CN204962217U - Shoot auxiliary rod and shooting equipment - Google Patents
Shoot auxiliary rod and shooting equipment Download PDFInfo
- Publication number
- CN204962217U CN204962217U CN201520685092.1U CN201520685092U CN204962217U CN 204962217 U CN204962217 U CN 204962217U CN 201520685092 U CN201520685092 U CN 201520685092U CN 204962217 U CN204962217 U CN 204962217U
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- Prior art keywords
- leg
- auxiliary rod
- revolving part
- gripping member
- projection
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Abstract
The utility model provides a shoot the auxiliary rod, it includes handle portion and connects in the connecting rod portion of this handle portion. This handle portion is including connecting in the gripping member and the support piece of this connecting rod portion, and this support piece is including can be for this gripping member pivoted stabilizer blade, this stabilizer blade through rotate certain angle can receive fit this gripping member on, and this stabilizer blade can expand certain angle for this gripping member, this stabilizer blade after the expansion can support this gripping member on an object. The utility model discloses still relate to the shooting equipment that has this shooting auxiliary rod.
Description
Technical field
The utility model relates to capture apparatus, particularly for auxiliary shooting shooting auxiliary rod and there is the capture apparatus of this shooting auxiliary rod.
Background technique
At present, capture apparatus needs a large amount of shooting supplementary equipment of collocation to reach the shooting of expection object usually, and such as, collocation shooting auxiliary rod carries out autodyning and/or arrange in pairs or groups tripod to realize steady shot etc.But for capture apparatus, shooting supplementary equipment often needs to carry separately and manage, and quantity is more, and it is more inconvenient that it carries and manages.
Model utility content
In view of this, be necessary to provide a kind of shooting auxiliary rod of being convenient for carrying and The Cloud Terrace.
A kind of shooting auxiliary rod, it connecting rod portion comprising handle part and be connected to this handle part.This handle part comprises the gripping member and supporting element that are connected to this connecting rod portion, this supporting element comprises the leg that can rotate relative to this gripping member, this leg can collapse on this gripping member by turning an angle, and this leg can launch several angle relative to this gripping member, this gripping member can be supported on an object by this leg after expansion.
Further, this supporting element comprises the pedestal being connected to this leg of rotation; This handle part also comprises the revolving part being arranged on this pedestal; This leg comprises holding section, and this revolving part is offseted by rotation and this holding section or is separated and this leg is in the lock state or rotatable state.
Further, this gripping member offers draw-in groove, this leg can relative to this pedestal along predetermined direction rotate and part be housed in this draw-in groove, this supporting element is in contraction state.
Further, this leg can by departing from this draw-in groove relative to this pedestal along rotating in the opposite direction with this predetermined party gradually.
Further, this holding section comprises the first projection and the second projection, and this revolving part comprises engagement portion, and this first projection or this second projection and this engagement portion offset or be separated, and this leg is in the lock state or rotatable state.
Further, this first projection comprises the first supporting surface, and this second projection comprises the second supporting surface, and this first supporting surface and this engagement portion offset, and this supporting element is in contraction state; This second supporting surface and this engagement portion offset, and this supporting element is in deployed condition.
Further, this pedestal offers host cavity, and this engagement portion is contained in this host cavity.
Further, this host cavity comprises bottom surface, and this pedestal includes limited post, and this limited post is fixed on this bottom surface, and it is for carrying out spacing to the rotation of this revolving part.
Further, this supporting element also comprises knob, and this knob is fixedly connected on this revolving part, and it can drive this revolving part synchronous axial system, makes this revolving part and this holding section offset or be separated.
Further, the second accepting hole that this knob offers the first accepting hole and is connected with this first accepting hole, this first accepting hole is used for plugging this revolving part; This revolving part offers the 3rd accepting hole, and the 3rd accepting hole matches with this second accepting hole and supplies fastening piece to pass, to limit relatively rotating between this knob and this revolving part.
Further, this pedestal offers the groove be connected with this host cavity, and this revolving part also comprises the connecting end being connected to this engagement portion, and this connecting end is connected to this knob through this groove.
Further, this pedestal offers the escape groove be connected with this host cavity, and one end of this leg is housed in this escape groove.
Further, this holding section is fixedly connected on this leg and is housed in one end in this escape groove.
