CN209622441U - A kind of biasing clamp structure of hand-held holder imaging device - Google Patents
A kind of biasing clamp structure of hand-held holder imaging device Download PDFInfo
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- CN209622441U CN209622441U CN201920128889.XU CN201920128889U CN209622441U CN 209622441 U CN209622441 U CN 209622441U CN 201920128889 U CN201920128889 U CN 201920128889U CN 209622441 U CN209622441 U CN 209622441U
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- biasing
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Abstract
The utility model discloses a kind of biasing clamp structures of hand-held holder imaging device, it include clamping piece, rotating arm, fastening assembly, limit assembly and adjusting component, clamping piece is connect by fastening assembly with rotating arm, limit assembly is fixed on one side of the clamping piece towards rotating arm, it adjusts component and is fixed on one side of the rotating arm towards clamping piece, one end of fastening assembly is connect with clamping piece, and fastening assembly can rotate on clamping piece, the other end of fastening assembly is fixedly connected with rotating arm, clamping piece by fastening assembly can relative rotation arm carry out rotation adjust angle, realize that limit is fixed by the cooperation of limit assembly and adjusting component after adjusting.The simpler stabilization of posture that the biasing clamp structure can adjust imaging device, orientation is adjusted, easy to operate, and keep the space utilization of hand-held holder more reasonable, the maximum overall volume for reducing hand-held holder reduces storage packaging volume, reduces production and transportation cost.
Description
Technical field
The utility model belongs to hand-held holder technical field, in particular to the biasing clamping of a kind of hand-held holder imaging device
Structure.
Background technique
With popularizing for intelligent mobile terminal, more and more people begin to use hand-held holder to photograph.With traditional
When hand-held holder is photographed, mobile terminal is under photograph mode, and hand-held holder plays the imaging of mobile terminal stable
Effect.
The clamp structure of existing hand-held holder imaging device, usually all structure is complicated, and volume is big, and not only orientation adjusts step
It is rapid complicated, it is inconvenient to use, and also space utilization is unreasonable, increases production and transportation cost.
In the patent document for being CN201820632087.8 such as number of patent application, a kind of hand-held holder and its clamping are disclosed
Mechanism, clamping device include: main body；Clamping jaw, pairs of is movably set in main body, and each clamping jaw can be along its clamping side
It is moved back and forth to relative to main body；Gripping width holding mechanism, is set in main body, for keeping the gripping width of each pair of clamping jaw
It is adapted with capture apparatus to be held；Regulating mechanism is set in main body, for adjust a clamping jaw in each pair of clamping jaw with
Main body on clamping direction between spacing, to keep each pair of clamping jaw gripping width it is constant in the case where, adjust each pair of
The relative position at the center of the Clamping Center and main body of clamping jaw.
But disclosed above hold holder and its clamping device has the disadvantages that
1. orientation regulating step is complicated, inconvenient to use；
2. volume is big, space utilization is unreasonable, increases packing cost and production cost；
3. packaging volume is big, and is not easy to packaging storage, increase transportation cost.
Summary of the invention
To solve the above problems, the purpose of this utility model is to provide a kind of biasing of hand-held holder imaging device clampings
The structure of structure, the clamp structure is simple, and production cost is low, so that the clamp structure is adjusted imaging device by above-mentioned setting
The simpler stabilization of posture, orientation adjusts easy to operate, and keeps the space utilization of hand-held holder more reasonable, reduces hand-held
The maximum overall volume of holder reduces storage packaging volume, reduces production and transportation cost.
