CN204062364U - The Cloud Terrace - Google Patents
The Cloud Terrace Download PDFInfo
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- CN204062364U CN204062364U CN201420353474.XU CN201420353474U CN204062364U CN 204062364 U CN204062364 U CN 204062364U CN 201420353474 U CN201420353474 U CN 201420353474U CN 204062364 U CN204062364 U CN 204062364U
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- slide block
- slide bar
- rotating component
- glide direction
- slider
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Abstract
The utility model discloses a kind of The Cloud Terrace, balance bracket, adjusting part and trimming assembly, described adjusting part comprises rotating component and slider, described rotating component is rotationally connected with on described balance bracket, described slider is slidably connected on described rotating component, the rotor shaft direction of the vertical described rotating component of glide direction of described slider, for installing photographic goods on described slider, described trimming assembly comprises the first slide block, described first slide block is for installing power supply, or motor, or any one weight of detector, described first skid is connected to described slider, the rotor shaft direction of the vertical described rotating component of glide direction of described first slide block, the simultaneously glide direction of the glide direction of described first slide block also vertical described slider, and then regulate described slider, the first slide block slides along respective glide direction, makes the overall center of gravity of described photographic goods, adjusting part and trimming assembly realize dynamic micro-adjustments joint.
Description
Technical field
The utility model relates to capture apparatus field, particularly relates to a kind of The Cloud Terrace.
Background technique
Along with the pursuit that people beautify image, technique for taking difficulty improves day by day, also day by day increases the requirement of capture apparatus.Photographic goods are mounted on The Cloud Terrace by traditional capture apparatus, fix photographic goods by locking framework each on The Cloud Terrace, make photographic goods represent the various angle of shooting of level or pitching, and are stabilized in a kind of attitude and take.
But, in shooting, photographer needs frequent movement, change shooting height, change shooting direction, therefore cause traditional The Cloud Terrace that photographic goods are rocked, cannot balance, there is shooting picture unsharp problem, so need repeatedly to dismantle debugging, to maintain same statokinetic to each locking structure of The Cloud Terrace and steering structure, and often dismantle debugging The Cloud Terrace can to the wearing and tearing of The Cloud Terrace each rigid construction, destroy and even lost efficacy, thus reduce The Cloud Terrace working life.
Model utility content
The purpose of this utility model is to provide a kind of The Cloud Terrace that photographic goods operationally can be made to balance.
For solving the problems of the technologies described above, the utility model provides a kind of The Cloud Terrace, and it comprises:
Balance bracket, adjusting part and trimming assembly, described adjusting part comprises rotating component and slider,
Described rotating component is rotationally connected with on described balance bracket,
Described slider is slidably connected on described rotating component, the rotor shaft direction of the vertical described rotating component of glide direction of described slider, for installing photographic goods on described slider,
Described trimming assembly comprises the first slide block, described first slide block is for installing any one weight of power supply or motor or detector, described first skid is connected on described slider, the rotor shaft direction of the vertical described rotating component of glide direction of described first slide block, the simultaneously glide direction of the glide direction of described first slide block also vertical described slider.
Wherein, described The Cloud Terrace also comprises runing rest, described balance bracket is rotationally connected with on described runing rest, the rotating shaft of described rotating component is perpendicular to the rotating shaft of described balance bracket, described trimming assembly also comprises the second slide block, described second skid is connected on described first slider, and the rotating shaft of the parallel described rotating component of glide direction of described second slide block, described first skid is connected on described second slide block.
Wherein, described rotating component is rod member, the vertical own torque of length direction of described rotating component, described slider comprises and is oppositely arranged the first slide bar and the second slide bar, described first slide bar and described second slide bar are slidably connected to the two ends of described rotating component respectively, the rotating shaft of described first slide bar and all parallel described rotating component of the length direction of described second slide bar, for installing described photographic goods between described first slide bar and described second slide bar, described second skid is connected on described second slide bar.
Wherein, described adjusting part also comprises the first fixed base and the first adaptor, described first adaptor is slidably connected to described first slide bar, the length direction of parallel described first slide bar of glide direction of described first adaptor, for fixing described photographic goods on described first fixed base, and be slidably connected on described first adaptor, the glide direction of parallel described first slide block of glide direction of described first fixed base.
Wherein, described adjusting part also comprises the second adaptor and the second fixed base, described second adaptor is slidably connected described second slide bar, the length direction of parallel described second slide bar of glide direction of described second adaptor, described second fixed base is used for fixing described photographic goods away from described first fixed base one end, and be slidably connected to described second adaptor, the glide direction of parallel described first fixed base of glide direction of described second fixed base.
Wherein, described The Cloud Terrace also comprises suspension holdfast, described runing rest comprises supporting portion and joint, described supporting portion is rotationally connected with on described suspension holdfast, described joint is slidably connected described supporting portion, the glide direction of described joint is perpendicular to the rotating shaft of described supporting portion, and described balance bracket is rotationally connected with on described joint, and the shaft parallel of described balance bracket is in the glide direction of described joint.
Wherein, described first slide bar one end sets firmly U-shaped snap close, described snap close comprises two the first free ends be oppositely arranged, and the first holding arm be fixed between two described first free ends, described first holding arm is sheathed on described rotating component, two described first free ends are jointly through first check lock lever, described first check lock lever one end sets firmly limited part, the other end is rotationally connected first eccentric wheel, described first eccentric sense of rotation is perpendicular to the bearing of trend of described first check lock lever, the all sides of described first eccentric wheel are fixedly connected with first spanner, described first spanner extends along perpendicular to described first eccentric sense of rotation, when pulling described first spanner near described limited part, the spacing of described two the first free ends reduces, described first holding arm holds described rotating component tightly, when pulling described first spanner away from described limited part, the spacing of described two the first free ends increases, and described first holding arm unclamps described rotating component.
Wherein, described first slide bar and described second slide bar are two and extend side by side and cylinder together with fixing.
