CN204761519U - From rapping bar - Google Patents
From rapping bar Download PDFInfo
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- CN204761519U CN204761519U CN201520302808.5U CN201520302808U CN204761519U CN 204761519 U CN204761519 U CN 204761519U CN 201520302808 U CN201520302808 U CN 201520302808U CN 204761519 U CN204761519 U CN 204761519U
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- holder
- self
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Abstract
The utility model relates to a from rapping bar, a serial communication port, including the handle, connect in the telescopic link of handle tip, connect in the angle adjustment mechanism of telescopic link tip, rotationally install in fixture on the angle adjustment mechanism to and detachably set up in bluetooth self -timer on the handle, bluetooth self -timer includes control chip, power and triggers control chip sends shutter control signal's auto heterodyne button. The utility model discloses a fixture centre gripping equipment of taking a picture, through angle adjustment mechanism regulation shooting angle, through the shutter of the bluetooth self -timer control equipment of taking a picture, it is convenient operation not only, can also realize the shooting of a plurality of angles.
Description
Technical field
The utility model relates to control technology of taking pictures, and more particularly, relates to a kind of self-shooting bar.
Background technology
Along with the development that raising and the electronic product day by day of living standards of the people are advanced by leaps and bounds, mobile phone photograph is just being widely used in increasing living scene, records the portable tool of drop life as people.When people are autodyned by mobile phone, the mode adopting hand-held mode or timing to take pictures more.Hand-held is limited to the restriction of shooting distance, general autodyne out be all nearly body effect.Timing is taken pictures according to long-range establishing shot device, needs to carry out loaded down with trivial details installation and adjustment in advance, cannot take real-time.Occur self-shooting bar in prior art, but the shooting angle of these self-shooting bars is normally fixing, cannot adjust shooting angle as required.
Utility model content
The technical problems to be solved in the utility model is, for the above-mentioned defect of prior art, provides a kind of easy to operate, self-shooting bar that can realize multiple angle shot.
The utility model solves the technical scheme that its technical problem adopts: propose a kind of self-shooting bar, comprise handle, be connected to the expansion link of handle end, be connected to the angle adjusting mechanism of described expansion link end, the fixture be rotatably installed on described angle adjusting mechanism, and be removable installed in the bluetooth automatic timer on described handle; Described bluetooth automatic timer comprises control chip, power supply and triggers the auto heterodyne button that described control chip sends shutter control signal.
In an embodiment, described bluetooth automatic timer also comprises radio frequency processing module and Bluetooth antenna, described auto heterodyne button triggers described control chip and sends shutter control signal, and described shutter control signal is sent to the photographing device of pairing after radio frequency processing resume module by Bluetooth antenna.
In an embodiment, described bluetooth automatic timer also comprises the first housing and the second housing that are fixed to one another connection, and described first housing and described second housing are removably installed on described handle by installation component; Containing cavity is enclosed between described first housing and described second housing; Described control chip, power supply, radio frequency processing module and described Bluetooth antenna are all installed in described containing cavity, and described auto heterodyne button is installed on described first hull outside.
In an embodiment, described bluetooth automatic timer also comprises is located at described first housing or described second outside and the LED light be electrically connected with described control chip and on & off switch, and to be arranged in described containing cavity and the charging inlet be connected with described power electric.
In an embodiment, described installation component comprises accommodation zone, adjusting base and buckling piece; Described buckling piece is installed on described adjusting base; Described accommodation zone is set on described handle, wherein, described accommodation zone part is contained in described containing cavity, be fixed on described adjusting base after one end of described accommodation zone passes from described second housing, the other end of described accommodation zone passes rear through described adjusting base from described second housing, and is unclamped or fastening by described buckling piece.
In an embodiment, described adjusting base comprises two parallel mounting panels, and is connected to the connector between two described mounting panels; Described connector is towards the mounting groove be formed between the side and described two mounting panels of described accommodation zone for fixing described accommodation zone one end; Described adjusting base is also provided with stop part, and described stop part and described connector are provided with spacing to form the through hole passed for the described accommodation zone other end; The installation portion installed for described buckling piece is formed between described stop part and two described mounting panels; Described buckling piece is formed with step surface; Described buckling piece is rotatably installed on described installation portion, and described step surface is resisted against on described stop part.
In an embodiment, the coupling assembling that described fixture comprises the first holder be rotatably connected on described angle adjusting mechanism, one end is rotatably connected on described first holder, and be connected to the second holder of the described coupling assembling other end rotationally.
