CN201352295Y - Coaxial quantitative fine regulating device and sphere locking device - Google Patents
Coaxial quantitative fine regulating device and sphere locking device Download PDFInfo
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- CN201352295Y CN201352295Y CNU2009200047290U CN200920004729U CN201352295Y CN 201352295 Y CN201352295 Y CN 201352295Y CN U2009200047290 U CNU2009200047290 U CN U2009200047290U CN 200920004729 U CN200920004729 U CN 200920004729U CN 201352295 Y CN201352295 Y CN 201352295Y
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- slide block
- central shaft
- coaxial
- quantitative
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Abstract
The utility model provides a coaxial quantitative fine regulating device and a sphere locking device, wherein the coaxial quantitative fine regulating device comprises a central shaft, a knob, a big knob, two slide blocks, a support arm, a press block and a spacing block, wherein the central shaft is arranged on the central position of the coaxial quantitative fine regulating device, the support arm is wrapped on the periphery of the central shaft, the two slide blocks and the press block are arranged on the periphery of the support arm, the knob and the big knob are wrapped on the peripheries of the two slide blocks, and the spacing block is arranged on the most front of the central shaft. The sphere locking device comprises two locking blocks, a crimping block, a ball socket base, a sphere and a sphere shell, wherein the sphere is arranged on the center of the ball socket base, the two locking blocks are located on the lower end of the crimping block, the outermost of the sphere locking device is the sphere shell, and the coaxial quantitative fine regulating device is connected with the two locking blocks of the sphere locking mechanism through the central shaft.
Description
Technical field
The utility model relates to fine setting locking technical field, particularly a kind of coaxial quantitative micromatic setting and spheroid locking device.
Background technology
Camera in the market is numerous, though its specification is not quite similar, special its weight is more different, its clamping required coupling mechanism force on spheroid is also just different, add the difference of individual use habit and strength, so everyone is also different with the strength that camera is locked on the spheroid, and some Professional Photography personages, more more than one of their camera and camera lens need quick-replaceable functional requirement to different camera combinations.
Therefore, spheroid at a kind of fine adjustment function of the problems referred to above has appearred in market, but its governor motion operating parts is very little, and can be hidden in the place of some indentations, be difficult to operation with hand, even will use specific purpose tool and could operate, very difficulty operates, waste time and energy, significantly remain to be improved.
Summary of the invention
The purpose of this utility model is to overcome the shortcoming of prior art, provides a kind of simple to operate, is a kind of coaxial quantitative micromatic setting and the spheroid locking device of scalable coupling mechanism force without instrument.
Above-mentioned purpose of the present utility model is to realize like this, a kind of coaxial quantitative micromatic setting, comprise a central shaft, two knobs, two slide blocks, a sway brace, briquetting and limited blocks, central shaft is in the center of coaxial quantitative micromatic setting, brace wraps in the central shaft periphery, slide block, slide block, briquetting are in the periphery of brace, and knob and big knob wrap in slide block and slide block periphery, and limited block at central shaft foremost.
A kind of spheroid locking device, comprise: coaxial quantitative micromatic setting and spheroid latch mechanism, coaxial quantitative micromatic setting, comprise a central shaft, two knob, slide block and slide block, brace, briquetting and limited blocks, central shaft is in the center of coaxial quantitative micromatic setting, and brace wraps in the central shaft periphery, and two slide blocks, briquetting are in the periphery of brace, knob and big knob wrap in slide block and slide block periphery, and limited block at central shaft foremost;
The spheroid latch mechanism comprises two latch segments, crimping piece, ball and socket base, spheroid, sphere shell, spheroid is at the center of ball and socket base, two latch segments are positioned at the lower end position of crimping piece, the outermost of spheroid locking machine is a sphere shell, and coaxial quantitative micromatic setting is connected with two latch segments of spheroid latch mechanism by central shaft.
Structure beneficial effect of the present utility model is, can just can be adjusted to required locked position like a cork by any instrument, and its minimum coupling mechanism force just can one-time-reach-place after having transferred, and need not regulate.
Description of drawings
Fig. 1 is the coaxial quantitative micromatic setting external structure sectional view of the utility model.
