CN205001802U - Serial verb constructions and have this serial verb constructions's support - Google Patents
Serial verb constructions and have this serial verb constructions's support Download PDFInfo
- Publication number
- CN205001802U CN205001802U CN201520750158.0U CN201520750158U CN205001802U CN 205001802 U CN205001802 U CN 205001802U CN 201520750158 U CN201520750158 U CN 201520750158U CN 205001802 U CN205001802 U CN 205001802U
- Authority
- CN
- China
- Prior art keywords
- serial verb
- wedge
- fastener assembly
- driveshaft
- adjustment head
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Landscapes
- Pivots And Pivotal Connections (AREA)
Abstract
The utility model provides a serial verb constructions, includes and rotationally to set up at least one an adjustment head and an at least support arm in the one end of this support arm by adjustment head, and this support arm includes to support holds the piece, and this serial verb constructions still includes fastening components, and this fastening components sets up the one end of keeping away from this adjustment head in this support arm, be somebody's turn to do to holding the piece to holding in this fastening components and this adjustment head, and this fastening components can drive in the adjustment procedure support and hold the piece to holding adjustment head and fastening components are with the locking adjustment head with fastening components is for the angle of this support arm. Additionally, the utility model provides a support that has this serial verb constructions. This serial verb constructions control range is wide, and it is convenient to adjust.
Description
Technical field
The utility model relates to photographic goods field, particularly relates to a kind of serial verb construction and has the support of this serial verb construction.
Background technique
Existing vehicle-mounted photography fitting seat passes through the sucker suction of one end usually in a plane, then fixes an imaging means at the other end and takes.But, above existing vehicle-mounted photography fitting seat, angle-adjusting mechanism is not set, sucker scaffold complete absorption fixing after, photographic goods generally can not do the adjustment of circumference, pitching or height; And existing suction cup carrier, usually adopt the mode of consolidation between sucker and sucker scaffold, suction cup carrier absorption position can not accomplish flexible adaptation.
Model utility content
In view of the above circumstances, the utility model provides a kind of serial verb construction of carrying out free adjusting.
Separately, the necessary support that a kind of this serial verb construction of application is provided also is wanted.
A kind of serial verb construction, comprise at least one adjustment head and at least one support arm, this adjustment head is arranged at one end of this support arm rotationally, this support arm comprises supporting piece, this serial verb construction also comprises fastener assembly, this fastener assembly is arranged at this support arm one end away from this adjustment head, this supporting piece is held in this fastener assembly and this adjustment head, and this fastener assembly is in course of adjustment described supporting piece can be driven to support described adjustment head and fastener assembly, to lock described adjustment head and the described fastener assembly angle relative to this support arm.
Further, the fitting surface that the moving direction that this fastener assembly has relatively described fastener assembly tilts, the supporting surface that the bearing of trend that described supporting piece has relatively described supporting piece tilts, described fitting surface and described supporting surface coordinate.
Further, described fastener assembly comprises wedge-shaped blocks, and described fitting surface is positioned on described wedge-shaped blocks.
Further, this support arm comprises rotating lind rod, and groove is offered in this rotating lind rod one end, and this wedge-shaped blocks is placed in this groove slidably.
Further, this fastener assembly also comprises driveshaft, and this driveshaft one end is fastened in this wedge-shaped blocks, and described driveshaft can pull this wedge-shaped blocks to slide along the groove of this rotating lind rod.
Further, described fastener assembly also comprises operation piece, and described driveshaft is connected with described operation piece through described wedge-shaped blocks, rotates described operation piece and described driveshaft can be driven to move vertically.
Further, described driveshaft is screw rod, with described operation piece by screw-thread fit, rotates driveshaft described in described operation piece adjustable and inserts the length of described operation piece, drive described wedge-shaped blocks to slide along groove to make described driveshaft.
Further, this rotating lind rod offers through hole, this through hole communicates with the groove of this rotating lind rod, and described supporting piece is placed in this through hole slidably, and the supporting surface of described supporting piece is coordinated with the fitting surface of the wedge-shaped blocks in described groove by described through hole.
Further, this adjustment head comprises bulb and spherical shell, and this spherical shell offers receiving hole, and this bulb is placed in this receiving hole rotationally, and this rotating lind rod one end is fastened in this receiving hole.
Further, in this receiving hole, one end arranges snap ring, and this support arm also comprises fastener, and annular groove is offered in this rotating lind rod one end, and this fastener to be fastened in this annular groove and to be held in this snap ring.