In an embodiment, described coupling assembling comprises rotary support and connector; One end of wherein said rotary support is connected on the first holder rotationally, and described connector is installed on the other end of described rotary support in spring-loading mode, and described second holder is connected on described connector rotationally.
In an embodiment, described connector extends two pull bars in the side relative with described rotary support, and pull bar described in each is all arranged with a spring; Described rotary support corresponds to two chutes that described two pull bars are formed with accommodating pull bar, and chute described in each is provided with a guide vane end stop away from one end of described connector; Described in each, one end of spring is fixed on described guide vane end stop.
In an embodiment, described angle adjusting mechanism comprises pedestal, rotating shaft and locking knob; Wherein, described pedestal is fixed on the end of described expansion link, and described pedestal offers slot; One end of described first holder is inserted in described slot, and described rotating shaft is each passed through described pedestal and described first holder; Described locking knob is connected with the threaded one end of described rotating shaft; The retainer plate for photographing device described in tighten is also provided with between described first holder and described pedestal.
Self-shooting bar of the present utility model is by the photographing device of gripper mechanism grips for autodyning, shooting angle is regulated by angle adjusting mechanism, regulate shooting distance by expansion link, controlled the shutter of photographing device by the bluetooth automatic timer be removably installed on handle.In use, bluetooth automatic timer is installed on handle by user, only just can need realize autodyning by the auto heterodyne button on this bluetooth automatic timer; And when not using, bluetooth automatic timer can be taken off or moves to other positions, and fixture is folded up for depositing, it is not only easy to operate, can also realize the shooting of multiple angle.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, the utility model is described in further detail, in accompanying drawing:
Fig. 1 is the structural representation that the fixture of the self-shooting bar of the utility model embodiment is in clamp position;
Fig. 2 is the assembly drawing of the bluetooth automatic timer of the self-shooting bar shown in Fig. 1;
The STRUCTURE DECOMPOSITION figure of the bluetooth automatic timer of self-shooting bar shown in Fig. 3 Fig. 2;
Fig. 4 is the structural representation of the adjusting base shown in Fig. 2;
Fig. 5 is the logic diagram of the bluetooth automatic timer of self-shooting bar shown in Fig. 2;
Fig. 6 is the explosive view of the self-shooting bar (except bluetooth automatic timer) in Fig. 1;
Fig. 7 is the structural representation of the fixture be in Fig. 1 under folded state;
Fig. 8 is the cutaway view of the fixture in Fig. 7;
Fig. 9 is the structural representation that the fixture of self-shooting bar in Fig. 1 is in folded state;
Embodiment
In order to make the purpose of this utility model, technical scheme and advantage clearly understand, below in conjunction with drawings and Examples, the utility model is further elaborated.Should be appreciated that specific embodiment described herein only in order to explain the utility model, and be not used in restriction the utility model.
Fig. 1 shows the structural representation of the self-shooting bar of the utility model embodiment, and the fixture of self-shooting bar is in clamp position in FIG.As shown in Figure 1, self-shooting bar comprises handle 10, is connected to the expansion link 20 of handle 10 end, is connected to the angle adjusting mechanism 40 of expansion link 20 end, the fixture 30 be rotatably installed on angle adjusting mechanism 40, and is removable installed in the bluetooth automatic timer 50 on handle 10.
Wherein, handle 10 can be designed to have the convenient shape and size gripped as required, and is provided with socket 101, for whole self-shooting bar being inserted in such as tripod by this socket 101 on one end away from expansion link 20 of handle 10.Handle 10 is preferably arranged with Anti-slip cover (non-label), such as rubber sleeve, can prevent the landing of bluetooth automatic timer 50 when bluetooth automatic timer 50 is installed on handle 10.
Expansion link 20 can free-extension be to regulate the entire length of self-shooting bar as required, thus adjustable clamp is held in the distance of photographing device (such as mobile phone, flat board etc.) on fixture 30 and auto heterodyne user.In the present embodiment, this expansion link 20 is only made up of single bar; But according in other embodiments of the present utility model, expansion link 20 is preferably socketed to form by many bars.Angle adjusting mechanism 40 is for regulating the angle between fixture 30 and handle 10 and expansion link 20, thus adjustable clamp is held in the shooting angle of the photographing device on fixture 30 relative to auto heterodyne user.Bluetooth automatic timer 50, for realizing the control of the space shooting shutter to photographing device, realizes the Self-timer of photographing device thus.