To achieve the above object, the technical solution of the utility model is as follows:
The utility model provides a kind of biasing clamp structure of hand-held holder imaging device, include clamping piece, rotating arm,
Fastening assembly, limit assembly and adjust component, limit assembly is adapted with component is adjusted, the clamping piece by fastening assembly and
Rotating arm connection, the limit assembly are fixed on one side of the clamping piece towards rotating arm, and the adjusting component is fixed on rotating arm
Towards the one side of clamping piece, one end of fastening assembly is connect with clamping piece, and fastening assembly can rotate on clamping piece, fastening group
The other end of part is fixedly connected with rotating arm, clamping piece by fastening assembly can relative rotation arm carry out rotation adjust angle, adjust
Realize that limit is fixed by the cooperation of limit assembly and adjusting component after section.In the present invention, the biasing clamp structure
Structure is simple, and production cost is low, and the posture for enabling the biasing clamp structure to adjust imaging device by above-mentioned setting is simpler
Monostable fixed, orientation is adjusted, easy to operate, and keeps the space utilization of hand-held holder more reasonable, reduces the maximum of hand-held holder
Overall volume reduces storage packaging volume, reduces production and transportation cost.
Under normal conditions, the hand-held holder imaging device include course axle construction, roll axle construction, pitching axle construction and
Clamping piece, these structures are the prior arts.In a particular application, course axle construction is connect with handle rotary type, roll axis
Structure is connect with course axle construction rotary type, and pitching axle construction is connect with roll axle construction rotary type, clamping piece and pitching
The connection of axle construction rotary type, above structure are mounted on motor, are realized and are rotated by motor；
Mobile phone or other imaging devices are clamped by clamping piece, passes through course axle construction, roll axle construction, pitching axle construction
Setting the multi-faceted rotation of the hand-held holder may be implemented；In the present invention, clamping piece passes through rotating arm and pitch axis
The connection of structure rotary type, enables to hold holder and adjusts the posture of imaging device by the biasing clamp structure of the utility model
Simpler stabilization, orientation is adjusted, easy to operate, and keeps the space utilization of hand-held holder more reasonable, reduces hand-held holder
Maximum overall volume, reduce storage packaging volume, reduce production and transportation cost.
Further, the fastening assembly includes compressed spring and fastening shaft member, offer on the clamping piece with tightly
Gu the compatible biasing counterbore of shaft member, the compressed spring is limited in biasing counterbore by limit assembly, the fastening shaft member
One end pass through compressed spring stretch out biasing counterbore be then passed through limit assembly after be fixedly connected on the adjusting component of rotating arm, tightly
Gu the other end of shaft member is located at outside the end of compressed spring, one end that the fastening shaft member is located at biasing counterbore can be in biasing counterbore
Interior rotation.In the present invention, fastening shaft member can be connect using threaded connection, gluing with the fixation for adjusting component, be riveted
Or realization is snapped connection, by above-mentioned setting, rotate the one end for fastening shaft member in biasing counterbore, to realize folder
Gripping member can be such that the biasing clamps relative to the rotation of rotating arm, so as to adjust the angle between clamping piece and rotating arm
Structure adjusts the simpler stabilization of posture of imaging device, and orientation is adjusted, easy to operate.
Further, the limit assembly includes limit plate, and the limit plate is equipped with bias via and limiting slot, institute
It states bias via to be connected to biasing counterbore, the compressed spring is limited in biasing counterbore by limit plate, the adjusting component
It include fixed plate and fixed lobe compatible with limiting slot, the fixed plate is equipped with fixation hole, the fixed lobe position
In in limiting slot, the bias via is adapted with one end that fixation hole stretches out biasing counterbore with fastening shaft member, the fastening
Shaft member is stretched out after biasing counterbore to be fixedly connected in the fixation hole of fixed plate after limit plate by bias via, the fastening
The part that shaft member is located at bias via can rotate in bias via；
The limiting slot is 2 or 2 with last with fixed lobe, by the cooperation of limiting slot and fixed lobe, when
When clamping piece relative rotation arm rotates, compressed spring compression is deformed, make 2 or 2 can be with last fixed lobe
Another adjacent limiting slot is slid into from one of limiting slot, realizes that the fixation of clamping piece and multi-angle position.