Fig. 2 is the coaxial quantitative micromatic setting external structure profile of the utility model.
Fig. 3 is the coaxial quantitative micromatic setting external structure explosive view of the utility model.
Fig. 4 is the whole sectional view of the coaxial quantitative micromatic setting of the utility model, spheroid latch mechanism.
Embodiment
Below in conjunction with specific embodiment and shown in accompanying drawing, the utility model is adopted De Ji Intraoperative means and effect, be described in further detail.Believe the purpose of this utility model, feature and characteristics, when can be thus one deeply and concrete understanding, yet shown in accompanying drawing only provide with reference to the usefulness of explanation, be not to be used for the utility model is limited.
See also Fig. 1 to shown in Figure 3, the utility model is a kind of coaxial quantitative micromatic setting, and it comprises a central shaft 1, knob 2 and big knob 3, slide block 4 and slide block 5, one sway braces 6, briquetting 7 and limited block 8, decorative panel 15.Central shaft 1 is in the center of coaxial quantitative micromatic setting, brace 6 wraps in central shaft 1 periphery, and slide block 4, slide block 5, briquetting 7 wrap in the periphery of brace 6, and knob 2 and big knob 3 wrap in slide block 4 and slide block 5 peripheries, limited block 8 is decorative panels 15 before limited block 8 at central shaft 1 foremost.
All be with through hole in slide block 4, the slide block 5, hole shape is identical with sway brace 6 protruding cylinder surface shapes, and size is greater than sway brace 6 protruding cylinder surfaces, all be enclosed within on sway brace 6 protruding cylinder surfaces, in case limited slip block rotates around sway brace, and can slide on sway brace simultaneously, its outside surface all is a flank of thread; Slide block 4, slide block 5 be the tyre thread all; Slide block 4 screws for screw thread with knob 2;
The band central through hole is to be enclosed within on the central shaft 1 in the sway brace 6, and its profile one end is a flank of thread, and it can be fixed on the sphere shell 14, and the other end is a protruding cylinder surface;
Briquetting 7 is with a center pit, is placed in outside the sway brace 6, and an end is a sphere, and its shape and size are corresponding with the shape and the size of sphere shell, and the other end is the plane, its full-size greater than two knob threaded hole sizes with to they the location;
The big other end of limited block 8 one ends is little, and the full-size of big end is greater than the full-size of knob 2 unthreaded holes, and the small end shape is corresponding with central shaft 1 endoporus, to be fixed in central shaft 1.
Fig. 4, the spheroid locking device comprises: coaxial quantitative micromatic setting and spheroid latch mechanism.
Coaxial quantitative micromatic setting, it comprises a central shaft 1, knob 2 and big knob 3, slide block 4 and slide block 5, one sway braces 6, briquetting 7 and limited block 8.Central shaft 1 is in the center of coaxial quantitative micromatic setting, and brace 6 wraps in central shaft 1 periphery, and slide block 4, slide block 5, briquetting 7 wrap in the periphery of brace 6, and knob 2 and big knob 3 wrap in slide block 4 and slide block 5 peripheries, and limited block 8 at central shaft 1 foremost.
The spheroid latch mechanism comprises latch segment 9, latch segment 10, crimping piece 11, ball and socket base 12, spheroid 13, sphere shell 14, spheroid 13 is at the center of ball and socket base 12, packing ring 16 is positioned at the top of ball and socket base 12, latch segment 9, latch segment 10 are positioned at the lower end position of crimping piece 11, and the outermost of spheroid locking machine is a sphere shell 14.Coaxial quantitative micromatic setting is connected with latch segment 10 with the latch segment 9 of spheroid latch mechanism by central shaft 1.
When central shaft 1 rotation, will drive latch segment 9 and latch segment 10 locking phases to or oppositely move, when latch segment 9 and latch segment 10 are mobile in opposite directions, crimping piece 11 and ball and socket base 12 can move down, interaction force between ball and socket base 12 and the spheroid 13 will reduce like this, its friction force also can reduce, so the coupling mechanism force of spheroid 13 also will reduce even be zero, when latch segment 9 and latch segment 10 reverse when mobile, crimping piece 11 and ball and socket base 12 will slowly move up, the power of 12 pairs of spheroids 13 of ball and socket base also just increases gradually, thereby spheroid is locked.