Fig. 2 shows the package assembly of the bluetooth automatic timer in Fig. 1, and Fig. 3 shows the exploded view of the bluetooth automatic timer shown in Fig. 2.As Figure 2-3, this bluetooth automatic timer 50 comprises the first housing 501 and the second housing 502 roughly in pie.First housing 501 and the second housing 502 are fixed to one another connection, and the second housing 502 is removably installed on handle 10 by installation component (non-label).
Wherein, this installation component comprises accommodation zone 503, adjusting base 504 and buckling piece 505.This accommodation zone 503 is roughly circular, for being set in handle 10.In the present embodiment, preferably, the bottom surface of the second housing 502 offers two peristome (not shown), this accommodation zone 503 part is contained in above-mentioned containing cavity, and the two ends of accommodation zone 503 pass respectively from two peristomes of the second housing 502, and subsequently through adjusting base 504.
With reference to Fig. 4, this adjusting base 504, roughly in arch, comprises two parallel mounting panel 504a, is connected between two parallel mounting panel 504a by connector 504b.This connector 504b is formed with mounting groove 504c towards between the side and two mounting panel 504a of accommodation zone 503.Adjusting base 504 is gone back stop part 504d.Be provided with spacing between this stop part 504d and connector 504b, thus form through hole 504e; And stop part 504d is less than the height of mounting panel 504a away from the height of accommodation zone 503 side, to make to be formed with the installation portion (not shown) installed for buckling piece 505 between stop part 504d and two mounting panel 504a.
With further reference to Fig. 2-3, composition graphs 4, buckling piece 505 one end is rotatably installed between two mounting panel 504a by rotating shaft (non-label).This buckling piece 505 is away from forming station terrace 505a on the side of accommodation zone 503.When mounted, one end of accommodation zone 503 is fixed in this mounting groove 504c, and the other end of accommodation zone 503 then passes from the through hole 504e adjusting base 504.Buckling piece 505 is arranged on above-mentioned installation portion, and the step surface 505a of buckling piece 505 is resisted against on stop part 504d.Buckling piece 505 extends to be clamped by the opposite side of the accommodation zone 503 through through hole 504e towards through hole 504e further.Stop part 504d also offers breach (non-label) away from the side of accommodation zone 503, with person easy to use, this buckling piece 505 is unclamped or fastening.
Preferably, in the present embodiment, this accommodation zone 503 is by elastomeric material, and such as silica gel is made.Therefore, when bluetooth automatic timer 50 is installed on handle 10, by the length adjustment of adjusting base 504 by accommodation zone 503, and by buckling piece 505 fastening, be fitted on handle 10 more firmly to make this accommodation zone 503, and then make bluetooth automatic timer 50 be not easy to rotate on handle 10, so that follow-up reliable and stable auto heterodyne operation.And when not using, then buckling piece 505 can be unclamped, thus bluetooth automatic timer 50 entirety is shifted out from handle 10, so that stored collapsed.
More than to be unclamped by buckling piece 505 or fastening accommodation zone 503 realizes bluetooth automatic timer 50 removably connecting on handle 10.But, according to other embodiments of the present utility model, the inwall of accommodation zone 503 can also be arranged to internal thread, and external screw thread is set on handle 10, accommodation zone 503 is removably installed on handle 10 by the mode coordinated by internal and external threads, thus bluetooth automatic timer 50 is removably installed on handle 10.
Further as Figure 2-3, between the first housing 501 and the second housing 502, containing cavity (non-label) is enclosed.Wherein, control chip 506 and power supply 507 is equipped with in this containing cavity.This power supply 507 is for providing power supply for the various piece of bluetooth automatic timer 50.The protective layer 508 for the protection of this control chip 506 is also provided with between control chip 506 and the first housing 501.There is auto heterodyne button 509 in the arranged outside of the first housing 501, while gripping handle 10, carry out the operation pushed button with user friendly hand.
See Fig. 5, this bluetooth automatic timer 50 also comprises radio frequency processing module 510, Bluetooth antenna 511, LED light 512 and on & off switch 513 further.Wherein, control chip 506 is electrically connected with radio frequency processing module 510, auto heterodyne button 509, LED light 512 and on & off switch 513 respectively, and radio frequency processing module 510 is also electrically connected with Bluetooth antenna 511.On & off switch 513 is for controlling switching on and shutting down and the Bluetooth pairing of bluetooth automatic timer 50.After bluetooth automatic timer 50 and photographing device carry out Bluetooth pairing, LED light 512 Chang Liang is to show that self-shooting bar is in running order.User presses auto heterodyne button 509, and trigger control chip 506 is sent shutter control signal.This shutter control signal is sent to the photographing device of pairing after radio frequency processing module 510 processes by Bluetooth antenna 511, the camera unit controlling photographing device is taken pictures.