In the present invention, by the setting of bias via and biasing counterbore, the central point of rotation is biased, folder is passed through
The relative rotation of gripping member and rotating arm, realizes the transverse screen shooting and vertical screen shooting of imaging device, and is made by the biasing of clamping piece
With in the case where holder is certain, being more advantageous to the holder balance adjustment of transverse screen state, and make the space utilization of hand-held holder more
Adduction reason reduces the maximum overall volume of hand-held holder.
By above-mentioned setting, keep clamping piece more convenient relative to the rotation of rotating arm, and position is stablized, thus
It can be convenient positioning and adjust the angle between clamping piece and rotating arm, the biasing clamp structure is made to adjust the posture of imaging device
Simpler stabilization, orientation is adjusted, easy to operate.
Further, the cross section of one end that the fastening shaft member connection adjusts component is smaller than its other end, described inclined
The size for setting through-hole is smaller than biasing counterbore, and the size of the bias via is with fastening shaft member far from the big of the one end for adjusting component
Small to be adapted, the cross section of one end that the fastening shaft member connection adjusts component is smaller than compressed spring, and the fastening shaft member is remote
Cross section from the one end for adjusting component is bigger than compressed spring.In the present invention, by above-mentioned setting, can make to compress
Spring is limited in biasing counterbore, and clamping piece is facilitated to be deformed compressed spring compression by fastening the rotation of shaft member, is made solid
Determining protrusion can slide into another limiting slot from one of limiting slot, so as to facilitate positioning and adjust clamping piece with
Angle between rotating arm makes the biasing clamp structure adjust the simpler stabilization of posture of imaging device, and orientation is adjusted, operation
It is convenient.
Further, the limit plate is adapted with fixed plate, and the bias via is located at the center of limit plate, institute
Stating limiting slot is 4, and 4 limiting slots, which are centrosymmetric, is arranged in the surrounding position that bias via is corresponded on limit plate；It is described solid
Determine the center that hole is located at fixed plate, the fixed lobe is 4, and 4 fixed lobes, which are centrosymmetric, to be arranged in fixed plate
The surrounding position of upper corresponding fixation hole.It in the present invention, can more convenient positioning and adjusting clamping by above-mentioned setting
Angle between part and rotating arm makes the biasing clamp structure adjust the simpler stabilization of posture of imaging device, and orientation is adjusted,
It is easy to operate.
Further, the limit assembly further includes having fixed column, is additionally provided in the fixed plate and is adapted with fixed column
Limiting groove, the fixed column is located at limiting slot close to the side of limit plate periphery, and the limiting groove is located at fixed lobe
Close to the side of fixed plate periphery, when clamping piece is connect with rotating arm by fastening assembly, fixed column is located in limiting groove.
In the present invention, by the cooperation of fixed column and limiting groove, rotating arm and clamping piece may be implemented between 0-360 degree
Special angle limit, make the biasing clamp structure adjust imaging device the simpler stabilization of posture, orientation adjust, operation side
Just.
Further, the groove is trapezoidal annular recess, and the protrusion is trapezoidal annular projection, and the limiting groove is
Arcuate structure.It in the present invention, can be between more convenient positioning and adjusting clamping piece and rotating arm by above-mentioned setting
Angle, make the biasing clamp structure adjust imaging device the simpler stabilization of posture, orientation adjust, it is easy to operate.
The utility model has the beneficial effects that: compared with the prior art, in the present invention, the biasing clamp structure
Structure it is simple, production cost is low, so that the biasing clamp structure is adjusted the posture of imaging device more by above-mentioned setting
Simple and stable, orientation is adjusted, easy to operate, and keeps the space utilization of hand-held holder more reasonable, reduces hand-held holder most
Big overall volume reduces storage packaging volume, reduces production and transportation cost.
Detailed description of the invention
Fig. 1 is that a kind of first angle of the biasing clamp structure for hand-held holder imaging device that the utility model is implemented is quick-fried
Fried schematic diagram.
Fig. 2 is that a kind of second angle of the biasing clamp structure for hand-held holder imaging device that the utility model is implemented is quick-fried
Fried schematic diagram.
Fig. 3 is a kind of cross of the clamping piece of the biasing clamp structure for hand-held holder imaging device that the utility model is implemented
Shield status diagram.