Wherein, described second slide block is clip, described second slide block comprises two the second holding arms be oppositely arranged, and two the second free ends be fixed between two described second holding arms, two described second free ends are oppositely arranged, common through second check lock lever between two described second free ends, described second check lock lever one end sets firmly a positioning block, the other end is rotationally connected second eccentric wheel, described second eccentric sense of rotation is perpendicular to the bearing of trend of described second check lock lever, the all sides of described second eccentric wheel are fixedly connected with second spanner, described second spanner extends along perpendicular to described second eccentric sense of rotation, described second slide block is provided with chute near described first edge, slide block side, described chute extends along the glide direction of described second slide block, described positioning block is slidably connected in described chute, when pulling described second spanner near described positioning block, the spacing of two described second free ends reduces, two described second holding arms hold described second slide bar tightly, described positioning block is near described second slide block, described first slide block is fixed on described second slide block, when pulling described second spanner away from described positioning block, the spacing of two described second free ends increases, two described second holding arms unclamp described second slide bar, described positioning block away from described second slide block, relatively described second skid of described first slide block.
Wherein, described rotating component, described first slide bar and described second slide bar are carved with scale value all along its length.
Wherein, described suspension holdfast sets firmly handle.
Wherein, described trimming assembly also comprises the 3rd slide block, described 3rd skid is connected on described rotating component, and the rotor shaft direction of the vertical described rotating component of glide direction of described 3rd slide block, described 3rd slide block is for installing any one weight of power supply or motor or detector.
Wherein, described trimming assembly also comprises Four-slider, described Four-slider is slidably connected on described 3rd slide block, the glide direction of parallel described first slide block of glide direction of described Four-slider, and described Four-slider is used for any one weight of fixed power source or motor or detector.
The The Cloud Terrace that the utility model provides, slide along respective glide direction by regulating described slider and described first slide block, realize finely tuning the overall center of gravity of described photographic goods, described adjusting part and described trimming assembly, the overall center of gravity of described photographic goods, described adjusting part and trimming assembly is made to drop in the rotating shaft of described rotating component, simultaneously, described dwang is rotationally connected with on described balance bracket, realizes described photographic goods shooting direction and keeps balance.
In addition, this enforcement is also rotationally connected with on described runing rest by described balance bracket with novel, and slided by the rotor shaft direction of described second slide block of described adjustment along vertical described balance bracket, and then realize finely tuning in the rotating shaft of described balance bracket to the overall center of gravity of described photographic goods, adjusting part, trimming assembly and described balance bracket, realize described photographic goods shooting balance, make real the conversion of existing shooting direction simultaneously.
In addition, this enforcement is also rotationally connected with on described balance bracket by described runing rest with novel, and the slip of joint by described runing rest, regulate described photographic goods, adjusting part, trimming assembly, described balance bracket and runing rest overall center of gravity in the rotating shaft of described runing rest, realize balance, increase shooting is simultaneously established and is changed direction.Make when taking, move arbitrarily or rock described The Cloud Terrace, described photographic goods all can keep statokinetic.
In addition, this enforcement is with novel, also be connected on described rotating component by described 3rd skid, and by regulating described 3rd slide block to slide along the rotor shaft direction of vertical described rotating component, the overall center of gravity that can realize described photographic goods, adjusting part and trimming assembly is finely tuned in the rotating shaft of described rotating component in vertical plane, add the dimension of described The Cloud Terrace fine setting balance, make described The Cloud Terrace more stable.
Accompanying drawing explanation
In order to be illustrated more clearly in the technical solution of the utility model, be briefly described to the accompanying drawing used required in mode of execution below, apparently, accompanying drawing in the following describes is only mode of executions more of the present utility model, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.
Fig. 1 is the schematic diagram of the The Cloud Terrace that the utility model first mode of execution provides;
Fig. 2 is the enlarged diagram of the II part of Fig. 1 The Cloud Terrace;
Fig. 3 is the enlarged diagram of the III part of the The Cloud Terrace of Fig. 1;
Fig. 4 is the second adaptor of the The Cloud Terrace of Fig. 1 and the schematic diagram of the second fixed base;
Fig. 5 is the schematic diagram of the trimming assembly of the The Cloud Terrace of Fig. 1.
Embodiment
Below in conjunction with the accompanying drawing in the utility model mode of execution, the technological scheme in the utility model mode of execution is clearly and completely described.
Refer to Fig. 1, Fig. 2 and Fig. 3, be the The Cloud Terrace 100 that the utility model first mode of execution provides, it comprises bracket component 10, adjusting part 20 and trimming assembly 30, and described bracket component 10 is for regulating described photographic goods 10a multi-angled shooting.Described adjusting part 20 is for installing described photographic goods 10a.Described adjusting part 20 also for regulating the center of gravity of described photographic goods 10a, realizes balance and stability.Described trimming assembly 30 is slidably connected on described adjusting part 20, and described trimming assembly 30 is for installing any weight of battery or motor or detector, and described trimming assembly 30 is for finely tuning the center of gravity of described photographic goods 10a.
In present embodiment, described bracket component 10 comprises suspension holdfast 11, runing rest 12 and balance bracket 13, described runing rest 12 is rotationally connected with on described suspension holdfast 11, described balance bracket 13 is rotationally connected with on described runing rest 12, and described adjusting part 20 is rotationally connected with on described balance bracket 13.
Concrete, described suspension holdfast 11 is shaft-like in bending.Described suspension holdfast 11 comprises the first joint 111, first supporting portion 112 and holding part 113.Described first supporting portion 112 is a rod member, and described first joint 111 is fixedly connected on described first supporting portion 112 geometrical center.Described first joint 111 is provided with the first rotating shaft 111a, and described first rotating shaft 111a is rotationally connected with described runing rest 12.Described first rotating shaft 111a axially vertical described first supporting portion 112 length direction, when making described first supporting portion 112 level erection, described first rotating shaft 111a is axially vertically arranged, and then makes described runing rest 12 can 360 ° of rotations in the horizontal direction.Certainly, in other embodiments, described first rotating shaft 111a departs from vertical direction; Described The Cloud Terrace 100 also can not comprise described suspension holdfast 11, by hand-held described runing rest 12, realizes carrying described The Cloud Terrace.