Further, the internal diameter of this snap ring is greater than the external diameter of this rotating lind rod one end, and the external diameter of this snap ring is less than the external diameter of this fastener.
Further, this adjustment head also comprises elastic element, and this elastic element one end is held in this bulb, and the other end is held in this rotating lind rod.
Further, this adjustment head also comprises holder, the recessed formation draw-in groove of the other end in this receiving hole, and this holder to be fastened in this draw-in groove and to be held in this bulb.
Further, this bulb comprises rotation section, and the internal diameter of this holder is less than the diameter of this rotation section.
Further, this linkage structure comprises two support arms, and described fastener assembly comprises two fitting surfaces, and described two fitting surfaces coordinate with the supporting surface on the supporting piece of described two support arms respectively.
Further, described fastener assembly comprises two wedge-shaped blockss, and each wedge-shaped blocks comprises a fitting surface.
Further, described fastener assembly comprises driveshaft, and described driveshaft through described two wedge-shaped blockss and two support arms, and drives the supporting piece of relatively described two support arms of described two wedge-shaped blockss push against or unclamp.
Further, each support arm described comprises a rotating lind rod, and the end face of this rotating lind rod side arranges gear ring, and these two support arms are coordinated by two gear rings and mesh together.
A kind of support, this support comprises supporting component, this serial verb construction comprises at least one adjustment head and at least one support arm, this adjustment head is arranged at one end of this support arm rotationally, this serial verb construction also comprises fastener assembly and supporting piece, this fastener assembly is through this support arm one end away from this adjustment head, this supporting piece is connected to this fastener assembly and this adjustment head, this support arm can be fixed on arbitrarily angled by this fastener assembly, and this fastener assembly is in course of adjustment described supporting piece can be driven to support described adjustment head, with the angle of fixing described adjustment head relative to this support arm, this serial verb construction is connected to this fitting seat.
Further, this supporting structure also comprises at least one adjustment head and at least one sucker, and the first end of this adjustment is connected to this fitting seat, and the other end is connected to this sucker.
Further, this adjustment head comprises bulb and spherical shell, and this spherical shell offers receiving hole, and this bulb is placed in this receiving hole rotationally.
Further, this bulb comprises rotation section and joint, and this rotation section is placed in this receiving hole rotationally, and this joint is connected to this sucker.
Further, this adjustment head also comprises elastic element, and this elastic element is placed in this receiving hole one end, and is held in this rotation section.
Further, this adjustment head also comprises holder, the recessed draw-in groove in one end in this receiving hole, and this holder to be fastened in this draw-in groove and to be held in this joint.
Serial verb construction of the present utility model, owing to being provided with adjustment head and support arm, this serial verb construction can be rotated on arbitrarily angled, and the supporting piece being promoted support arm by fastener assembly is extruded this adjustment head and holds this support arm by rotating this fastener assembly extruding force that can adjust between this support arm, make this serial verb construction only need rotate this fastener assembly and the angle between lockable these adjustment head and two support arms, wide accommodation, easy to adjust.
Accompanying drawing explanation
Fig. 1 is the erection drawing of the serial verb construction of the utility model better embodiment.
Fig. 2 is the exploded view of the serial verb construction shown in Fig. 1.
Fig. 3 is the erection drawing of the support of the utility model better embodiment.
Fig. 4 is for the support shown in Fig. 3 is along the sectional view in IV-IV direction.
Primary component symbol description
| Serial verb construction | 100 |
| Adjustment head | 10、235 |
| Bulb | 12 |
| Rotation section | 121 |
| Joint | 123 |
| Spherical shell | 13 |
| Receiving hole | 131 |
| Inwall | 133 |
| Draw-in groove | 135 |
| Snap ring | 137 |
| Breach | 138 |
| Holder | 15 |
| Elastic element | 17 |
| Support arm | 30 |
| Rotating lind rod | 32 |
| Body | 321 |
| Through hole | 3212 |
| Annular groove | 3213 |
| Conversion adapter | 323 |
| Groove | 3231 |
| Mounting hole | 3232 |
| Gear ring | 3233 |
| Supporting piece | 34 |
| Holding block | 341 |
| Supporting surface | 3412 |
| Fastener | 37 |
| Fastener assembly | 50 |
| Operation piece | 51 |
| Tapped hole | 511 |
| Wedge-shaped blocks | 53 |
| Fitting surface | 531 |
| Matching hole | 533 |
| Holding hole | 535 |
| Driveshaft | 55 |
| Hold end | 551 |
| Screw thread | 553 |
| Support | 200 |
| Mounting head | 210 |
| Main part | 211 |
| Dish tooth | 212 |
| Connect knob | 213 |
| Supporting component | 230 |
| Connecting head | 231 |
| Fitting seat | 233 |
| Supporting walls | 2331 |
| Sucker | 236 |
Following embodiment will further illustrate the utility model in conjunction with above-mentioned accompanying drawing.