In the present embodiment, preferably, this radio frequency processing module 510 and Bluetooth antenna 511 are all contained in the containing cavity between the first housing 501 and the second housing 502.LED light 512 and on & off switch 513 can be arranged at the first housing 501 or the second housing 502 is outside.Power supply 507 preferably includes lighium polymer rechargeable battery, and containing cavity between the first housing 501 and the second housing 502 is provided with the charging inlet 514 (see Fig. 2) be electrically connected with power supply 507, so that external power supply charges the battery.
Fig. 6 shows the explosive view of the self-shooting bar in the utility model one embodiment.In the embodiment shown in fig. 6, angle adjusting mechanism 40 comprises pedestal 401, rotating shaft 402 and locking knob 403.Wherein, pedestal 401 is fixed on the end of expansion link 20, and pedestal 401 offers multiple slot (non-label) for plugging fixture 30.Fixture 30 one end is plugged in slot, and rotating shaft 402 is each passed through pedestal 401 and is inserted in the fixture 30 in slot, makes fixture 30 to rotate by 402 opposite base 401 around the shaft thus.Locking knob 403 is connected with the threaded one end of rotating shaft 402.When needing to adjust the shooting angle of fixture 30, this locking knob 403 rotatable is to make to unclamp each other between pedestal 401 and fixture 30, and fixture 30 now can 402 to rotate to suitable angle around the shaft.And after angle has rotated, by rotational lock knob 403, pedestal 401 is abutted mutually with fixture 30, and then make that pedestal 401 is relative with fixture 30 locks, realize the locking to shooting angle.Therefore, the angle of adjustable fixture 30 when using this angle adjusting mechanism 40, and then realize the adjustment to shooting angle.
Further as shown in Figure 6, this fixture 30 comprises the first holder 301, second holder 302 and coupling assembling 303.Wherein, one end of first holder 301 is plugged in by connecting portion (not shown) in the slot of pedestal 401, and 402 rotatable relative to pedestal 401 around the shaft, the angle of this first holder 301 opposite handle 10 is adjusted thus by angle adjusting mechanism 40.One end of coupling assembling 303 is connected on the first holder 301 rotationally, and the other end of coupling assembling 303 is connected with the second holder 302 rotationally, adjust the relative position of relative first holder 301 of the second holder 302 thus by coupling assembling 303, and make whole fixture 30 realize folded state (Fig. 1) and clamp position (Fig. 7) thus.
Particularly, when needs clamping photographing device, namely when clamp position, see Fig. 1, by angle adjusting mechanism 40 first holder 301 to be rotated and after being locked at required angle, by above-mentioned coupling assembling 303 relative to the first holder 301 rotate and spacing at extreme position (in the present embodiment, extreme position refers to and makes coupling assembling 303 and the perpendicular position of the first holder 301), and rotated relative to coupling assembling 303 by the second holder 302 subsequently, thus photographing device can be clamped between the first holder 301 and the second holder 302.Under clamp position, preferably, the first holder 301 is parallel each other with the second holder 302.
Wherein, the shape of this first holder 301 and the second holder 302 is all preferably U-shaped, and when fixture 30 is in clamp position, the openend of U-shaped is towards handle 10.In addition, first holder 301 and the second holder 302 two faces respect to one another are also formed the limiting projection (non-label) of arc, so that photographing device, towards auto heterodyne user, and can carry out spacing to coupling assembling 303 by this U-shaped opening when being clamped on fixture 30 by photographing device.Wherein, this limiting projection preferably adopts elastomeric material to make, such as, be made up of silica gel, can play anti-skidding effect thus, realize better clamping function while clamping mobile phone.
Under clamp position, on two faces that the first holder 301 is relative with the second holder 302, preferably correspondence is provided with flexible first clamping part 301a and the second clamping part 302a.This first clamping part 301a and the second clamping part 302a is preferably made up of rubber, and this rubber is provided with multiple anti-skidding projection.And the first clamping part 301a and the second clamping part 302a is pasted onto on the first holder 301 and the second holder 302 with may correspond to.Therefore, fixture 30 Absorbable organic halogens of the present embodiment ground clamping photographing device, and the first clamping part 301a made by rubber and the second clamping part 302a realizes the cushioning effect to photographing device, prevents destruction or the damage of fixture 30 pairs of photographing devices.