In present embodiment, described holding part 113 is two cylindricality handles, and described first two ends, supporting portion 112 are fixed in described holding part 113, and near the first rotating shaft 111a bending, during the described holding part 133 of convenient holding, lifts described suspension holdfast 11, laborsaving, firmly.
Described suspension holdfast 11 sets firmly handle 114, and described handle 114 is fixed on described first side, supporting portion 112, and relatively described first joint 111 is arranged.When not using described The Cloud Terrace 100, arbitrarily can carry described The Cloud Terrace 100, saving strength.Certainly, in other embodiments, described suspension holdfast can also arrange locking mechanism, thus is fixed on aerial ladder, realizes utilizing machine automatization to move described The Cloud Terrace 100.
In present embodiment, described runing rest 12 is rotationally connected with on described suspension holdfast 11, rotate around described first rotating shaft 111a and arrange, i.e. described runing rest 12 rotational plane parallel water plane, realize described photographic goods 10a at horizontal rotation in surface, make described The Cloud Terrace 100 can regulate shooting visual angle.Described runing rest 12 center of gravity on described first rotating shaft 111a, to ensure the self balancing of described runing rest 12.
Concrete, described runing rest 12 is bending rod member, and described runing rest 12 comprises the second supporting portion 121 and the second joint 122.Described second supporting portion 121 is provided with sleeve 121a, and described sleeve 121a is sheathed on described first rotating shaft 111a, and described second supporting portion 121 is along vertically described first rotating shaft 111a is axially extended.Described second joint 122 one end is sheathed on described second supporting portion 121, and the other end is provided with a second rotating shaft 122a.Described second joint 122 length direction edge vertically extends described second supporting portion 121.Described second joint 122 is slidably connected to described second supporting portion 121, the glide direction vertically described first rotating shaft 111a of described second joint 122, as shown in Figure 1, described second joint 122 slides along glide direction V, regulates the overall center of gravity of described runing rest 12, balance bracket 13, adjusting part 20, photographic goods 10a and trimming assembly 30 to drop on described first rotating shaft 111a to facilitate.Described second rotating shaft 122a is rotationally connected described balance bracket 13, the glide direction of the second joint 122 described in described second rotating shaft 122a parallel to an axis, and described second rotating shaft 122a is arranged at described second joint 122 near described first rotating shaft 111a side.Certainly, in other embodiments, described The Cloud Terrace 100 also can not comprise described runing rest 12, regulates described photographic goods shooting direction by means of only described balance bracket 11; Described second supporting portion 121 can also be wholely set with described second joint 122, described second rotating shaft 122a can also with described first rotating shaft 111a out of plumb, to meet special angle of shooting requirement; The center of gravity of described runing rest 12 also can not on described first rotating shaft 111a, and by sliding, described second joint 122 regulates.
Described balance bracket 13 is rotationally connected with on described runing rest 12, rotate around described second rotating shaft 122a, when described second rotating shaft 122a is used for preventing described runing rest 12 from tilting, described balance bracket 13 together tilts along with described runing rest 12, makes described balance bracket 13 affect described photographic goods 10a and takes.Described second rotating shaft 122a is parallel to described second joint 122 glide direction, and namely the shaft parallel of described balance bracket 13 is in the glide direction of described second joint 122.
Concrete, described balance bracket 13 is " U " shape bending rod member, and described balance bracket 13 comprises two the 3rd joints 131 be oppositely arranged, and is fixed on the 3rd supporting portion 132 between two described joints 131.Described 3rd joint 131 arranges the 3rd rotating shaft 131a, and described 3rd rotating shaft 131a vertically described second rotating shaft 122a is arranged, and namely when described balance bracket 11 is stablized, described 3rd rotating shaft 131a can be horizontally disposed with.Because described adjusting part 20 is rotationally connected described 3rd rotating shaft 131a, make described shooting equipment 10a in the horizontal direction stable.In present embodiment, the center of gravity of described balance bracket 13 on described second rotating shaft 122a, to ensure the self balancing of described balance bracket 122a.Certainly, in other embodiments, the center of gravity of described balance bracket 13 also can not be arranged on described second rotating shaft 122a.
In present embodiment, described 3rd rotating shaft 131a is made up of the cylinder that two extend in the same way, two described cylinders are arranged at the two ends of described balance bracket 13 respectively, thus avoid interfering described photographic goods 10a, facilitate the overall center of gravity of described photographic goods 10a, adjusting part 20 and trimming assembly 30 to drop on described 3rd rotating shaft 131a simultaneously.Certainly, in other embodiments, described balance bracket 13 can also be arc-shaped, and the second rotating shaft 122a described in all right out of plumb of described 3rd rotating shaft 131a, described 3rd rotating shaft 131a also can be a round bar.
In order to stablize described photographic goods 10a, described photographic goods 10a is fixed on described adjusting part 20, described adjusting part 20 is installed on described balance bracket 13, for regulating the overall center of gravity of described photographic goods 10a and described adjusting part 20 to drop on described 3rd rotating shaft 131a, realize balance.Described adjusting part 20 comprises rotating component 21 and slider 22, and described rotating component 21 is rotationally connected with on described balance bracket 13, and described slider 22 for installing described photographic goods 10a, and is slidably connected on described rotating component 21.
Concrete, described rotating component 21 is rotationally connected with described balance bracket 13, and described rotating component 21 is fixedly connected on described 3rd rotating shaft 131a away from described balance bracket 13 one end, and described 3rd rotating shaft 131a drives described rotating component 21 to rotate.Described rotating component 21 comprises the two ends that two rod members be oppositely arranged, 211, two described rod members 211 are rotationally connected with described balance bracket 13 respectively.