Embodiment
Refer to Fig. 1, the utility model better embodiment provides a kind of serial verb construction 100, and it can be applicable to a kind of support 200(and refers to Fig. 3), this serial verb construction 100 is for adjusting the angle of this support 200.In present embodiment, this support 200 comprises serial verb construction 100, mounting head 210 and supporting component 230.These serial verb construction 100 two ends are connected to this mounting head 210 and supporting component 230 respectively rotationally, and regulate the position of this supporting component 230 relative to fixing this mounting head 210.
This serial verb construction 100 comprises at least one adjustment 10, at least one support arm 30 and fastener assembly 50, and in present embodiment, the quantity of this adjustment 10 and support arm 30 is two.This each adjustment 10 correspondences are connected to one end of this one of them support arm 30, and this fastener assembly 50 is through these two support arms 30 one end away from each self-regulating 10.In the present embodiment, this adjustment 10 is ball pivot, and in other mode of executions of the utility model, this adjustment 10 can also be the rotational structures such as pivot.
See also Fig. 2 to Fig. 4, this each adjustment 10 comprises bulb 12, spherical shell 13, holder 15 and elastic element 17.This bulb 12 is placed in this spherical shell 13 rotationally, and is held in this holder 15 and elastic element 17.This bulb 12 comprises rotation section 121 and joint 123, and this rotation section 121 is spherical structure, and it is placed in corresponding spherical shell 13 rotationally.This joint 123 one end is connected to this rotation section 121, and the other end is connected to the external device needing to rotate relative to certain plane or reference point, as the mounting head 210 in present embodiment or supporting component 230.This rotation section 121 and joint 123 can be, but not limited to by one-body molded, weld, bonding mode connects.
This spherical shell 13 is for allowing that the bulb 12 of this correspondence is placed in wherein rotationally, this each spherical shell 13 is substantially in cylindric, its axial direction runs through and arranges receiving hole 131, the shape of this receiving hole 131 matches with this bulb 12 substantially, this receiving hole 131 comprises inwall 133, this inwall 133, for fitting in the surface of this bulb 12, is placed in this receiving hole 131 rotationally to make this rotation section 121.This inwall 133 one end caves inward and forms draw-in groove 135, and this draw-in groove 135 is for the holder 15 of this correspondence accommodating.This inwall 133 the other end is to the axial direction projection snap ring 137 of this spherical shell 13, and this snap ring 137 is for holding the support arm 30 of this correspondence.This spherical shell 13 offers the breach 138 through with this receiving hole 131 near one end of this draw-in groove 135, this breach 138 is for allowing in the process that this bulb 12 rotates in this spherical shell 13, this joint 123 can be placed in wherein, to increase the rotational angle range of this bulb 12.
This holder 15 is fastened in the draw-in groove 135 of this correspondence, comes off in rotation process to prevent this rotation section 121 from this receiving hole 131.In present embodiment, this holder 15 is jump ring.This elastic element 17 for eliminating the gap between this bulb 12 with corresponding support arm 30, and increases and decreases the damping that this bulb 12 rotates along spherical shell 13, to increase feel when user rotates bulb 12.In present embodiment, this elastic element 17 is spring, and in other embodiments, this elastic element 17 can also for having flexible shell fragment etc.This elastic element 17 one end is held in one end that this rotation section 121 deviates from this joint 123, and the other end is held in the support arm 30 of this correspondence.
This each support arm 30 comprises rotating lind rod 32, supporting piece 34 and fastener 37.This supporting piece 34 is through being held in the adjustment 10 being connected to this rotating lind rod 32 one end after the rotating lind rod 32 of this correspondence.In the present embodiment, this rotating lind rod 32 is roughly the cylindrical structural of hollow, is to adapt to aesthetic requirement, and the profile of this rotating lind rod 32 also can be designed to other as shapes such as square, triangles.