The realization of above-mentioned functions mainly reaches by rotary middle spindle 1, so the rotation of control center's axle 1 is with regard to the locking state of may command spheroid 13.And the utility model is to achieve the goal like this: sway brace 6 is fixed on the sphere shell 14, simultaneously can the briquetting on it 7 is fixing, briquetting 7 can maintain plane contact with knob 2 always, so knob 2 can not move towards briquetting 7, knob 2 other ends also have plane and big knob 3 to keep in touch, therefore knob 2 can not move towards an end of big knob 3, can only rotate.Same, big knob 3 can not move towards this end of knob 2, and the other end of big knob 3 can have maintenance face to contact with limited block 8, thus it can not moved to limited block 8 directions, can only rotate.And slide block 4 screws for screw thread with knob 2, but the endoporus of slide block 4 is placed on the protruding cylinder surface of sway brace 6, so it can not rotate, so slide block 4 will axially move along sway brace 6 when knob 2 rotates, in like manner, when big knob 3 rotated, slide block 5 also can axially move along sway brace 6.
Because distance is limited between two slide blocks, so the displacement between two slide blocks is also limited, so the rotation number of turns of central shaft 1 also is limited.When slide block is in the original position (as accompanying drawing 3), this moment, slide block 5 had maximum sliding stroke, but corresponding spheroid 13 coupling mechanism force variation range at this moment is also maximum.When the big knob 3 of rotation moves slide block 5 to compress its end face with slide block 4 surface of contact, the coupling mechanism force of spheroid 13 has just reached minimum, and will regulate this minimum value (transferring big), rotatable big knob 3, slide block 5 is moved to the direction away from slide block 4, when reaching desired a certain coupling mechanism force, rotary knob 2 makes slide block 4 move towards slide block 5 directions again, up to not rotating, after this, only otherwise turning knob 2, the minimum coupling mechanism force of spheroid 13 will be decided, and is again constant; When needing again to regulate minimum value (turning down), rotatable knob 2, the direction that slide block 4 is done away from slide block 5 moves up to knob 2 and can not rotate again, rotate big knob 3 then, slide block 5 is moved towards the direction of slide block 4, when reaching desired a certain coupling mechanism force, again rotary knob 2 slide block is moved to slide block 5 directions to 4 can not turn up to knob, after this need only no longer rotary knob 2, its minimum coupling mechanism force is just constant, and adjusting is finished.
As mentioned above, regulate as long as just can carry out coupling mechanism force easily with hand, and if rotary knob 2 not, its minimum coupling mechanism force just is decided to be that value, and will regulate, also available hand turning knob is regulated and get final product, has reached quantitatively and the purpose of adjusting.
Being the utility model preferred embodiment only in sum, is not to be used for limiting practical range of the present utility model.Be that all equivalences of doing according to the content of the utility model claim change and modification, all should belong to technology category of the present utility model.
Claims (10)
1, a kind of coaxial quantitative micromatic setting, comprise a central shaft (1), knob (2) and big knob (3), slide block (4) and slide block (5), a sway brace (6), briquetting (7) and limited block (8), it is characterized in that, central shaft (1) is in the center of coaxial quantitative micromatic setting, brace (6) wraps in central shaft (1) periphery, slide block (4), slide block (5), briquetting (7) are in the periphery of brace (6), knob (2) and big knob (3) wrap in slide block (4) and slide block (5) periphery, and limited block (8) at central shaft (1) foremost.
2, coaxial quantitative micromatic setting according to claim 1 is characterized in that, described central shaft (1) one end has a center pit, and this end outside surface has a protruding cylinder surface.
3, coaxial quantitative micromatic setting according to claim 1, it is characterized in that, described knob (2) and big knob (3) all have internal thread, knob (2) internal thread hole is a through hole, big knob (3) has a central through hole, two sections of sizes are divided in this hole, and one section is threaded hole, and another section shape is consistent with central shaft (1) protruding cylinder surface.