Fig. 4 is a kind of the perpendicular of the clamping piece of the biasing clamp structure for hand-held holder imaging device that the utility model is implemented
Shield status diagram.
Fig. 5 is that a kind of applying for the biasing clamp structure for hand-held holder imaging device that the utility model is implemented is holding
Partial embodiment schematic diagram on holder.
Specific embodiment
In order to make the purpose of the utility model, technical solutions and advantages more clearly understood, below in conjunction with attached drawing and implementation
Example, the present invention will be further described in detail.It should be appreciated that specific embodiment described herein is only used to explain
The utility model is not used to limit the utility model.
Referring to shown in Fig. 1-5, the utility model provides a kind of biasing clamp structure of hand-held holder imaging device, includes
Clamping piece 1, rotating arm 2, fastening assembly 3, limit assembly 4 and adjusting component 5, limit assembly 4 are adapted with component 5 is adjusted, and are pressed from both sides
Gripping member 1 is connect by fastening assembly 3 with rotating arm 2, and limit assembly 4 is fixed on clamping piece 1 towards the one side of rotating arm 2, is adjusted
Component 5 is fixed on rotating arm 2 towards the one side of clamping piece 1, and one end of fastening assembly 3 is connect with clamping piece 1, and fastening assembly 3
It can be rotated on clamping piece 1, the other end of fastening assembly 3 is fixedly connected with rotating arm 2, and clamping piece 1 can phase by fastening assembly 3
Rotation is carried out to rotating arm 2 and adjusts angle, realizes that limit is fixed by the cooperation of limit assembly 4 and adjusting component 5 after adjusting.In
In the utility model, the structure of the biasing clamp structure is simple, and production cost is low, makes the biasing clamp structure by above-mentioned setting
The simpler stabilization of posture of imaging device can be adjusted, orientation is adjusted, and it is easy to operate, and make the space utilization of hand-held holder
More rationally, the maximum overall volume for reducing hand-held holder reduces storage packaging volume, reduces production and transportation cost.
Under normal conditions, which includes course axle construction 10, roll axle construction 20, pitch axis knot
Structure 30, handle 40 and clamping piece 1, these structures are the prior arts.In a particular application, course axle construction 10 and handle 40 can
Rotary connection, roll axle construction 20 are connect with 10 rotary type of course axle construction, pitching axle construction 30 and roll axle construction 20
Rotary type connection, clamping piece 1 are connect with 30 rotary type of pitching axle construction, and above structure is mounted on motor, passes through motor
Realize rotation；
Mobile phone or other imaging devices are clamped by clamping piece 1, passes through course axle construction 10, roll axle construction 20, pitching
The multi-faceted rotation of the hand-held holder may be implemented in the setting of axle construction 30；In the present invention, clamping piece 1 passes through rotating arm
2 connect with 30 rotary type of pitching axle construction, so that hand-held holder is adjusted to by the biasing clamp structure of the utility model
As the simpler stabilization of the posture of equipment, orientation is adjusted, easy to operate, and keeps the space utilization of hand-held holder more reasonable,
The maximum overall volume for reducing hand-held holder reduces storage packaging volume, reduces production and transportation cost.
In the present embodiment, fastening assembly 3 includes compressed spring 31 and fastening shaft member 32, offer on clamping piece 1 with
The compatible biasing counterbore 11 of shaft member 32 is fastened, compressed spring 31 is limited in biasing counterbore 11 by limit assembly 4, fastener shaft
One end of part 32 is then passed through the tune that rotating arm 2 is fixedly connected on after limit assembly 4 across the stretching biasing counterbore 11 of compressed spring 31
It saves on component 5, the other end of fastening shaft member 32 is located at outside the end of compressed spring 31, and fastening shaft member 32 is located at biasing counterbore 11
One end can rotate in biasing counterbore 11.In the present invention, the fixation of fastening shaft member 32 and adjusting component 5 can use spiral shell
Line connection, rivets or snaps connection realization at gluing connection, by above-mentioned setting, allows the one end for fastening shaft member 32 inclined
Rotation in counterbore 11 is set, to realize that clamping piece 1 can be relative to the rotation of rotating arm 2, so as to adjust clamping piece 1 and rotation
Angle between pivoted arm 2 makes the biasing clamp structure adjust the simpler stabilization of posture of imaging device, and orientation is adjusted, operation
It is convenient.