This rotating lind rod 32 comprises body 321 and is arranged at the conversion adapter 323 of this body 321 one end, and this conversion adapter 323 is for this fastener assembly 50 accommodating.This body 321 arranges through through hole 3212 vertically, and this through hole 3212 is for allowing that the supporting piece 34 of this correspondence slidably passes through wherein.The outer wall that this body 321 deviates from one end of its conversion adapter 323 offers annular annular groove 3213, and each annular groove 3213 is for an accommodating wherein fastener 37.This conversion adapter 323 is roughly hollow circular cylinder, and its side is fixed in one end that this body 321 offers this annular groove 3213.This each conversion adapter 323 offers groove 3231 vertically, and the through hole 3212 that this groove 3231 is corresponding with this is through, for the part-structure of this fastener assembly 50 accommodating.Axis along this conversion adapter 323 bottom this groove 3231 arranges mounting hole 3232, and this mounting hole 3232 is for allowing that the part-structure of this fastener assembly 50 passes wherein.The end face that each conversion adapter 323 arranges the side of this mounting hole 3232 is provided with a circle gear ring 3233, two conversion adapters 323 prevent from relatively rotating each other by the engagement of two gear rings 3233.
This each supporting piece 34 cylindrical rod-like structure substantially, each supporting piece 34 one end connects the holding block 341 that a diameter is greater than the body of rod, this holding block 341 for bearing the thrust of this fastener assembly 50, with along sliding in this through hole 3212 and extruding the bulb 12 of this correspondence.This holding block 341 is arranged the supporting surface 3412 of an inclination, this supporting surface 3412 tilts along the body of rod of this supporting piece 34 to holding block 341 direction.To make this fastener assembly 50 when extruding this holding block 341, this supporting piece 34 can slide by this through hole 3212 relative flexibly.Be appreciated that in other embodiments, this holding block 341 can omit, and this supporting surface 3412 directly can be arranged at one end of this supporting piece 34.
This each fastener 37 is for being fastened in the annular groove 3213 of this correspondence, and in present embodiment, this fastener 37 is jump ring.This each fastener 37 is held in this right snap ring 137 simultaneously, comes off in the rotating lind rod 32 of this correspondence to prevent this adjustment 10.
This fastener assembly 50 penetrates rotatably this two support arms 30, by rotating this fastener assembly 50 to push corresponding supporting piece 34, adjust the friction between the supporting piece 34 of this correspondence and corresponding bulb 12, and by this this bulb 12 is fixed on the predetermined angle relative to this spherical shell 13.
This fastener assembly 50 comprises operation piece 51, two wedge-shaped blockss 53 and driveshaft 55.These two wedge-shaped blockss 53 are placed in this corresponding groove 3231 respectively, and this driveshaft 55 one end is fastened in a wherein wedge-shaped blocks 53, and the other end successively through these two wedge-shaped blockss 53, and is threadedly connected to this operation piece 51.
This operation piece 51 side offers tapped hole 511, for being threadedly connected to this driveshaft 55.These two wedge-shaped blocks 53 general structures and shape identical, its profile all matches with this groove 3231, with facilitate be placed in this correspondence slidably groove 3231 in.The periphery of this each wedge-shaped blocks 53 one end is all arranged the fitting surface 531 mated with corresponding supporting surface 3412, this fitting surface 531 is for being held in the supporting surface 3412 of this correspondence.Moving direction in this fitting surface 531 this fastener assembly 50 locking process relative tilts.Concrete, in locking or release process, this driveshaft 55 drives this wedge-shaped blocks 53 along the axial motion of described driveshaft 55.This each wedge-shaped blocks 53 offers matching hole 533 vertically, and this matching hole 533 allows that this driveshaft 55 slidably passes through wherein.Two wedge-shaped blocks 53 differences are, wherein a wedge-shaped blocks 53 has the effect holding this driveshaft 55 and rotate relative to this wedge-shaped blocks 53 to prevent this driveshaft 55, and therefore, wherein the holding hole 535 coaxial with this matching hole 533 is offered in a wedge-shaped blocks one end.The cross-sectional dimension of this holding hole 535 is greater than the cross-sectional dimension of this matching hole 533, and its shape is identical with this driveshaft 55 1 end shape.Certainly, described two wedge-shaped blockss 53 can be also same structure, and additionally arrange a latch elements, and described latch elements is coordinated with driveshaft 55.