Further, this supporting element also comprises foot pad, the other end part of this support be housed in this foot pad, the support force that this foot pad is subject to for cushioning this leg.
Further, this holding section is made up of multiple projection, and this revolving part can offset with in the plurality of projection, and this leg is in the lock state.
Further, this supporting element is arranged at the one end away from this connecting rod portion on this gripping member.
Further, the angle between when this leg is in holding state and when this leg collapses in this gripping member is more than or equal to 90 degree.
Further, this leg also comprises pin-joint part, and this pin-joint part is fixed in this holding section; This pin-joint part comprises a cambered surface, and the plurality of projection is evenly distributed along the periphery of this cambered surface.
A kind of capture apparatus, it comprises clamping structure, and this clamping structure is for carrying shooting equipment.This capture apparatus also comprises takes auxiliary rod as above, and this clamping structure is connected to this connecting rod portion.
The shooting auxiliary rod adopting the utility model to provide and capture apparatus, this handle part comprises the gripping member and supporting element that are connected to this connecting rod portion, this supporting element comprises the leg that can rotate relative to this gripping member, this leg can collapse on this gripping member by turning an angle, make this supporting element be in contraction state, be easy to carry and folding and unfolding.
Accompanying drawing explanation
Fig. 1 is the structural representation of the shooting auxiliary rod that the utility model better embodiment provides.
Fig. 2 is the decomposing schematic representation of the shooting auxiliary rod in Fig. 1.
Fig. 3 is the plan view of the supporting element of the handle part of shooting auxiliary rod in Fig. 1.
Fig. 4 is the sectional view of the supporting element in Fig. 3 along IV-IV direction.
Fig. 5 is the structural representation of the leg of supporting element in Fig. 3.
Fig. 6 is the schematic diagram that shooting auxiliary rod in Fig. 1 is in contraction state.
Primary component symbol description
| Shooting auxiliary rod | 100 |
| Handle part | 10 |
| Supporting element | 10a |
| Gripping member | 10b |
| Pedestal | 11 |
| First end face | 111 |
| Second end face | 112 |
| Host cavity | 113 |
| Bottom surface | 1131 |
| Groove | 114 |
| Escape groove | 115 |
| Cell wall | 1151 |
| First axis hole | 1152 |
| Opening | 116 |
| Limited post | 117 |
| Leg | 12 |
| Round end | 121 |
| Support end | 122 |
| Stationary plane | 123 |
| Card article | 124 |
| Pin-joint part | 125 |
| Second axis hole | 1251 |
| First side | 1252 |
| Second side | 1253 |
| First bight | 1254 |
| Second bight | 1255 |
| Holding section | 126 |
| First projection | 1261 |
| Second projection | 1262 |
| First supporting surface | 1263 |
| Second supporting surface | 1264 |
| Knob | 13 |
| First accepting hole | 131 |
| Second accepting hole | 132 |
| Revolving part | 14 |
| Engagement portion | 141 |
| Salient angle | 1411 |
| Connecting end | 142 |
| 3rd accepting hole | 1421 |
| Revolving part cover | 15 |
| Foot pad | 16 |
| Rotating shaft cover | 17 |
| Rotating shaft | 18 |
| Covering lid | 19 |
| Draw-in groove | 20 |
| Through hole | 21 |
| Connecting rod portion | 30 |
| Body | 31 |
| Bearing end | 32 |
| First link | 321 |
| Second link | 322 |
| Lanyard | 33 |
| First direction | 101 |
| Second direction | 102 |
Following embodiment will further illustrate the utility model in conjunction with above-mentioned accompanying drawing.
Embodiment
Refer to Fig. 1 to Fig. 4, the shooting auxiliary rod 100 that the utility model better embodiment provides, it connecting rod portion 30 comprising handle part 10 and be connected to this handle part 10.
This handle part 10 comprises supporting element 10a and gripping member 10b.
This supporting element 10a comprises pedestal 11, leg 12, knob 13, revolving part 14, revolving part cover 15, foot pad 16, rotating shaft cover 17, rotating shaft 18 and covering lid 19.In present embodiment, described supporting element 10a is arranged at the one end away from described connecting rod portion 30 on this gripping member 10b.Be appreciated that described supporting element 10a also can be connected to other positions on described gripping member 10b, as middle part, near the position etc. in connecting rod portion 30.