More specifically, two described rod members 211 are all along vertically described 3rd rotating shaft 111a direction extension, sleeve 211a is all arranged with in the middle of two described rod members 211, two described sleeve 211a inwalls and two described rod member 211 outer wall interference fit, two described sleeve 211a outer walls are all fixedly connected with described 3rd rotating shaft 111a away from described balance bracket 13 one end.Two described rod members, 211 weeks Slideslips connect described slider 22, and described two rod members 211 are carved with scale value along its length, facilitate described slider 22 to locate on described rotating component 21, the convenient distance regulating described slider 22 and described 3rd rotating shaft 111a.Certainly, in other embodiments, two described sleeve 211a inwalls and two described rod member 211 outer wall Spielpassung, two described rod members 211 can slide by relative two described sleeve 211a, and meanwhile, two described sleeve 211a week sides are spirally connected screw (not shown), described screw extends in two described sleeves, the stud of described screw is held on two described rod members 211, locks described screw, realizes two rod members 211 and two described sleeve 211a fix; Described rotating component 21 can also be comprise two disks be oppositely arranged (not shown), two described disk geometrical centers are fixedly connected with described 3rd rotating shaft 111a, two described disks are disposed radially chute (not shown), and described slide connects described slider 22.
In present embodiment, described slider 22 is between two described rod members 211, described slider 22 comprises the first slide bar 221 and the second slide bar 222 be oppositely arranged, and described first slide bar 221 and described second slide bar 222 are slidably connected to the two ends of described rotating component 22 respectively.
Concrete, the parallel described 3rd rotating shaft 131a of length direction of described first slide bar 221 axially extends, and is namely parallel to the rotating shaft of described rotating component 21.Described first slide bar 221 is slidably connected between two described rod members 211, and meanwhile, along vertically described 3rd rotating shaft 131a direction slip setting, the rotating shaft slip namely along vertical described dwang 21 is arranged.As shown in fig. 1, described first slide bar 221 slides along Y-direction, when regulating described first slide bar 221 to slide into the first predeterminated position A along described Y-direction, the overall center of gravity of described photographic goods 10a and described adjusting part 20 is positioned at the first plane (not shown), and described first plane is through described 3rd rotating shaft 131a axis also vertical described Y-direction all the time.In present embodiment, described primary importance A is on two described rod member 211 central axis and away from described 3rd rotating shaft 131a, certainly, in other embodiments, described primary importance A can also be near described 3rd rotating shaft 131a.
Conveniently regulate described first slide bar 221, described first slide bar 221 two ends set firmly U-shaped snap close 1, two described snap closes 1 respectively and are sheathed on respectively on two described rod members 211.Concrete, described snap close 1 comprises two the first free ends 2 be oppositely arranged, and is fixed on the first holding arm 3 between two described first free ends 2.
In present embodiment, described snap close 1 adopts metal material.Described first holding arm 3 is sheathed on described rotating component 21, and in present embodiment, two described first holding arms 3 are sheathed on two described first rod members 211 respectively.There is spacing between two described first free ends 2, two described first free ends 2 are jointly through first check lock lever 4.In present embodiment, described first check lock lever 4 is screw.Described first check lock lever 4 one end sets firmly limited part (not shown), the other end is rotationally connected first eccentric wheel 5, the sense of rotation of described first eccentric wheel 5 is perpendicular to the bearing of trend of described first check lock lever 4, described first eccentric wheel 6 weeks sides are fixedly connected with first spanner 6, described first spanner 6 is along vertically described first eccentric wheel 5 sense of rotation extension, when pulling described first spanner 6 near described limited part, described first eccentric wheel 5 near two described first free ends 2 arc surface to self rotating shaft distance increase, the spacing of two described first free ends 2 reduces, described first holding arm 3 holds described rotating component 21 tightly, otherwise, when pulling described first spanner 6 away from described limited part, described first eccentric wheel 5 near described two the first free ends 2 arc surface to self rotating shaft distance reduce, two described first free ends 2 distance under elastic force is recovered increases, and described first holding arm unclamps described rotating component 21.Certainly, in other embodiments, can also be jointly insert pin (not shown) between described first slide bar 221 and described rotating component 21, or utilize electric expansion linkage (not shown) automatically to regulate the slip of described first slide bar 221.
In present embodiment, described first slide bar 221 is two and extend side by side and fix cylinder together, described first slide bar 221 is when the gravity compressing being subject to described photographic goods 10a, on the one hand described photographic goods 10a can not be overturn easily, add the gravity of described first slide bar 221 on the other hand, described first slide bar 221 is made easily to be maintained at statokinetic, can not rotate with described rotating component 21, meanwhile, can also ensure that described photographic goods 10a linearly slides all the time on described first slide bar 221.Certainly, in other embodiments, described first slide bar 221 can also be arrange the cylinder that a diameter is greater than described rotating component 21 diameter.
In present embodiment, described second slide bar 222 adopts same structure with described first slide bar 221, unlike, described second slide bar 222 is slidably connected to described rotating component 21 one end away from described first slide bar 221.Described photographic goods 10a can be installed between described first slide bar 221 and described second slide bar 222, makes described photographic goods 10a more firm.Certainly, in other embodiments, described second slide bar 222 can also be adopt the square column type structure being different from described first slide bar 221; Described rotating component 21 also only can comprise described first slide bar 221; Described rotating component 21 can also comprise the 3rd slide bar (not shown), and described 3rd slide bar and described first slide bar 221 and the second slide bar 222 equidirectional extend, the glide direction of parallel described first slide bar 221 of glide direction of described 3rd slide bar.
In present embodiment, described adjusting part 20 also comprises the first adaptor 23, and described first adaptor 23 is slidably connected on described first slide bar 221, the parallel described 3rd rotating shaft 131a of glide direction of described first adaptor 23.As shown in fig. 1, described first adaptor 23 slides in X direction, regulates described first adaptor 23 to slide in described X-direction, can realize described photographic goods 10a and move along parallel described 3rd rotating shaft 131a direction with the overall center of gravity of described adjusting part 20.When regulating described first adaptor 23 to slide into the second predeterminated position B along described X-direction, the overall center of gravity of described photographic goods 10a, described adjusting part 20 and balance bracket 13 is on described second rotating shaft 122a.In present embodiment, described second predeterminated position B is in described first slide bar 221 middle, and certainly, in other embodiments, described second predeterminated position B can also near described first slide bar 221 two ends.