This driveshaft 55 is cylindrical rod-like structure, and what this driveshaft 55 one end arranged that diameter is greater than this driveshaft 55 body of rod holds end 551, and this holds end 551 and is fastened in the holding hole 535 of this correspondence, and therefore this holds the profile of end 551 and this holding hole 535 matches.In present embodiment, this holding hole 535 holds end 551 with this and is all square structure, when this hold end 551 be placed in this holding hole 535 time, this angle holding end 551 this holding hole 535 relative is fixed.In present embodiment, this driveshaft 55 is screw rod, and this driveshaft 55 deviates from this one end holding end 551 and is provided with screw thread 553, with this tapped hole 511 screw-thread fit.
See also Fig. 4, this mounting head 210 for by external equipment, as vidicon camera, camera lens etc. are rotatably installed in this serial verb construction 100.This mounting head 210 comprises main part 211, dish tooth 212 and is connected knob 213.This main part 211 is connected to this wherein adjustment 10, and concrete, this main part 211 is connected to wherein a junction 123 by modes such as engaging, be threaded.This dish tooth 212 is installed on this main part 211 one end, and this dish tooth 212 1 side surface is formed with detent projection, fastens for the equipment corresponding with one.This connection knob 213 deviates from one end of this dish tooth 212 through this main part 211 and dish tooth 212, and when coiling the tooth 212 dish toothing corresponding on external equipment and supporting, rotate the dish tooth locking that described connection knob 213 can will offset, to be connected in this serial verb construction 100 by this external equipment.
This supporting component 230 is for being adsorbed in an attachment face by this support 200, and this attachment face can have any shape, and this attachment face that arbitrary shape refers to herein can be plane, inclined-plane, rough surface of contact or two plane compositions at an angle.This supporting component 230 comprises connecting head 231, fitting seat 233, at least one adjustment 235 and at least one sucker 236.This connecting head 231 one end holds the joint 123 of a wherein adjustment 10 of this serial verb construction 100, and the other end is connected to this fitting seat 233.Be appreciated that in other embodiments, this connecting head 231 can be directly a wherein part for this fitting seat 233, and now this joint 123 is directly fastened on this fitting seat 233.
This fitting seat 233 extends to form at least one supporting walls 2331, and this supporting walls 2331 is for connecting this adjustment 235, and the 26S Proteasome Structure and Function of this adjustment 235, with above-mentioned adjustment 10, does not therefore repeat.This adjustment 235 comprises bulb 2351 and spherical shell 2353, and one end of this bulb 2351 this spherical shell 2353 relative is fixed in this sucker 236, and this spherical shell 2353 is connected on this supporting walls 2331, is rotationally connected with this fitting seat 233 to make this sucker 236.
In present embodiment, this fitting seat 233 connects three suckers 236, each sucker 236 is connected to this fitting seat 233 rotationally by an adjustment 235, adjusts the position of these three suckers 236 this fitting seat 233 relative, this fitting seat 233 can be fixed on the attachment face of above-mentioned arbitrary shape.
When assembling this serial verb construction 100, the through hole 3212 of rotating lind rod 32 one end is inserted in one end supporting piece 34 being provided with holding block 341, and the one end rotating lind rod 32 be assembled into one and supporting piece 34 being deviated from conversion adapter 323 is inserted through the receiving hole 131 of this spherical shell 13 from the one end near this snap ring 137.This fastener 37 is fastened in the annular groove 3213 of this rotating lind rod 32, to the rotating lind rod 32 pulling this to be assembled into one near this snap ring 137 one end and supporting piece 34, make this fastener 37 be held in this snap ring 137, depart from this receiving hole 131 to prevent this rotating lind rod 32.Be appreciated that, the internal diameter of this snap ring 137 is greater than the external diameter of this rotating lind rod 32 near this annular groove 3213 one end, the external diameter of this snap ring 137 is less than the external diameter of this fastener 37, therefore, when this fastener 37 to be fastened in this annular groove 3213 and to be held in this snap ring 137, this rotating lind rod 32 is fixed in this receiving hole 131.
This elastic element 17 is placed in this receiving hole 131, and the rotation section 121 of this bulb 12 is inserted this receiving hole 131 and is held in this elastic element 17, makes this elastic element 17 be in compressive state between rotation section 121 and rotating lind rod 32.Be fastened in by this holder 15 in this draw-in groove 135, the internal diameter of this holder 15 is less than the diameter in this circular rotatable portion 121, and so, this rotation section 121 can be fastened in this receiving hole 131 rotationally.