This pedestal 11 is stair-stepping cylindrical body substantially, and it comprises the first end face 111 and second end face 112 opposing with this first end face 111.This pedestal 11 offers the host cavity 113 running through this first end face 111.This host cavity 113 is for accommodating this revolving part 14 of part, and it comprises bottom surface 1131, and this bottom surface 1131 is roughly parallel to this first end face 111.This bottom surface 1131 offers the groove 114 running through this second end face 112.This groove 114 is connected with this host cavity 113, and it is for accommodating this revolving part 14 of part.
The outer peripheral surface of this pedestal 11 is recessed to form escape groove 115, this escape groove 115 is connected with this host cavity 113, and it is for accommodating this leg 12 of part.This escape groove 115 is provided with two relative cell walls 1151, and these two these cell walls 1151 respectively offer the first axis hole 1152 be communicated with this escape groove 115, and this first axis hole 1152 is for accommodating this rotating shaft cover 17 and this rotating shaft 18 of part.In present embodiment, the quantity of this escape groove 115 is three, and three these escape groove 115 arrange along the even circumferential of this pedestal 11.Be appreciated that the change of the number according to described leg 12, described escape groove 115 also can be other numbers, and also can for anisotropically to arrange.
This pedestal 11 also offers opening 116, and this opening 116 can accommodate this covering lid 19, to make self to be closed shape.This opening 116 is connected with corresponding two these first axis holes 1152, and the existence of this opening 116 can facilitate the installation of this rotating shaft 18.In present embodiment, the quantity of this opening 116 is three, and three these openings 116 arrange along the even circumferential of this pedestal 11; Three these openings 116 respectively and three these escape groove 115 intervals arrange.Be appreciated that number and the arrangement mode of described opening 116 also can change according to the change of described escape groove 115.
This pedestal 11 also comprises limited post 117, and this limited post 117 is for carrying out the rotation of this revolving part 14 spacing and pointing out this revolving part 14 of user and this leg 12 to offset or be separated, and this leg 12 is in the lock state or rotatable state.This limited post 117 is fixed on this bottom surface 1131, and it closes on one of them this escape groove 115 and arranges.Be appreciated that the quantity of this limited post 117 is not limited to present embodiment, can increase according to actual needs or reduce.
See also Fig. 5, this leg 12 is rotating is connected to this pedestal 11, and it comprises round end 121, the support end 122 opposing with this round end 121, the stationary plane 123 being connected this round end 121 and this support end 122, the card article 124 be fixed on this stationary plane 123, the pin-joint part 125 being fixed on round end 121 and the holding section 126 be fixed on this pin-joint part 125.
In present embodiment, the quantity of this card article 124 is two, and two these card article 124 intervals are arranged; When this shooting auxiliary rod 100 is in contraction state, this leg 12 can be arranged in this gripping member 10b by two these card articles 124.Be appreciated that in other embodiments, the quantity of this card article 124 can increase according to actual needs or reduce.
In present embodiment, the length direction of this card article 124 is roughly parallel to the length direction of this leg 12.The length direction being appreciated that this card article 124 can be other predetermined angles perpendicular to the length direction of this leg 12 or with the length direction of this leg 12.
This pin-joint part 125 is rotationally connected with this pedestal 11, and it is substantially rectangular.This pin-joint part 125 comprises the first bight 1254 and second bight 1255 relative with this first bight 1254, and this first bight 1254 is fixedly connected on this round end 121.This pin-joint part 125 also offers the second axis hole 1251, and this second axis hole 1251 is for accommodating this rotating shaft 18.By this rotating shaft 18, pedestal 11 is rotating is connected with this in this pin-joint part 125.This pin-joint part 125 comprises the first side 1252 being roughly parallel to this stationary plane 123 and the second side 1253 be connected with this first side 1252.This first side 1252 and this second side 1253 are all connected with this second bight 1255.