Further as shown in Figure 6, in the present embodiment, coupling assembling 303 comprises rotary support 303a and connector 303b.Wherein, one end of this rotary support 303a is connected on the first holder 301 rotationally by bearing rotating shaft (non-label), and rotary support 303a is also undertaken spacing by the U-shaped structure of the first holder 301.And connector 303b is arranged on the other end of rotary support 303a, and the second holder 302 is rotatably connected on this connector 303b by another rotating shaft (non-label).In addition, connector 303b is removable relative to rotary support 303a, thus the distance between adjustment the second holder 302 and the first holder 301, the thus overall dimension of the photographing device of adaptive dissimilar and different model.The U-shaped opening of the second holder 302 plays position-limiting action to connector 303b in the present embodiment too.
In the present embodiment, this connector 303b is preferably arranged on rotary support 303a in spring-loading mode.Specifically see Fig. 7-8, wherein, two pull bar 303c are extended in relative with rotary support 303a on connector 303b side.Rotary support 303a corresponds to two chute 303d that two pull bars are formed with accommodating pull bar 303c, and on chute 303d, one end of connector 303b is provided with guide vane end stop 303f.Two pull bar 303c are arranged with spring 303e respectively, and one end of each spring 303e is all fixed on guide vane end stop 303f, to be fixedly connected with rotary support 303a by guide vane end stop 303f.When pulling out connector 303b and making it relatively away from rotary support 303a, pull bar 303c outwards slides along chute 303d; Spring 303e one end is fixed in rotary support 303a, and the other end is stretched along with the outside slip of pull bar 303c.When unclamping the pulling force put on connector 303b, the restoring force of spring drives the internal slide of pull bar 303c along chute to rotary support 303a, thus makes connector 303b move near rotary support 303a, clamping photographing device therebetween.In the present embodiment, be also provided with connecting rod (non-label) between two pull bar 303c to make two pull bar 303c shapes in aggregates, pull bar 303c can be synchronized with the movement thus.
In the present embodiment, the first holder 301 is preferably 0 ° ~ 300 ° relative to the anglec of rotation of pedestal 401; And the anglec of rotation of relative first holder 301 of rotary support 303a is preferably 0 ° ~ 90 °, and the anglec of rotation of the second holder 302 opposite joints 303b is preferably 0 ° ~ 90 °.In addition, on rotary support 303a, one end of close first holder 301 is the U-shaped structure suitable with the first holder 301; And one end of connector 303b is in the U-shaped structure suitable with the second holder 302.
Further as shown in figures 1 to 6, between the first holder 301 and pedestal 401, be also provided with the retainer plate 60 for tighten or fixing photographing device.This retainer plate 60 preferably adopts elastomeric material to make, and preferably silica gel is made.
Therefore, when needs are autodyned, see Fig. 1, first holder 301 can be rotated to suitable angle and lock subsequently, and rotary support 303a and the second holder 302 are rotated to correct position, now fixture 30 is in clamp position, so that be clamped in suitable angle by photographing device, realizes multi-angled shooting.
And when needs are by folding for this self-shooting bar packing up, see Fig. 9, the anglec of rotation of the first holder 301, rotary support 303a and the second holder 302 all can be arranged to 0 °, to be parallel to handle 10.Now, fixture 30 is in folded state, one end of rotary support 303a is contained in the U-shaped opening of the first holder 301, and connector 303b is contained in the U-shaped opening of the second holder 302, thus effectively can get up self-shooting bar foldable integral in order to depositing.
The self-shooting bar of the above embodiment of the utility model clamps the photographing device for autodyning by fixture 30, shooting angle is regulated by angle adjusting mechanism 40, regulate shooting distance by expansion link 20, controlled the shutter of photographing device by the bluetooth automatic timer 50 be removably installed on handle 10.In use, bluetooth automatic timer 50 is installed on handle 10 by user, only just can need realize autodyning by the auto heterodyne button on this bluetooth automatic timer 50; And when not using, bluetooth automatic timer 50 can be taken off or moves to other positions, and fixture 30 is folded up for being deposited, it is not only easy to operate, can also realize the shooting of multiple angle.
The foregoing is only preferred embodiment of the present utility model, not in order to limit the utility model.All do within spirit of the present utility model and principle any amendment, equivalent to replace and improvement etc., all should be included within protection range of the present utility model.