In the present embodiment, limit assembly 4 includes limit plate 41, and limit plate 41 is equipped with bias via 411 and limit
Slot 412, bias via 411 are connected to biasing counterbore 11, and compressed spring 31 is limited in biasing counterbore 11 by limit plate 41, are adjusted
Section component 5 includes fixed plate 51 and fixed lobe 52 compatible with limiting slot 412, and fixed plate 51 is equipped with fixation hole 511,
Fixed lobe 52 is located in limiting slot 412, and bias via 411 and fixation hole 511 stretch out biasing counterbore 11 with fastening shaft member 32
One end be adapted, fastening shaft member 32 stretch out biasing counterbore 11 after by bias via 411 pass through limit plate 41 after is fixedly connected
In in the fixation hole 511 of fixed plate 51, the part that fastening shaft member 32 is located at bias via 411 can rotate in bias via 411；
Limiting slot 412 is 2 or 2 with last with fixed lobe 52, passes through matching for limiting slot 412 and fixed lobe 52
Close, when 1 relative rotation arm 2 of clamping piece rotation when, compressed spring 31 compression is deformed, make 2 or 2 it is convex with last fixation
Another adjacent limiting slot 412 can be slid into from one of limiting slot 412 by playing 52, realize the fixation of clamping piece 1 with
Multi-angle positioning.
In the present invention, by the setting of bias via 411 and biasing counterbore 11, the central point of rotation is biased,
By the relative rotation of clamping piece 1 and rotating arm 2, the transverse screen shooting and vertical screen shooting of imaging device are realized, and pass through clamping piece 1
Bias be more advantageous to the holder balance adjustment of transverse screen state in the case where holder is certain, and make the sky of hand-held holder
Between using more rationally, reduce the maximum overall volume of hand-held holder.
By above-mentioned setting, keep clamping piece 1 more convenient relative to the rotation of rotating arm 2, and position is stablized, from
And can be convenient positioning and adjust the angle between clamping piece 1 and rotating arm 2, so that the biasing clamp structure is adjusted imaging device
The simpler stabilization of posture, orientation is adjusted, easy to operate.
In the present embodiment, the cross section of one end that the connection of fastening shaft member 32 adjusts component 5 is smaller than its other end, biasing
The size of through-hole 411 is smaller than biasing counterbore 11, and the size and fastening shaft member 32 of bias via 411 are far from the one of adjusting component 5
The size at end is adapted, and the cross section of one end that the fastening connection of shaft member 32 adjusts component 5 is smaller than compressed spring 31, fastens shaft member
32 cross sections far from the one end for adjusting component 5 are bigger than compressed spring 31.It in the present invention, can by above-mentioned setting
So that compressed spring 31 is limited in biasing counterbore 11, clamping piece 1 is facilitated to make compressed spring 31 by fastening the rotation of shaft member 32
Compression is deformed, and slides into fixed lobe 52 in another limiting slot 412 from one of limiting slot 412, thus
It can be convenient positioning and adjust the angle between clamping piece 1 and rotating arm 2, the biasing clamp structure is made to adjust the appearance of imaging device
The simpler stabilization of state, orientation is adjusted, easy to operate.