This holding section 126 can offset with this revolving part 14 or be separated, and this leg 12 is in the lock state or rotatable state.In present embodiment, this holding section 126 comprises the first projection 1261 and second projection 1262 relative with this first projection 1261, and this first projection 1261 is fixed on this first side 1252, and this second projection 1262 is fixed on this second side 1253.This first projection 1261 comprises the first supporting surface 1263, and this first supporting surface 1263 is approximately perpendicular to this first side 1252, and it makes this leg 12 be contained in this gripping member 10b for supporting this revolving part 14, is in contraction state to make this shooting auxiliary rod 100.This second projection 1262 comprises the second supporting surface 1264 being approximately perpendicular to this first supporting surface 1263, and this second supporting surface 1264 makes this leg 12 keep deployed condition for being held in this revolving part 14.
Be appreciated that, in other embodiments, this holding section 126 can be made up of multiple projection, this second bight 1255 can comprise a cambered surface, the plurality of projection is evenly distributed along the periphery of this cambered surface, this revolving part 14 can be fastened in the diverse location of this leg 12 by the plurality of projection, make this leg 12 keep different expanded angle.
In present embodiment, the quantity of this leg 12 is three.Be appreciated that in other embodiments, this leg 12 can other forms, leg as telescopic in length, can the leg that be connected separable with other poles.
This knob 13 is fixedly connected on this revolving part 14, and it can drive this revolving part 14 around the central axis of this pedestal 11, makes this revolving part 14 offset with this holding section 126 or be separated, and then this leg 12 is in the lock state or rotatable state.
One end of this knob 13 offers the first accepting hole 131, and the central shaft of this first accepting hole 131 roughly overlaps with the central shaft of this knob 13, and it is for plugging this revolving part 14.This knob 13 also offers the second accepting hole 132 be connected with this first accepting hole 131, the central shaft of this second accepting hole 132 is approximately perpendicular to the central shaft of this first accepting hole 131, and it is for plugging the fastening piece (not shown) of this knob 13 of connection and this revolving part 14 to limit relatively rotating between this revolving part 14 and this knob 13.In present embodiment, this fastening piece is pin; Be appreciated that in other embodiments, this fastening piece can be other elements, as screw.
This revolving part 14 is connected to this pedestal 11, it connecting end 142 comprising engagement portion 141 and be connected to this engagement portion 141.This engagement portion 141 comprises should the salient angle 1411 of leg 12, and this salient angle 1411 radially extends along the rotor shaft direction perpendicular to this revolving part 14.In present embodiment, the quantity of this salient angle 1411 is three, and the global shape of this engagement portion 141 is substantially triangular in shape, and is appreciated that the global shape of this engagement portion 141 also can be star.This limited post 117 offsets with the corresponding salient angle 1411 of this engagement portion 141 and carries out spacing to the rotation of this revolving part 14.This engagement portion 141 is housed in the host cavity 113 of this pedestal 11, and this connecting end 142 is connected to this knob 13 from this host cavity 113 through this groove 114.This revolving part 14 is cam.
The central shaft that the connecting end 142 of this revolving part 14 offers the central shaft of the 3rd accepting hole the 1421, three accepting hole 1421 and this revolving part 14 is perpendicular.3rd accepting hole 1421 matches with the second accepting hole 132 of this knob 13 and supplies described fastening piece to pass, to limit relatively rotating between this revolving part 14 and this knob 13.
This revolving part cover 15 is fixedly installed in this groove 114, and the connecting end 142 of this revolving part 14 overlaps 15 from this first end face 111 through this revolving part.This knob 13 is fixedly connected on the connecting end 142 of this revolving part 14 from this second end face 112, the connecting end 142 of this revolving part 14 is inserted in this first accepting hole 131, this fastening piece through this second accepting hole 132 and the 3rd accepting hole 1421 to limit relatively rotating this revolving part 14 and this knob 13.In present embodiment, the quantity of this rotating shaft cover 17 is six, and six this rotating shaft covers 17 are separately positioned in six these the first axis holes 1152; In present embodiment, the quantity of this rotating shaft 18 is three, and this rotating shaft 18 each is housed in two corresponding these rotating shafts covers 17 and this second axis hole 1251, makes that this corresponding leg 12 is rotating is connected to this pedestal 11.