Slide in order to described first adaptor 23 can be regulated, described first adaptor 23 comprises the first briquetting 231 and the second briquetting 232 be oppositely arranged, two circular socket 233 are formed between described first briquetting 231 and described second briquetting 232, described first slide bar 221 inserts described circular socket 233, and the first screw 233a locked jointly by described first briquetting 231 and described second briquetting 232.Lock described first screw 233a, described first adaptor 23 is fixed on described first slide bar 221; Unclamp described first screw 233a, described first adaptor 23 slides along described first slide bar 221 length direction on described first slide bar 22, certainly, in other embodiments, described adjusting part 20 also can not comprise described first adaptor 23, and described photographic goods 10 are directly installed on described first slide bar 221.
In present embodiment, the nut of described first screw 233a sets firmly a rotary spanner 234, described rotary spanner 234 is along vertically described first screw 233a length direction extension, pull described rotary spanner 234 to rotate by described first screw 233a locking direction, namely the locking of described first screw 233a is realized, otherwise, pull described rotary spanner 234 and lock direction counterrotating by described first screw 233a, namely realize unclamping of described first screw 233a, and then realize utilizing described first screw 233a to regulate the slip of described first adaptor 23 with fixing.Achieve the center of gravity adjustment in the horizontal direction of described photographic goods 10a.Certainly, in other embodiments, described first adaptor 23 can also utilize screw body to automatically adjust.
Described second briquetting 232 sets firmly the first boss 232a away from described first briquetting 231 side, and described first boss 232a is used for the described photographic goods 10a that is slidably connected.Certainly, in other embodiments, can also arrange chute (not shown) and gear (not shown) at described second briquetting 232 away from the side of described first briquetting 231, described in described gear drive, photographic goods 10a slides in described chute.
In present embodiment, described adjusting part 20 also comprises the first fixed base 24, and described first fixed base 24 is slidably connected to described first boss 232a, for fixing described photographic goods 10a on described first fixed base 24.Concrete, described first fixed base 24 is a strip rectangular block, and described first fixed base 24 arranges the first chute (not shown) near described first adaptor 23 side, and described first chute is along vertically described first slide bar 22 length direction extension.Described first boss 232a is dissolved in described first chute, and namely described first fixed base 24 is along vertically described first slide bar 22 length direction slip setting.As shown in Figure 1, described first fixed base 24 slides along Z-direction, and when regulating described first fixed base 24 to slide into the 3rd predeterminated position C along Z-direction, the overall center of gravity of described photographic goods 10a and described adjusting part 20 is in described 3rd rotating shaft 131.Concrete, when described first boss 232a and described first fixed base 24 insert pin jointly, described first fixed base 24 is fixed on described first adaptor 23, and described first fixed base 24 is fixed on described 3rd predeterminated position C.Certainly, in other embodiments, if described second briquetting 232 arranges chute and gear, then described first fixed base 24 can also set firmly the guide rail (not shown) being slidably connected to described chute, and the tooth bar (not shown) matched with described gear; If described adjusting part 20 does not comprise described first adaptor 23, then described first fixed base 24 can also be directly be slidably connected on described first slide bar 221; Described adjusting part 20 also can be do not comprise described first fixed base 24, and described first slide bar 221 directly fixes described photographic goods 10a.
In present embodiment, described first fixed base 24 arranges multiple evenly distributed screw hole 24a along length, connects described photographic goods 10a for screw.Can utilize on the one hand multiple described screw hole 24a can the photographic goods of adaptive multiple different size, on the other hand multiple described screw hole 24a can also be utilized to regulate the position of described photographic goods 10a on described fixed base 24, and then regulate described photographic goods 10a in the position of vertical described first slide bar 221 length direction.Certainly, in other embodiments, can also be arrange clamping mechanism on described first fixed base 24, described clamping mechanism be fixed described photographic goods and is regulated described photographic goods position.
In present embodiment, described adjusting part 20 also comprises the second adaptor 25 and the second fixed base 26.Described second adaptor 25 is slidably connected on described second slide bar 222, described second adaptor 25 slides along described second slide bar 25 length direction and arranges, described second fixed base 26 is slidably connected on described second adaptor 26, parallel described first fixed base 24 of glide direction of described second fixed base 26, described second fixed base 26 is for fixing described photographic goods 10a away from described first fixed base 24 one end.Described second adaptor 25 and the second fixed base 26 make the center of gravity of described photographic goods 10a more stable.Certainly, in other embodiments, described second fixed base 26 can also fix another photographic goods, realizes described The Cloud Terrace 100 and carries multiple photographic goods.
See also Fig. 1 and Fig. 4, in present embodiment, described second adaptor 25 is a clip, and described second adaptor 25 comprises two the second holding arms 251 be oppositely arranged, and is fixed on two the second free ends 252 between two described second holding arms 251.Form a tank 253 between two described second holding arms 251, described tank 253 is two and extend side by side and the through hole be connected.Described second slide bar 222 inserts described tank 253.Two described second free ends 252 lock the second check lock lever 254 jointly, and described second check lock lever 254 is through described tank 253 geometrical center.Described second check lock lever 254 one end sets firmly a positioning block 255, and the other end is rotationally connected second eccentric wheel 256.In present embodiment, described second check lock lever 254 is screw, and described second check lock lever 254 one end is spirally connected described positioning block 255, the other end through a rotating shaft 256a, described rotating shaft 256a vertically described second check lock lever 254 length direction extend.Described second eccentric wheel 256 is sheathed on described rotating shaft 256a, and namely described second eccentric wheel 256a sense of rotation is perpendicular to the bearing of trend of described second check lock lever 254.Described second eccentric wheel 254 weeks sides are fixedly connected with a second spanner 254a, and described second spanner 254a extends along the sense of rotation perpendicular to described second eccentric wheel 256.Described second eccentric wheel 254 arranges same structure with described first eccentric wheel 6, when pulling described second spanner 254a near described positioning block 255, the spacing of two described second free ends 252 reduces, two described second holding arms 251 hold described second slide bar 222 tightly, and described second adaptor 25 is fixed on described second slide bar 222; When pulling described second spanner 254a away from described positioning block 255, the spacing of two described second free ends 252 increases, two described second holding arms 251 unclamp described second slide bar 222, and described second adaptor 25 slides along described second slide bar 222 length direction on described second slide bar 222.Certainly, in other embodiments, described second adaptor also can adopt and described first adaptor same structure.