4, coaxial quantitative micromatic setting according to claim 1, it is characterized in that, described slide block (4), slide block all are with through hole in (5), hole shape is identical with sway brace (6) protruding cylinder surface shape, size is greater than sway brace (6) protruding cylinder surface, all be enclosed within on sway brace (6) protruding cylinder surface, slide block (4), slide block (5) be the tyre thread all, and slide block (4) screws for screw thread with knob (2).
5, coaxial quantitative micromatic setting according to claim 1 is characterized in that, the band central through hole is to be enclosed within on the central shaft (1) in the described sway brace (6), and its profile one end is that flank of thread is fixed on the sphere shell (14), and the other end is a protruding cylinder surface.
6, coaxial quantitative micromatic setting according to claim 1, it is characterized in that, described briquetting (7) is with a center pit, be placed in outside the sway brace (6), one end is a sphere, its shape and size are corresponding with the shape and the size of sphere shell (14), and the other end is the plane, and its full-size is greater than two knob threaded hole sizes.
7, coaxial quantitative micromatic setting according to claim 1, it is characterized in that the big other end of described limited block (8) one ends is little, the full-size of big end is greater than the full-size of knob (2) unthreaded hole, the small end shape is corresponding with central shaft (1) endoporus, to be fixed in central shaft (1).
8, a kind of spheroid locking device, comprise: coaxial quantitative micromatic setting and spheroid latch mechanism, it is characterized in that, coaxial quantitative micromatic setting, comprise a central shaft (1), knob (2) and knob (3), slide block (4) and slide block (5), brace (6), briquetting (7) and limited block (8), central shaft (1) is in the center of coaxial quantitative micromatic setting, brace (6) wraps in central shaft (1) periphery, slide block (4), slide block (5), briquetting (7) is in the periphery of brace (6), knob (2) and big knob (3) wrap in slide block (4) and slide block (5) periphery, and limited block (8) at central shaft (1) foremost;
The spheroid latch mechanism comprises latch segment (9), latch segment (10), crimping piece (11), ball and socket base (12), spheroid (13), sphere shell (14), packing ring (16), spheroid (13) is at the center of ball and socket base (12), packing ring (16) is positioned at the top of ball and socket base (12), latch segment (9), latch segment (10) are positioned at the lower end position of crimping piece (11), the outermost of spheroid locking machine is sphere shell (14), and coaxial quantitative micromatic setting is connected with latch segment (10) with the latch segment (9) of spheroid latch mechanism by central shaft (1).
9, spheroid locking device according to claim 8 is characterized in that, described central shaft (1) one end has thread to be connected with latch segment (10) thread with latch segment (9), and the other end is a protruding cylinder surface, in a center pit is arranged.
10, spheroid locking device according to claim 8, it is characterized in that, described sway brace (6) is fixed on the sphere shell (14), simultaneously can the briquetting on it (7) is fixing, briquetting (7) can maintain plane contact with knob (2) always, and knob (2) other end also has plane and big knob (3) to keep in touch.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2009200047290U CN201352295Y (en) | 2009-02-09 | 2009-02-09 | Coaxial quantitative fine regulating device and sphere locking device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2009200047290U CN201352295Y (en) | 2009-02-09 | 2009-02-09 | Coaxial quantitative fine regulating device and sphere locking device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201352295Y true CN201352295Y (en) | 2009-11-25 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU2009200047290U Expired - Fee Related CN201352295Y (en) | 2009-02-09 | 2009-02-09 | Coaxial quantitative fine regulating device and sphere locking device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201352295Y (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105371068A (en) * | 2015-11-03 | 2016-03-02 | 中山日高精密工业有限公司 | Holder locking structure |
| CN113685671A (en) * | 2021-08-26 | 2021-11-23 | 山东力创电气有限公司 | Explosion-proof appearance of making a video recording convenient to installation is maintained |
-
2009
- 2009-02-09 CN CNU2009200047290U patent/CN201352295Y/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105371068A (en) * | 2015-11-03 | 2016-03-02 | 中山日高精密工业有限公司 | Holder locking structure |
| CN113685671A (en) * | 2021-08-26 | 2021-11-23 | 山东力创电气有限公司 | Explosion-proof appearance of making a video recording convenient to installation is maintained |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20091125 Termination date: 20110209 |