The gear ring 3233 of two support arms 30 this assembled meshes together, the one end two wedge-shaped blockss 53 being offered fitting surface 531 is inserted in corresponding groove 3231 respectively, this fitting surface 531 is made to fit in the supporting surface 3412 of supporting piece 34, this driveshaft 55 is passed this wherein a wedge-shaped blocks 53, two support arms 30 and another wedge-shaped blocks 53 successively, and is threadedly connected to this operation piece 51.This holds end 551 and is fastened in the holding hole 535 of this wedge-shaped blocks 53.
When using this serial verb construction 100, the joint 123 of two adjustment 10 is connected to corresponding first device and the second device, and in present embodiment, this first device is this mounting head 210, and this second device is this supporting component 230.Rotate this operation piece 51, this driveshaft 55 is moved vertically and exits this tapped hole 511 1 segment distance.Now, two wedge-shaped blockss 53 run through by this driveshaft 55 and two support arms 30 are in released state, concrete, this wedge-shaped blocks 53 can slide along this driveshaft 55 in the groove 3231 of this correspondence, and these two support arms 30 can rotate relative to each other around this driveshaft 55.Further, this adjustment 10 is in released state, and concrete, this rotation section 121 can be rotated in this receiving hole 131.
User moves the predeterminated position of this mounting head 210 to this supporting component 230 relative, again tightens this operation piece 51, and the length making this driveshaft 55 insert this tapped hole 511 increases, and these two wedge-shaped blockss 53 and two support arms 30 are in lock status.These two adjustment 10 are in lock status under the supporting of the supporting piece 34 of this correspondence.Concrete, this driveshaft 55 pulls this wedge-shaped blocks 53 along this groove 3231 to the basal sliding of this groove 3231, this wedge-shaped blocks 53 is in sliding process, promote adjustment 10 motions of this supporting piece 34 towards correspondence by the cooperation of this fitting surface 531 and supporting surface 3412, make one end of the relative holding block 341 of this supporting piece 34 extrude and support this rotation section 121.Friction between this supporting piece 34 and rotation section 121 increases, and is locked in this receiving hole 131 this rotation section 121.
Be appreciated that this serial verb construction 100 goes under any first device needs the condition of rotating relative to the second device, this first device and the second device can be not limited to mounting head 210 in present embodiment and supporting component 230.
Be appreciated that, in other embodiments, this serial verb construction 100 can only include a support arm 30, now, conversion adapter 323 one end of this support arm 30 is directly fixed on an attachment face or passes through by this conversion adapter 323 by other intermediate structures, as this supporting component 230 is connected to attachment face.
Serial verb construction 100 of the present utility model, owing to being provided with adjustment 10 and support arm 30, this serial verb construction 100 can be rotated on arbitrarily angled, and extrude this adjustment 10 by the supporting piece 34 that fastener assembly 50 promotes support arm 30 and hold this support arm 30 by rotating this fastener assembly 50 extruding force that can adjust between this support arm 30, make this serial verb construction 100 need rotate angle between this this adjustment of fastener assembly 50 i.e. lockable 10 and two support arms 30, wide accommodation, easy to adjust.
The above, be only better embodiment of the present utility model, is not to do any pro forma restriction to the utility model.In addition, those skilled in the art also can do other change in the utility model spirit, and certainly, these changes done according to the utility model spirit, all should be included within the utility model scope required for protection.
Claims (24)
1. a serial verb construction, it is characterized in that: this serial verb construction comprises at least one adjustment head and at least one support arm, this adjustment head is arranged at one end of this support arm rotationally, this support arm comprises supporting piece, this serial verb construction also comprises fastener assembly, this fastener assembly is arranged at this support arm one end away from this adjustment head, this supporting piece is held in this fastener assembly and this adjustment head, and this fastener assembly is in course of adjustment described supporting piece can be driven to support described adjustment head and fastener assembly, to lock described adjustment head and the described fastener assembly angle relative to this support arm.
2. serial verb construction as claimed in claim 1, it is characterized in that: the fitting surface that the moving direction that this fastener assembly has relatively described fastener assembly tilts, the supporting surface that the bearing of trend that described supporting piece has relatively described supporting piece tilts, described fitting surface and described supporting surface coordinate.
3. serial verb construction as claimed in claim 2, it is characterized in that: described fastener assembly comprises wedge-shaped blocks, described fitting surface is positioned on described wedge-shaped blocks.