In present embodiment, described second fixed base 26 adopts and described first fixed base 24 same general configuration, unlike, described second fixed base 26 extends "T"-shaped second chute 261 along its length, be slidably connected in described second chute 261 described positioning block 255, and described positioning block 255 cross section is "T"-shaped.When pulling described second spanner 254a near described positioning block 255, described positioning block 255 is near described second adaptor 25, the flange on described positioning block 255 top and described second adaptor 25 clamp the flange of described second chute 261 bottom jointly, and described second fixed base 26 is fixed on described second adaptor 25.On the contrary, when pulling described second spanner 254a away from described positioning block 255, described positioning block 255 is away from described second adaptor 25, and relatively described second adaptor 25 of described second fixed base 26 slides.Certainly, in other embodiments, described second adaptor 25 adopts described first adaptor 23 same structure, then described second fixed base 26 also can be identical with described first fixed base 24 structure.
In present embodiment, in order to realize described photographic goods 10a, suspension holdfast 11, runing rest 12 and balance bracket 13 whole machine balancing, need the slidable adjustment to described first slide bar 21, first adaptor 22, first fixed base 23 and the second joint 122.
Concrete, when first regulating described first slide bar 21 to slide into the first predeterminated position A, the overall center of gravity of described photographic goods 10a and described adjusting part 20 is positioned at the first plane (not shown), described first plane is through described 3rd rotating shaft 131a axis, and vertical described Y-direction all the time.Then, regulate described first fixed base 23 to slide into described 3rd predeterminated position C, make the overall center of gravity of described photographic goods 10a and described adjusting part 20 move on described 3rd rotating shaft 131a along described Z-direction in described first plane; Then, when regulating described first adaptor 22 to slide into described second predeterminated position B along described X-direction, in conjunction with the position of centre of gravity of described balance bracket 13, the overall center of gravity of described photographic goods 10a, adjusting part 20 and balance bracket 13 is made to drop on described second rotating shaft 122a; Then, when regulating described second joint 122 to slide into described 4th predeterminated position D along V direction, in conjunction with the position of centre of gravity of described runing rest 12, make the overall center of gravity of described photographic goods 10a, adjusting part 20, balance bracket 13 and runing rest 12 on described first rotating shaft 131a.
Arbitrarily rock described suspension holdfast 11, because the overall center of gravity of described photographic goods 10a and described adjusting part 20 is all the time on described 3rd rotating shaft 131a, described photographic goods 10a remains that substantially horizontal is taken; Simultaneously because the overall center of gravity of described photographic goods 10a, adjusting part 20 and described balance bracket 13 is on described second rotating shaft 122a, described photographic goods 10a can not double swerve; Meanwhile, because the overall center of gravity of described photographic goods 10a, adjusting part 20, balance bracket 13 and runing rest 12 is on described first rotating shaft 111a, described photographic goods 10a can rotate shooting around vertical direction, realizes various visual angles shooting.
When described photographic goods 10a is adjusted to equilibrium position, needs to utilize the position of centre of gravity of described trimming assembly 30 to described photographic goods 10a to finely tune, make the balance of described photographic goods 10a more stable.
Concrete, refer to Fig. 1 and Fig. 5, described trimming assembly 30 comprises the first slide block 31 and the second slide block 32, and described second slide block 32 is slidably connected on described second slide bar 222, and described first slide block 31 is slidably connected on described second slide block 32.For fixing described photographic goods 10a on described second slide block 31.
In present embodiment, described second slide block 32 structure is identical with described second adaptor 25 structure.Unlike, described second slide block 32 is slidably connected on described second slide bar 222, and sliding along described second slide bar 222 length direction is arranged, and is positioned at described second adaptor 25 side.Regulate described second slide block 32 on described second slide bar 222 slide into predeterminated position time, can realize finely tuning the overall center of gravity of described trimming assembly 30, adjusting part 20 and described balance bracket 13, and then the overall center of gravity of described trimming assembly 30, adjusting part 20 and described balance bracket 13 is dropped on the rotatingshaft of described balance bracket 13, realize the shooting balance of described photographic goods 10a.Certainly, in other embodiments, described first slide block 32 can also with described first adaptor 23 same structure, or described first slide block 32 can also be the clip of other types; Described second slide block can also be slidably connected on described second slide bar; If described bracket component 10 only comprises described balance bracket 13, then described trimming assembly 30 also can not comprise described second slide block 32, only utilize described first slide block 31 and described slider 22 to slide along respective glide direction, the fine setting of the overall center of gravity to described photographic goods 10a, adjusting part 20 and trimming assembly 30 can be realized.
In present embodiment, the glide direction of parallel described second fixed base 26 of glide direction of described first slide block 31, the i.e. rotor shaft direction of the vertical described rotating component 21 of the glide direction of described first slide block 31, the simultaneously glide direction of the glide direction of described first slide block 31 also vertical described slider 22.Described first slide block 31 is identical with described second fixed base 24 structure, is positioned at described second slide block 32 away from described first slide bar 221 side, for fixed power source 31a on described first slide block 31 unlike described first slide block 31.