In the present embodiment, limit plate 41 is adapted with fixed plate 51, and bias via 411 is located at the centre bit of limit plate 41
It sets, limiting slot 412 is 4, and 4 limiting slots 412 are centrosymmetric the surrounding for being arranged in and corresponding to bias via 411 on limit plate 41
Position；Fixation hole 511 is located at the center of fixed plate 51, and fixed lobe 52 is 4, and 4 fixed lobes 52 are centrosymmetric
The surrounding position that fixation hole 511 is corresponded in fixed plate 51 is set.It in the present invention, can be more by above-mentioned setting
Facilitate positioning and adjust the angle between clamping piece 1 and rotating arm 2, the biasing clamp structure is made to adjust the posture of imaging device more
Add simple and stable, orientation is adjusted, easy to operate.
In the present embodiment, limit assembly 4 further includes having fixed column 42, is additionally provided in fixed plate 51 suitable with 42 phase of fixed column
The limiting groove 512 matched, fixed column 42 are located at limiting slot 412 close to the side of 41 periphery of limit plate, and limiting groove 512 is located at solid
Fixed protrusion 52 is close to the side of 51 periphery of fixed plate, when clamping piece 1 is connect with rotating arm 2 by fastening assembly 3, fixed column 42
In limiting groove 512.In the present invention, it by the cooperation of fixed column 42 and limiting groove 512, may be implemented to rotate
The special angle limit of arm 2 and clamping piece 1 between 0-360 degree, makes the biasing clamp structure adjust the posture of imaging device more
Add simple and stable, orientation is adjusted, easy to operate.
In the present embodiment, limiting slot 412 is trapezoidal cricoid groove, and fixed lobe 52 is trapezoidal cricoid protrusion, limit
Position groove 512 is arcuate structure.It in the present invention, can more convenient positioning and adjusting clamping piece 1 by above-mentioned setting
With the angle between rotating arm 2, the biasing clamp structure is made to adjust the simpler stabilization of posture of imaging device, orientation is adjusted,
It is easy to operate.
The utility model has the beneficial effects that: compared with the prior art, in the present invention, the biasing clamp structure
Structure it is simple, production cost is low, so that the biasing clamp structure is adjusted the posture of imaging device more by above-mentioned setting
Simple and stable, orientation is adjusted, easy to operate, and keeps the space utilization of hand-held holder more reasonable, reduces hand-held holder most
Big overall volume reduces storage packaging volume, reduces production and transportation cost.
The above is only the preferred embodiments of the present utility model only, is not intended to limit the utility model, all practical at this
Made any modifications, equivalent replacements, and improvements etc., should be included in the guarantor of the utility model within novel spirit and principle
Within the scope of shield.
Claims (7)
1. a kind of biasing clamp structure of hand-held holder imaging device, it is characterised in that include clamping piece, rotating arm, fastening group
Part, limit assembly and adjusting component, limit assembly are adapted with component is adjusted, and the clamping piece passes through fastening assembly and rotating arm
Connection, the limit assembly are fixed on one side of the clamping piece towards rotating arm, and the adjusting component is fixed on rotating arm towards folder
One end of the one side of gripping member, fastening assembly is connect with clamping piece, and fastening assembly can rotate on clamping piece, fastening assembly it is another
One end is fixedly connected with rotating arm, clamping piece by fastening assembly can relative rotation arm carry out rotation adjust angle, after adjusting lead to
It crosses limit assembly and adjusts the cooperation realization limit fixation of component.
2. the biasing clamp structure of hand-held holder imaging device according to claim 1, it is characterised in that the fastening group
Part includes compressed spring and fastening shaft member, and biasing counterbore compatible with fastening shaft member is offered on the clamping piece, described
Compressed spring is limited in biasing counterbore by limit assembly, and it is heavy that one end of the fastening shaft member passes through compressed spring stretching biasing
Hole is fixedly connected on the adjusting component of rotating arm after being then passed through limit assembly, and the other end for fastening shaft member is located at compressed spring
Outside end, one end that the fastening shaft member is located at biasing counterbore can rotate in biasing counterbore.