The pin-joint part 125 of this leg 12 and holding section 126 are housed in this escape groove 115, and this support end 122 is partly housed in this foot pad 16.This foot pad 16 can for the cushion be made up of elastic material, its support force be subject to for cushioning this leg 12.In present embodiment, the quantity of this foot pad 16 is three.Three these covering lids 19 are arranged in this opening 116.In present embodiment, this revolving part cover 15 and this rotating shaft cover 17 are copper sheathing; This revolving part cover 15 is for avoiding the wearing and tearing between the connecting end 142 of this revolving part 14 and this groove 114 inwall, and this rotating shaft cover 17 is for avoiding the wearing and tearing between this rotating shaft 18 and this first axis hole 1152 inwall.
This covering lid 19 is enclosed in this opening 116, to make this supporting element 10a attractive in appearance.Quantity and the structure of the quantity of this covering lid 19 and structure and described opening 116 are corresponding.In present embodiment, the quantity of this covering lid 19 is three.
This gripping member 10b is cylindric substantially, its outer peripheral surface offers draw-in groove 20.This draw-in groove 20 makes this leg 12 partly be housed in this draw-in groove 20 for engaging with this card article 124.In present embodiment, the quantity of this draw-in groove 20 is three, and three these draw-in grooves 20 are evenly distributed along the outer peripheral surface of this gripping member 10b.In present embodiment, the length direction of this draw-in groove 20 is roughly parallel to the length direction of this gripping member 10b, is appreciated that the change of the length corresponding to this card article 124, and the length direction of this draw-in groove 20 also can make corresponding change.This gripping member 10b also offers through hole 21.The central shaft of this through hole 21 overlaps with the central shaft of this gripping member 10b, and it is for accommodating this connecting rod portion 30 of part.In present embodiment, this gripping member 10b is silica gel sheath.
This connecting rod portion 30 is fixedly connected on this handle part 10, and it is for carrying shooting equipment, as camera, and projection camera.This connecting rod portion 30 comprises body 31 and is connected to the bearing end 32 of one end of this body 31.The other end of this body 31 is fixedly connected on the pedestal 11 of this handle part 10 through this gripping member 10b.This bearing end 32 is provided with the first link 321 and the second link 322, and this first link 321 and this second link 322 are for connecting shooting equipment and/or electronic equipment.In present embodiment, this first link 321 and this second link 322 are dish tooth; This connecting rod portion 30 is Collapsible structure.This connecting rod portion 30 also comprises lanyard 33, and the existence of this lanyard 33 can facilitate carrying of this shooting auxiliary rod 100.In present embodiment, this lanyard 33 is flexible.Be appreciated that and scalable mode also can be adopted to be interconnected between this connecting rod portion 30 and this handle part 10.
During work, when the engagement portion 141 of this revolving part 14 departs from the holding section 126 of this leg 12, this leg 12 is in rotatable state, it rotates in predetermined angular range relative to this pedestal 11 along first direction 101 around this rotating shaft 18, and this first end face 111 becomes large gradually apart from the distance in the face that this foot pad 16 contacts.When this leg 12 supports this pedestal 11, this knob 13 is by rotating to drive this revolving part 14 synchronous axial system in the counterclockwise direction, the engagement portion 141 of this revolving part 14 supports this limited post 117, this holding section 126 offsets with this engagement portion 141, this leg 12 is in the lock state, this supporting element 10a is in deployed condition, and this gripping member 10b can be supported on an object by this supporting element 10a, and this leg 12 is in holding state.Now, this shooting auxiliary rod 100 can use as the foot rest of capture apparatus, and therefore, the application area of this shooting auxiliary rod 100 is further expanded.In present embodiment, this predetermined angular range is for being more than or equal to 90 degree, that is, the angle between when this leg 12 is in holding state and when this leg 12 collapses in this gripping member 10b is more than or equal to 90 degree.When the rotation angle that the state collapsing in this gripping member 10b relative to this leg 12 when this leg 12 is in holding state is rotated equals 90 degree, the open and flat support of this leg 12; When the rotation angle that the state collapsing in this gripping member 10b relative to this leg 12 when this leg 12 is in holding state is rotated is greater than 90 degree, this leg 12 drops down.