Concrete, described first slide block 31 to be spirally connected described power supply 31a by multiple screw hole 24a away from described second slide block 32 side.When regulating described first slide block 31 to slide into predeterminated position, pull described second spanner 254a when described positioning block 255, described positioning block 255 is near described second slide block 32, the flange on described positioning block 255 top and described second slide block 32 clamp the flange of described second chute 261 bottom jointly, make described first slide block 31 be fixed on described second slide block 25, the overall center of gravity of described power supply 31a, trimming assembly 30 and adjusting part 20 drops in the rotating shaft of described rotating component 21.On the contrary, when pulling described second spanner 254a away from described positioning block 255, described positioning block 255 is away from described second slide block 32, relatively described second slide block 32 of described first slide block 31 slides, utilize the displacement of center of gravity of described power supply 31a, can realize finely tuning in the rotating shaft of described rotating component 21 the overall center of gravity of described power supply 31a, trimming assembly 30 and adjusting part 20.Make described trimming assembly 30 realize, under the situation not changing described first adaptor 23 and described first fixed base 24, to described photographic goods balance adjustment, decreasing the structural wear of described The Cloud Terrace, improve working life.Certainly, in other embodiments, when described first adaptor 23 and described first fixed base 24 lost efficacy, described photographic goods 10a is fixed on described first slide bar 221 cannot change position, and described trimming assembly 30 can make up the skew of center of gravity in horizontal plane of described photographic goods 10a.Certainly, in other embodiments, described first slide block 31 can also be used for any one weight of fixed electrical machinery (not shown) or detector (not shown) or sensor (not shown); Described first slide block 31 and described second slide block 32 can also adopt lead screw transmission mechanism, realize the center of gravity Automatic Fine Tuning to described photographic goods 10a.
The utility model also provides the The Cloud Terrace of the second mode of execution (not shown), and described The Cloud Terrace is roughly the same with The Cloud Terrace 100 in described first mode of execution.Unlike, described trimming assembly 30 also comprises the 3rd slide block (not shown).Described 3rd slide block adopts and described first slide block 31 same structure in the first embodiment, unlike, described 3rd slide block 31 is slidably connected on described rotating component 21, the glide direction of the parallel described slider 22 of glide direction of described 3rd slide block 31.For installing power supply (not shown) on described 3rd slide block 31, by regulating described 3rd slide block 31 and the position of described power supply on described rotating component 21, described photographic goods 10a can be realized, adjusting part 20 is finely tuned on vertical described 3rd rotating shaft 131a direction with the overall center of gravity of trimming assembly 30, to realize described photographic goods 10a, the overall center of gravity of adjusting part 20 and trimming assembly 30 drops in the rotating shaft of described rotating component 21, add photographic goods 10a, the dimension of the overall center of gravity adjustment of adjusting part 20 and trimming assembly 30, to make up the skew of center of gravity in vertical plane of described photographic goods 10a, make described The Cloud Terrace balance and stability more.Certainly, in other embodiments, described 3rd slide block can also be adopt and described first adaptor same structure; Described 3rd slide block can also be used for any one weight of mounted motor or detector or inductor.Certainly, in other embodiments, can also be the combination of this second mode of execution and the first mode of execution, such as, on described 3rd slide block, fix another photographic goods.
The utility model also provides the The Cloud Terrace (not shown) of the 3rd mode of execution, described The Cloud Terrace is roughly the same with the The Cloud Terrace in described second mode of execution, unlike, described trimming assembly 30 also comprises Four-slider (not shown), described Four-slider is slidably connected on described 3rd slide block, the glide direction of parallel described first slide block 31 of glide direction of described Four-slider.For fixing described power supply on described Four-slider.Described Four-slider is identical with described first slide block 31 structure, regulate described Four-slider and described power supply when the described 3rd supreme predeterminated position of skid, the overall center of gravity realizing described trimming assembly 30, adjusting part 20 and described photographic goods 10a drops in the rotating shaft of described rotating component 21, make the fine setting of the overall center of gravity of described trimming assembly 30, adjusting part 20 and described photographic goods 10a more convenient, the skew of center of gravity in vertical plane and in horizontal plane of described photographic goods 10a can be made up.Certainly, in other embodiments, can also be that in present embodiment, The Cloud Terrace combines with The Cloud Terrace in described second mode of execution, such as, described adjusting part 20 arrange multiple described trimming assembly 30, multiple described trimming assembly 30 fixes different weights.
The The Cloud Terrace that the utility model provides, slide along respective glide direction by regulating described slider and described first slide block, realize finely tuning the overall center of gravity of described photographic goods, described adjusting part and described trimming assembly, the overall center of gravity of described photographic goods, described adjusting part and trimming assembly is made to drop in the rotating shaft of described rotating component, simultaneously, described dwang is rotationally connected with on described balance bracket, realizes described photographic goods shooting direction and keeps balance.
In addition, this enforcement is also rotationally connected with on described runing rest by described balance bracket with novel, and slided by the rotor shaft direction of described second slide block of described adjustment along vertical described balance bracket, and then realize the overall center of gravity of described photographic goods, adjusting part, trimming assembly and described balance bracket in the rotating shaft of described balance bracket, realize described photographic goods shooting balance, realize the conversion of shooting direction simultaneously.
In addition, this enforcement is also rotationally connected with on described balance bracket by described runing rest with novel, and the slip of joint by described runing rest, regulate described photographic goods, adjusting part, trimming assembly, described balance bracket and runing rest overall center of gravity in the rotating shaft of described runing rest, realize balance, increase shooting is simultaneously established and is changed direction; Make described photographic goods when taking, move arbitrarily or rock described The Cloud Terrace, described photographic goods all can keep statokinetic.
In addition, this enforcement is with novel, also be connected on described rotating component by described 3rd skid, and by regulating described 3rd slide block to slide along the rotor shaft direction of vertical described rotating component, the overall center of gravity that can realize described photographic goods, adjusting part and trimming assembly is finely tuned in the rotating shaft of described rotating component in vertical plane, add the dimension of described The Cloud Terrace fine setting balance, make described The Cloud Terrace more stable.
The above is preferred implementation of the present utility model; it should be pointed out that for those skilled in the art, under the premise without departing from the principles of the invention; can also make some improvements and modifications, these improvements and modifications are also considered as protection domain of the present utility model.
Claims (13)
1. a The Cloud Terrace, is characterized in that, it comprises:
Balance bracket, adjusting part and trimming assembly, described adjusting part comprises rotating component and slider,
Described rotating component is rotationally connected with on described balance bracket,
Described slider is slidably connected on described rotating component, the rotor shaft direction of the vertical described rotating component of glide direction of described slider, for installing photographic goods on described slider,
Described trimming assembly comprises the first slide block, described first slide block is for installing any one weight of power supply or motor or detector, described first skid is connected to described slider, the rotor shaft direction of the vertical described rotating component of glide direction of described first slide block, the simultaneously glide direction of the glide direction of described first slide block also vertical described slider.