3. the biasing clamp structure of hand-held holder imaging device according to claim 2, it is characterised in that the limit group
Part includes limit plate, and the limit plate is equipped with bias via and limiting slot, and the bias via is connected to biasing counterbore, institute
It states compressed spring to be limited in biasing counterbore by limit plate, the adjusting component includes fixed plate and is adapted with limiting slot
Fixed lobe, the fixed plate is equipped with fixation hole, and the fixed lobe is located in limiting slot, the bias via and fixation
One end that Kong Junyu fastening shaft member stretches out biasing counterbore is adapted, and the fastening shaft member passes through bias via after stretching out biasing counterbore
In the fixation hole for being fixedly connected on fixed plate after limit plate, the part that the fastening shaft member is located at bias via can biased
Rotation in through-hole；
The limiting slot is 2 or 2 with last with fixed lobe, by the cooperation of limiting slot and fixed lobe, works as clamping
Part relative rotation arm rotate when, compressed spring compression is deformed, make 2 or 2 can be from it with last fixed lobe
In a limiting slot slide into another adjacent limiting slot.
4. the biasing clamp structure of hand-held holder imaging device according to claim 3, it is characterised in that the fastener shaft
The cross section of one end that part connection adjusts component is smaller than its other end, and the size of the bias via is smaller than biasing counterbore,
The size of the bias via is adapted with fastening shaft member far from the size of the one end for adjusting component, and the fastening shaft member connection is adjusted
The cross section for saving one end of component is smaller than compressed spring, and the cross section of the fastening shaft member far from the one end for adjusting component is than pressure
Contracting spring it is big.
5. the biasing clamp structure of hand-held holder imaging device according to claim 3, it is characterised in that the limit plate
It is adapted with fixed plate, the bias via is located at the center of limit plate, and the limiting slot is 4, during 4 limiting slots are in
The heart is symmetricly set on the surrounding position that bias via is corresponded on limit plate；The fixed hole position is in the center of fixed plate, institute
Stating fixed lobe is 4, and 4 fixed lobes, which are centrosymmetric, is arranged in the surrounding position that fixation hole is corresponded in fixed plate.
6. the biasing clamp structure of hand-held holder imaging device according to claim 5, it is characterised in that the limit group
Part further includes having fixed column, and limiting groove compatible with fixed column is additionally provided in the fixed plate, and the fixed column is located at limit
For position slot close to the side of limit plate periphery, the limiting groove is located at fixed lobe close to the side of fixed plate periphery, works as clamping
When part is connect with rotating arm by fastening assembly, fixed column is located in limiting groove.
7. the biasing clamp structure of hand-held holder imaging device according to claim 6, it is characterised in that the groove is
Trapezoidal annular recess, the protrusion are trapezoidal annular projection, and the limiting groove is arcuate structure.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920128889.XU CN209622441U (en) | 2019-01-25 | 2019-01-25 | A kind of biasing clamp structure of hand-held holder imaging device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920128889.XU CN209622441U (en) | 2019-01-25 | 2019-01-25 | A kind of biasing clamp structure of hand-held holder imaging device |
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| Publication Number | Publication Date |
|---|---|
| CN209622441U true CN209622441U (en) | 2019-11-12 |
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ID=68451646
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201920128889.XU Active CN209622441U (en) | 2019-01-25 | 2019-01-25 | A kind of biasing clamp structure of hand-held holder imaging device |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112532841A (en) * | 2020-11-26 | 2021-03-19 | 深圳卡多希科技有限公司 | Live broadcast equipment |
| CN113227634A (en) * | 2020-08-25 | 2021-08-06 | 深圳市大疆创新科技有限公司 | Clamping structure, cloud platform equipment and movable platform |
-
2019
- 2019-01-25 CN CN201920128889.XU patent/CN209622441U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113227634A (en) * | 2020-08-25 | 2021-08-06 | 深圳市大疆创新科技有限公司 | Clamping structure, cloud platform equipment and movable platform |
| WO2022040943A1 (en) * | 2020-08-25 | 2022-03-03 | 深圳市大疆创新科技有限公司 | Clamping structure, gimbal device, and movable platform |
| CN112532841A (en) * | 2020-11-26 | 2021-03-19 | 深圳卡多希科技有限公司 | Live broadcast equipment |
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