See also Fig. 6, when this shooting auxiliary rod 100 does not use, this knob 13 is by rotating along along time orientation to drive this revolving part 14 synchronous axial system, and the engagement portion 141 of this revolving part 14 departs from this limited post 117, and this leg 12 is in rotatable state.This leg 12 rotates along the second direction 102 contrary with this first direction 101, and this first end face 111 diminishes gradually apart from the distance in the face that this foot pad 16 contacts.This pedestal 11 is supported after this leg 12 turns an angle, this knob 13 is by rotating to drive this revolving part 14 synchronous axial system in the counterclockwise direction, the engagement portion 141 of this revolving part 14 supports this limited post 117, and this leg 12 is in the lock state, and this supporting element 10a is in contraction state.Now, the card article 124 of this leg 12 snaps in the draw-in groove 20 of this gripping member 10b, makes being housed in this draw-in groove 20 of this leg 12 part, and this shooting auxiliary rod 100 of depositing and carry or directly grip being convenient to this shooting auxiliary rod 100 carries out the shootings such as auto heterodyne.
Be arranged at described gripping member 10b one end away from connecting rod portion 30 by supporting element 10a in the present embodiment, realize opening and upwards packing up during non-supported state when tripod supports downwards.Add academic title's height of whole shooting auxiliary rod, and can realize, when packing up, there is less size.
Angle between when being appreciated that this leg 12 is in holding state and when this leg 12 collapses in this gripping member 10b can be less than 90 degree.Now need supporting element 10a to be arranged at described gripping member 10b near the position in described connecting rod portion 30 or middle part.
Need to illustrate, there is the capture apparatus (not shown) of above-mentioned shooting auxiliary rod 100, can clamping structure be comprised.This clamping structure is for carrying shooting equipment, and it is connected with this bearing end 32.This leg 12 can rotate relative to this pedestal 11, and can rest on predeterminated position to support this clamping structure.Bearing end 32 is rotating is connected with this for this clamping structure.Be appreciated that according to actual needs, this first link 321 and this second link 322 respectively connect this clamping structure; Or this first link 321 and this second link 322 one of them connect this clamping structure.
The shooting auxiliary rod adopting the utility model to provide and capture apparatus, this handle part comprises the gripping member and supporting element that are connected to this connecting rod portion, this supporting element comprises the leg that can rotate relative to this gripping member, this leg can collapse on this gripping member by turning an angle, make this supporting element be in contraction state, be easy to carry and folding and unfolding.
In addition; those skilled in the art will be appreciated that; above mode of execution is only used to the utility model is described; and be not used as restriction of the present utility model; as long as within spirit of the present utility model, the suitable change do above embodiment and change all drop within the claimed scope of the utility model.
Claims (19)
1. a shooting auxiliary rod, it connecting rod portion comprising handle part and be connected to this handle part, it is characterized in that: this handle part comprises the gripping member and supporting element that are connected to this connecting rod portion, this supporting element comprises the leg that can rotate relative to this gripping member, this leg can collapse on this gripping member by turning an angle, and this leg can launch several angle relative to this gripping member, this gripping member can be supported on an object by this leg after expansion.
2. take auxiliary rod as claimed in claim 1, it is characterized in that: this supporting element comprises the pedestal being rotationally connected with this leg; This handle part also comprises the revolving part being arranged on this pedestal; This leg comprises holding section, and this revolving part is offseted by rotation and this holding section or is separated and this leg is in the lock state or rotatable state.
3. take auxiliary rod as claimed in claim 2, it is characterized in that: this gripping member offers draw-in groove, this leg can relative to this pedestal along predetermined direction rotate and part be housed in this draw-in groove, this supporting element is in contraction state.
4. take auxiliary rod as claimed in claim 3, it is characterized in that: this leg can by departing from this draw-in groove relative to this pedestal along rotating in the opposite direction with this predetermined party gradually.
5. take auxiliary rod as claimed in claim 2, it is characterized in that: this holding section comprises the first projection and the second projection, this revolving part comprises engagement portion, and this first projection or this second projection and this engagement portion offset or be separated, and this leg is in the lock state or rotatable state.
6. take auxiliary rod as claimed in claim 5, it is characterized in that: this first projection comprises the first supporting surface, this second projection comprises the second supporting surface, and this first supporting surface and this engagement portion offset, and this supporting element is in contraction state; This second supporting surface and this engagement portion offset, and this supporting element is in deployed condition.
7. take auxiliary rod as claimed in claim 5, it is characterized in that: this pedestal offers host cavity, this engagement portion is contained in this host cavity.