2. The Cloud Terrace according to claim 1, it is characterized in that, described The Cloud Terrace also comprises runing rest, described balance bracket is rotationally connected with on described runing rest, the rotating shaft of described rotating component is perpendicular to the rotating shaft of described balance bracket, and described trimming assembly also comprises the second slide block, and described second skid is connected on described slider, the rotating shaft of the parallel described rotating component of glide direction of described second slide block, described first skid is connected on described second slide block.
3. The Cloud Terrace according to claim 2, it is characterized in that, described rotating component is rod member, the length direction of described rotating component self rotatingshaft vertical, described slider comprises and is oppositely arranged the first slide bar and the second slide bar, described first slide bar and described second slide bar are slidably connected to the two ends of described rotating component respectively, the rotating shaft of described first slide bar and all parallel described rotating component of the length direction of described second slide bar, for installing described photographic goods between described first slide bar and described second slide bar, described second skid is connected on described second slide bar.
4. The Cloud Terrace according to claim 3, it is characterized in that, described adjusting part also comprises the first fixed base and the first adaptor, described first adaptor is slidably connected to described first slide bar, the length direction of parallel described first slide bar of glide direction of described first adaptor, for fixing described photographic goods on described first fixed base, and be slidably connected on described first adaptor, the glide direction of parallel described first slide block of glide direction of described first fixed base.
5. The Cloud Terrace according to claim 4, it is characterized in that, described adjusting part also comprises the second adaptor and the second fixed base, described second adaptor is slidably connected described second slide bar, the length direction of parallel described second slide bar of glide direction of described second adaptor, described second fixed base is used for fixing described photographic goods away from described first fixed base one end, and be slidably connected to described second adaptor, the glide direction of parallel described first fixed base of glide direction of described second fixed base.
6. The Cloud Terrace according to claim 5, it is characterized in that, described The Cloud Terrace also comprises suspension holdfast, described runing rest comprises supporting portion and joint, described supporting portion is rotationally connected with on described suspension holdfast, and described joint is slidably connected described supporting portion, and the glide direction of described joint is perpendicular to the rotating shaft of described supporting portion, described balance bracket is rotationally connected with on described joint, and the shaft parallel of described balance bracket is in the glide direction of described joint.
7. The Cloud Terrace according to claim 6, it is characterized in that, described first slide bar one end sets firmly U-shaped snap close, described snap close comprises two the first free ends be oppositely arranged, and the first holding arm be fixed between two described first free ends, described first holding arm is sheathed on described rotating component, two described first free ends are jointly through first check lock lever, described first check lock lever one end sets firmly limited part, the other end is rotationally connected first eccentric wheel, described first eccentric sense of rotation is perpendicular to the bearing of trend of described first check lock lever, the all sides of described first eccentric wheel are fixedly connected with first spanner, described first spanner extends along perpendicular to described first eccentric sense of rotation, when pulling described first spanner near described limited part, the spacing of two described first free ends reduces, described first holding arm holds described rotating component tightly, when pulling described first spanner away from described limited part, the spacing of described two the first free ends increases, and described first holding arm unclamps described rotating component.
8. The Cloud Terrace according to claim 7, is characterized in that, described first slide bar and described second slide bar are two and extend side by side and cylinder together with fixing.
9. The Cloud Terrace according to claim 8, it is characterized in that, described second slide block is clip, described second slide block comprises two the second holding arms be oppositely arranged, and two the second free ends be fixed between two described second holding arms, two described second free ends are oppositely arranged, common through second check lock lever between two described second free ends, described second check lock lever one end sets firmly a positioning block, the other end is rotationally connected second eccentric wheel, described second eccentric sense of rotation is perpendicular to the bearing of trend of described second check lock lever, the all sides of described second eccentric wheel are fixedly connected with second spanner, described second spanner extends along perpendicular to described second eccentric sense of rotation, described second slide block is provided with chute near described first edge, slide block side, described chute extends along the glide direction of described second slide block, described positioning block is slidably connected in described chute, when pulling described second spanner near described positioning block, the spacing of two described second free ends reduces, two described second holding arms hold described second slide bar tightly, described positioning block is near described second slide block, described first slide block is fixed on described second slide block, when pulling described second spanner away from described positioning block, the spacing of two described second free ends increases, two described second holding arms unclamp described second slide bar, described positioning block away from described second slide block, relatively described second skid of described first slide block.
10. The Cloud Terrace according to claim 9, is characterized in that, described rotating component, described first slide bar and described second slide bar are carved with scale value all along its length.
11. The Cloud Terraces according to claim 10, is characterized in that, described suspension holdfast sets firmly handle.
12. The Cloud Terraces according to claim 1, it is characterized in that, described trimming assembly also comprises the 3rd slide block, described 3rd skid is connected on described rotating component, the rotor shaft direction of the vertical described rotating component of glide direction of described 3rd slide block, described 3rd slide block is for installing any one weight of power supply or motor or detector.
13. The Cloud Terraces according to claim 12, it is characterized in that, described trimming assembly also comprises Four-slider, described Four-slider is slidably connected on described 3rd slide block, the glide direction of parallel described first slide block of glide direction of described Four-slider, described Four-slider is used for any one weight of fixed power source or motor or detector.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420353474.XU CN204062364U (en) | 2014-06-27 | 2014-06-27 | The Cloud Terrace |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420353474.XU CN204062364U (en) | 2014-06-27 | 2014-06-27 | The Cloud Terrace |
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| Publication Number | Publication Date |
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| CN204062364U true CN204062364U (en) | 2014-12-31 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201420353474.XU Expired - Fee Related CN204062364U (en) | 2014-06-27 | 2014-06-27 | The Cloud Terrace |
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Legal Events
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| TR01 | Transfer of patent right | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20170524 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. |
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| 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: 20141231 |