4. serial verb construction as claimed in claim 3, it is characterized in that: this support arm comprises rotating lind rod, groove is offered in this rotating lind rod one end, and this wedge-shaped blocks is placed in this groove slidably.
5. serial verb construction as claimed in claim 3, it is characterized in that: this fastener assembly also comprises driveshaft, this driveshaft one end is fastened in this wedge-shaped blocks, and described driveshaft can pull this wedge-shaped blocks to slide along the groove of this rotating lind rod.
6. serial verb construction as claimed in claim 5, is characterized in that: described fastener assembly also comprises operation piece, and described driveshaft is connected with described operation piece through described wedge-shaped blocks, rotates described operation piece and described driveshaft can be driven to move vertically.
7. serial verb construction as claimed in claim 6, it is characterized in that: described driveshaft is screw rod, with described operation piece by screw-thread fit, rotate driveshaft described in described operation piece adjustable and insert the length of described operation piece, drive described wedge-shaped blocks to slide along groove to make described driveshaft.
8. serial verb construction as claimed in claim 4, it is characterized in that: this rotating lind rod offers through hole, this through hole communicates with the groove of this rotating lind rod, described supporting piece is placed in this through hole slidably, and the supporting surface of described supporting piece is coordinated with the fitting surface of the wedge-shaped blocks in described groove by described through hole.
9. serial verb construction as claimed in claim 4, it is characterized in that: this adjustment head comprises bulb and spherical shell, and this spherical shell offers receiving hole, this bulb is placed in this receiving hole rotationally, and this rotating lind rod one end is fastened in this receiving hole.
10. serial verb construction as claimed in claim 9, it is characterized in that: in this receiving hole, one end arranges snap ring, this support arm also comprises fastener, and annular groove is offered in this rotating lind rod one end, and this fastener to be fastened in this annular groove and to be held in this snap ring.
11. serial verb constructions as claimed in claim 10, it is characterized in that: the internal diameter of this snap ring is greater than the external diameter of this rotating lind rod one end, the external diameter of this snap ring is less than the external diameter of this fastener.
12. serial verb constructions as claimed in claim 9, it is characterized in that: this adjustment head also comprises elastic element, this elastic element one end is held in this bulb, and the other end is held in this rotating lind rod.
13. serial verb constructions as claimed in claim 9, is characterized in that: this adjustment head also comprises holder, the recessed formation draw-in groove of the other end in this receiving hole, and this holder to be fastened in this draw-in groove and to be held in this bulb.
14. serial verb constructions as claimed in claim 9, it is characterized in that: this bulb comprises rotation section, the internal diameter of this holder is less than the diameter of this rotation section.
15. serial verb constructions as claimed in claim 3, it is characterized in that: this serial verb construction comprises two support arms, described fastener assembly comprises two fitting surfaces, and described two fitting surfaces coordinate with the supporting surface on the supporting piece of described two support arms respectively.
16. serial verb constructions as claimed in claim 15, it is characterized in that: described fastener assembly comprises two wedge-shaped blockss, each wedge-shaped blocks comprises a fitting surface.
17. serial verb constructions as claimed in claim 16, it is characterized in that: described fastener assembly comprises driveshaft, described driveshaft through described two wedge-shaped blockss and two support arms, and drives the supporting piece of relatively described two support arms of described two wedge-shaped blockss push against or unclamp.
18. serial verb constructions as claimed in claim 15, is characterized in that: each support arm described comprises a rotating lind rod, and the end face of this rotating lind rod side arranges gear ring, and these two support arms are coordinated by two gear rings and mesh together.
19. 1 kinds of supports, this support comprises supporting component, and this supporting component comprises fitting seat, it is characterized in that: this support also comprises the serial verb construction as described in claim 1-18 any one, and this serial verb construction is connected to this fitting seat.
20. supports as claimed in claim 19, it is characterized in that: this supporting structure also comprises at least one adjustment head and at least one sucker, the first end of this adjustment is connected to this fitting seat, and the other end is connected to this sucker.
21. supports as claimed in claim 20, is characterized in that: this adjustment head comprises bulb and spherical shell, and this spherical shell offers receiving hole, and this bulb is placed in this receiving hole rotationally.
22. supports as claimed in claim 21, it is characterized in that: this bulb comprises rotation section and joint, this rotation section is placed in this receiving hole rotationally, and this joint is connected to this sucker.