Claims (10)
1. a self-shooting bar, it is characterized in that, comprise handle, be connected to the expansion link of handle end, be connected to the angle adjusting mechanism of described expansion link end, the fixture be rotatably installed on described angle adjusting mechanism, and be removable installed in the bluetooth automatic timer on described handle; Described bluetooth automatic timer comprises control chip, power supply and triggers the auto heterodyne button that described control chip sends shutter control signal.
2. self-shooting bar according to claim 1, it is characterized in that, described bluetooth automatic timer also comprises radio frequency processing module and Bluetooth antenna, described auto heterodyne button triggers described control chip and sends shutter control signal, and described shutter control signal is sent to the photographing device of pairing after radio frequency processing resume module by Bluetooth antenna.
3. self-shooting bar according to claim 2, is characterized in that, described bluetooth automatic timer also comprises the first housing and the second housing that are fixed to one another connection, and described first housing and described second housing are removably installed on described handle by installation component; Containing cavity is enclosed between described first housing and described second housing; Described control chip, power supply, radio frequency processing module and described Bluetooth antenna are all installed in described containing cavity, and described auto heterodyne button is installed on described first hull outside.
4. self-shooting bar according to claim 3, it is characterized in that, described bluetooth automatic timer also comprises is located at described first housing or described second outside and the LED light be electrically connected with described control chip and on & off switch, and to be arranged in described containing cavity and the charging inlet be connected with described power electric.
5. self-shooting bar according to claim 3, is characterized in that, described installation component comprises accommodation zone, adjusting base and buckling piece; Described buckling piece is installed on described adjusting base; Described accommodation zone is set on described handle, wherein, described accommodation zone part is contained in described containing cavity, be fixed on described adjusting base after one end of described accommodation zone passes from described second housing, the other end of described accommodation zone passes rear through described adjusting base from described second housing, and is unclamped or fastening by described buckling piece.
6. self-shooting bar according to claim 5, is characterized in that, described adjusting base comprises two parallel mounting panels, and is connected to the connector between two described mounting panels; Described connector is towards the mounting groove be formed between the side and described two mounting panels of described accommodation zone for fixing described accommodation zone one end; Described adjusting base is also provided with stop part, and described stop part and described connector are provided with spacing to form the through hole passed for the described accommodation zone other end; The installation portion installed for described buckling piece is formed between described stop part and two described mounting panels; Described buckling piece is formed with step surface; Described buckling piece is rotatably installed on described installation portion, and described step surface is resisted against on described stop part.
7. self-shooting bar according to claim 1, it is characterized in that, the coupling assembling that described fixture comprises the first holder be rotatably connected on described angle adjusting mechanism, one end is rotatably connected on described first holder, and be connected to the second holder of the described coupling assembling other end rotationally.
8. self-shooting bar according to claim 7, is characterized in that, described coupling assembling comprises rotary support and connector; One end of wherein said rotary support is connected on the first holder rotationally, and described connector is installed on the other end of described rotary support in spring-loading mode, and described second holder is connected on described connector rotationally.
9. self-shooting bar according to claim 8, is characterized in that, described connector extends two pull bars in the side relative with described rotary support, and pull bar described in each is all arranged with a spring; Described rotary support corresponds to two chutes that described two pull bars are formed with accommodating pull bar, and chute described in each is provided with a guide vane end stop away from one end of described connector; Described in each, one end of spring is fixed on described guide vane end stop.
10. self-shooting bar according to claim 7, is characterized in that, described angle adjusting mechanism comprises pedestal, rotating shaft and locking knob; Wherein, described pedestal is fixed on the end of described expansion link, and described pedestal offers slot; One end of described first holder is inserted in described slot, and described rotating shaft is each passed through described pedestal and described first holder; Described locking knob is connected with the threaded one end of described rotating shaft; The retainer plate for photographing device described in tighten is also provided with between described first holder and described pedestal.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520302808.5U CN204761519U (en) | 2015-05-12 | 2015-05-12 | From rapping bar |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520302808.5U CN204761519U (en) | 2015-05-12 | 2015-05-12 | From rapping bar |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204761519U true CN204761519U (en) | 2015-11-11 |
Family
ID=54476185
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520302808.5U Expired - Fee Related CN204761519U (en) | 2015-05-12 | 2015-05-12 | From rapping bar |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204761519U (en) |
-
2015
- 2015-05-12 CN CN201520302808.5U patent/CN204761519U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| 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: 20151111 Termination date: 20190512 |