fixing to be arc component with arc fixture (201), and can fix the enlarging lens assembly in circular arc on any point.
6. the microspur high power camera that digital camera as claimed in claim 1 is general is characterized in that, described enlarging lens assembly front side is provided with light fixture (307).
7. the microspur high power camera that digital camera as claimed in claim 1 is general, it is characterized in that, described light fixture (307) is for being installed at least one group of LED lamp (308) on the described enlarging lens assembly front end-plate, and the direction of illumination of described LED lamp (308) is parallel to described enlarging lens assembly axis or becomes predetermined angular with described enlarging lens assembly axis.
8. the microspur high power camera that digital camera as claimed in claim 1 is general is characterized in that, described light fixture (307) comprises the place ahead illumination and side lighting LED lamp.
9. the general microspur high power of digital camera as claimed in claim 1 camera is characterized in that, described enlarging lens assembly comprises,
Enlarging lens group (303) with certain enlargement ratio,
Built-in described enlarging lens group (303), by the fixing camera lens inner core (304) of lens substrate (301) and camera lens urceolus (306),
Be arranged between camera lens urceolus (306) and the camera lens inner core (304), be used for the control circuit (305) of camera lens front end light fixture (307).
10. the general microspur high power of digital camera as claimed in claim 1 camera is characterized in that, the rotating shaft piece (202) of the enlarging lens assembly of described device case (200) front side and the conduction of the rotating shaft piece (302) on the described enlarging lens assembly.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011202123690U CN202083872U (en) | 2011-06-21 | 2011-06-21 | Universal high-power macro-photographing device for digital camera |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011202123690U CN202083872U (en) | 2011-06-21 | 2011-06-21 | Universal high-power macro-photographing device for digital camera |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202083872U true CN202083872U (en) | 2011-12-21 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011202123690U Expired - Lifetime CN202083872U (en) | 2011-06-21 | 2011-06-21 | Universal high-power macro-photographing device for digital camera |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202083872U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102193278A (en) * | 2011-06-21 | 2011-09-21 | 顾晓春 | Universal micro-distance and high-power photographic apparatus of digital cameras |
-
2011
- 2011-06-21 CN CN2011202123690U patent/CN202083872U/en not_active Expired - Lifetime
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102193278A (en) * | 2011-06-21 | 2011-09-21 | 顾晓春 | Universal micro-distance and high-power photographic apparatus of digital cameras |
| CN102193278B (en) * | 2011-06-21 | 2012-11-28 | 顾晓春 | Universal micro-distance and high-power photographic apparatus of digital cameras |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20111221 Effective date of abandoning: 20130306 |
|
| AV01 | Patent right actively abandoned |
Granted publication date: 20111221 Effective date of abandoning: 20130306 |
|
| RGAV | Abandon patent right to avoid regrant |