23. supports as claimed in claim 22, it is characterized in that: this adjustment head also comprises elastic element, this elastic element is placed in this receiving hole one end, and is held in this rotation section.
24. supports as claimed in claim 22, is characterized in that: this adjustment head also comprises holder, the recessed draw-in groove in one end in this receiving hole, and this holder to be fastened in this draw-in groove and to be held in this joint.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520750158.0U CN205001802U (en) | 2015-09-25 | 2015-09-25 | Serial verb constructions and have this serial verb constructions's support |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520750158.0U CN205001802U (en) | 2015-09-25 | 2015-09-25 | Serial verb constructions and have this serial verb constructions's support |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205001802U true CN205001802U (en) | 2016-01-27 |
Family
ID=55158688
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520750158.0U Expired - Fee Related CN205001802U (en) | 2015-09-25 | 2015-09-25 | Serial verb constructions and have this serial verb constructions's support |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205001802U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105179895A (en) * | 2015-09-25 | 2015-12-23 | 深圳市大疆创新科技有限公司 | Linkage structure and supporting frame with same |
| CN105941192A (en) * | 2016-04-25 | 2016-09-21 | 烟台大地禽畜良种有限责任公司 | Incubation workshop automatic egg traying device |
| CN107013793A (en) * | 2017-05-15 | 2017-08-04 | 宁波市镇海文鑫视听器材有限公司 | A kind of multi-arm combines gimbals |
-
2015
- 2015-09-25 CN CN201520750158.0U patent/CN205001802U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105179895A (en) * | 2015-09-25 | 2015-12-23 | 深圳市大疆创新科技有限公司 | Linkage structure and supporting frame with same |
| CN105941192A (en) * | 2016-04-25 | 2016-09-21 | 烟台大地禽畜良种有限责任公司 | Incubation workshop automatic egg traying device |
| CN107013793A (en) * | 2017-05-15 | 2017-08-04 | 宁波市镇海文鑫视听器材有限公司 | A kind of multi-arm combines gimbals |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN105179895A (en) | Linkage structure and supporting frame with same | |
| CN205001802U (en) | Serial verb constructions and have this serial verb constructions's support | |
| CN108699891B (en) | Roller shutter convenient to install | |
| CN104296095B (en) | For keeping the equipment and its component and method of ball-joint | |
| US20070152116A1 (en) | Ball head | |
| TWI530407B (en) | Vehicle-mounted bracket | |
| US20130163978A1 (en) | Support head of the ball joint type for videophotographic apparatuses | |
| EP2551532A2 (en) | Rapid manual tube locking device | |
| CN203907156U (en) | Holder | |
| CN103851564A (en) | Structure for manually adjusting direction of lamp head, and lamp | |
| CN103291707B (en) | Pin pipe auto lock fixing apparatus, photographic tripod, Monopod and crutch | |
| CN202646264U (en) | Improved rapidly-braking hand turning mechanism | |
| CN103716570B (en) | A kind of lens adjusting apparatus and projector | |
| CN114554102A (en) | Panoramic camera | |
| CN211779769U (en) | Panorama fine setting cloud platform | |
| CN205278695U (en) | Supporting mechanism and use adjusting device and cloud platform of this supporting mechanism | |
| CN201636786U (en) | Connection structure of lamp holder and lamp comprising same | |
| CN106152068A (en) | A kind of angle-adjusting bracket | |
| CN105033886A (en) | Worm and gear electric lock ball clamping support structure | |
| CN209781390U (en) | Self-tightening telescopic structure | |
| CN201507545U (en) | Universal connecting device | |
| CN106027868A (en) | Camera | |
| KR101518434B1 (en) | supporter for portable phone | |
| CN205581492U (en) | Photographic background horizontal pole and have background support frame of this horizontal pole for support frame | |
| KR20170068258A (en) | Parasol holding apparatus |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| TR01 | Transfer of patent right | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20170627 Address after: 518057 Guangdong city of Shenzhen province Nanshan District Guangdong streets south four Road No. 18 building in the West SKYWORTH semiconductor design 12 Patentee after: SZ DJI OSMO TECHNOLOGY Co.,Ltd. Address before: 518057 Guangdong province Shenzhen city Nanshan District high tech Zone South Hing a No. 9 Hongkong, Shenzhen building 6 floor Patentee before: SZ DJI TECHNOLOGY Co.,Ltd. |
|
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160127 |