8. take auxiliary rod as claimed in claim 7, it is characterized in that: this host cavity comprises bottom surface, this pedestal includes limited post, and this limited post is fixed on this bottom surface, and it is for carrying out spacing to the rotation of this revolving part.
9. take auxiliary rod as claimed in claim 7, it is characterized in that: this supporting element also comprises knob, this knob is fixedly connected on this revolving part, and it can drive this revolving part synchronous axial system, makes this revolving part and this holding section offset or be separated.
10. take auxiliary rod as claimed in claim 9, it is characterized in that: the second accepting hole that this knob offers the first accepting hole and is connected with this first accepting hole, this first accepting hole is used for plugging this revolving part; This revolving part offers the 3rd accepting hole, and the 3rd accepting hole matches with this second accepting hole and supplies fastening piece to pass, to limit relatively rotating between this knob and this revolving part.
11. take auxiliary rod as claimed in claim 9, it is characterized in that: this pedestal offers the groove be connected with this host cavity, and this revolving part also comprises the connecting end being connected to this engagement portion, and this connecting end is connected to this knob through this groove.
12. take auxiliary rod as claimed in claim 7, it is characterized in that: this pedestal offers the escape groove be connected with this host cavity, and one end of this leg is housed in this escape groove.
13. take auxiliary rod as claimed in claim 12, it is characterized in that: this holding section is fixedly connected on this leg and is housed in one end in this escape groove.
14. take auxiliary rod as claimed in claim 12, it is characterized in that: this supporting element also comprises foot pad, the other end part of this support be housed in this foot pad, the support force that this foot pad is subject to for cushioning this leg.
15. take auxiliary rod as claimed in claim 2, it is characterized in that: this holding section is made up of multiple projection, and this revolving part can offset with in the plurality of projection, and this leg is in the lock state.
16. take auxiliary rod as claimed in claim 15, it is characterized in that: this leg also comprises pin-joint part, and this pin-joint part is fixed in this holding section; This pin-joint part comprises a cambered surface, and the plurality of projection is evenly distributed along the periphery of this cambered surface.
17. take auxiliary rod as claimed in claim 1, it is characterized in that: this supporting element is arranged at the one end away from this connecting rod portion on this gripping member.
18. take auxiliary rod as claimed in claim 17, it is characterized in that: the angle between when this leg is in holding state and when this leg collapses in this gripping member is more than or equal to 90 degree.
19. 1 kinds of capture apparatus, it comprises clamping structure, and this clamping structure, for carrying shooting equipment, is characterized in that: this capture apparatus also comprises the shooting auxiliary rod described in any one of claim 1-18, and this clamping structure is connected to this connecting rod portion.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520685092.1U CN204962217U (en) | 2015-09-07 | 2015-09-07 | Shoot auxiliary rod and shooting equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520685092.1U CN204962217U (en) | 2015-09-07 | 2015-09-07 | Shoot auxiliary rod and shooting equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204962217U true CN204962217U (en) | 2016-01-13 |
Family
ID=55057285
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520685092.1U Expired - Fee Related CN204962217U (en) | 2015-09-07 | 2015-09-07 | Shoot auxiliary rod and shooting equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204962217U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108980567A (en) * | 2018-08-09 | 2018-12-11 | 安徽爱依特科技有限公司 | A kind of rotation protection support device and its air detection instrument |
| CN109668039A (en) * | 2019-02-15 | 2019-04-23 | 深圳市全天拍科技有限公司 | Multi-functional self-shooting bar |
| CN112555633A (en) * | 2020-12-08 | 2021-03-26 | 深圳市华创智博科技有限公司 | Electronic equipment support |
-
2015
- 2015-09-07 CN CN201520685092.1U patent/CN204962217U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108980567A (en) * | 2018-08-09 | 2018-12-11 | 安徽爱依特科技有限公司 | A kind of rotation protection support device and its air detection instrument |
| CN109668039A (en) * | 2019-02-15 | 2019-04-23 | 深圳市全天拍科技有限公司 | Multi-functional self-shooting bar |
| CN112555633A (en) * | 2020-12-08 | 2021-03-26 | 深圳市华创智博科技有限公司 | Electronic equipment support |
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