CN201011733Y - Rotating camera device of handhold equipment - Google Patents
Rotating camera device of handhold equipment Download PDFInfo
- Publication number
- CN201011733Y CN201011733Y CNU2007200671444U CN200720067144U CN201011733Y CN 201011733 Y CN201011733 Y CN 201011733Y CN U2007200671444 U CNU2007200671444 U CN U2007200671444U CN 200720067144 U CN200720067144 U CN 200720067144U CN 201011733 Y CN201011733 Y CN 201011733Y
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- camera module
- holding tank
- assembly
- handheld device
- camera
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Abstract
The utility model provides a rotary camera device that has simple and rational structure, elegant appearance and low cost, which is easy to be realized on a hand-hold device. The device consists of a camera module containing groove, a glide fastener module containing groove and a glide push-out module containing groove that are arranged on the shell of the hand-hold device; a glide fastener module that is arranged in the glide fastener module containing groove; a button module that is arranged at one side of the hand-hold device shell and which can drive the yoke to leave the yoke groove; a glide push-out module that is arranged in the glide push-out module containing groove; a cover body that is arranged to cover each containing groove. The rotary camera meets the requirement of multi angle framing shooting and is convenient to be operated.
Description
Technical field
The utility model relates generally to a kind of cam device, relates to the rotating camera device on a kind of handheld device especially.
Background technology
At present increasing mobile phone disposed camera, makes increasing user enjoy the convenient happy of picked-up whenever and wherever possible, transitive graph picture, video content.The hardware cost that brings along with large-scale production reduces, and camera will become the standard configuration of mobile phone rapidly, and performance will further improve, and will catch up with digital camera such as functions such as pixel value, autozooms.Camera is as external plug-in unit at the beginning, and the control/expansion that is connected on mobile phone mouthful is gone up and to be used, but because carry factor such as inconvenience, control mouthful contact and conducted signal interference and performance not good, now superseded substantially.
General way is at mobile phone Embedded fixing camera to be installed on one's body at present, but because mobile phone itself has been subjected to certain restriction as the feasible angle of camera when the pictures taken that is fixed on the fuselage of the small and exquisite characteristics of the architectural characteristic of means of communication and fuselage, generally when taking, to hold and rotate fuselage in order to find a view, therefore be difficult to the preview content of finding a view, also be not easy to button and take.Have some mobile phones that rotatable camera has been installed now, its method comprises: (1) embeds the camera that can rotate around the axis on the jointed shaft of Collapsible mobile telephone; (2) replace rotating camera to reach the purpose that the camera multi-angle is found a view by rotating the display screen that shows preview image; (3) combination of above two kinds of methods.Method (1) but more convenient former jointed shaft is meticulous to need overstriking, influence attractive in appearancely, and viewfinder range only limits to front and rear angles up and down, can't left-right rotation find a view; The shortcoming of method (2) is the slightly inconvenience of the bigger display screen of slewing area, damages connecting line and display screen easily during with hand switching display screen, also is not easy to simultaneously by taking operating key; And method (3) is to the combination of preceding two kinds of methods, and also existing influence outward appearance, damages display screen and operate easy inadequately deficiency easily.
Recently, KTFT has formally issued its new product mobile phone KTF-X6500.This mobile phone adopts the design of very special Pop-up camera lens, and when the user uses mobile phone photograph, quick easily button can make the camera lens that is built in the mobile phone side eject, and greatly facilitate shooting.But concrete structure is not clear.
Camera and liftable rotating mechanism on the disclosed a kind of mobile phone of Chinese patent Granted publication CN2717138, rotating mechanism comprises upper shell, main casing, shell body, sliding mandril and spring.Camera is embedded in the upper shell, and connected flexible data/control line passes from the upper shell bottom, is connected into mobile telephone main unit by main casing; Upper shell is installed on the main casing by horizontal axostylus axostyle, and main casing is embedded in the shell body, and shell body then is fixed in the mobile phone cavity.Camera is the time spent not, just is hidden in the mobile phone cavity; During use, then in cavity, stretch out.Main casing can be in shell body vertical or rotation and lifting, thereby it is vertical or do spiral lifting to drive camera in the upper shell.In addition, camera also can by the horizontally rotating of main casing, by upper shell around horizontal axostylus axostyle rotation and vertical rotation, thereby camera can multi-angle is comprehensive be found a view.
Chinese patent Granted publication number provides a kind of camera fixture of stick-type phone for CN2717138, and it is characterized in that: comprising: holding tank is recessed to form the upper surface in above-mentioned terminal body; Start groove, be formed at a side of above-mentioned holding tank, and portion has the startup hole that connects terminal body along side surface direction within it; Fixed part is inserted in the above-mentioned holding tank in mode moving up and down, and camera module rotatably is provided with; Spring, the one end is fixed on the lower end of said fixing parts, and the other end is fixed on the bottom surface of above-mentioned holding tank; Pin is inserted in the above-mentioned startup groove, and rotatably is located in terminal body inside, and the back side is provided with spring in the top, is provided with the projection that articulates that lower end, a side with the said fixing parts articulates in its lower end; Starting bar be inserted in the above-mentioned startup hole with the state that is provided with spring, and the one end exposes in the outside of above-mentioned terminal body one side, and the other end contacts with the upper end of said fixing lock.But it only can be arranged on the hand-held upper surface that sets, and uses to have certain limitation.
The utility model content
It is a kind of simple and reasonable for structure that technical problem to be solved in the utility model is to provide, and appearance is good, and cost is low, the rotating camera device of realizing easily on handheld device.
The technical problem that the utility model solved can realize by the following technical solutions:
Rotating camera device on a kind of handheld device is characterized in that: comprise
The camera module holding tank, card buckle assembly holding tank and the slip that are arranged on the handheld device housing are released the assembly holding tank and are stretched out the hole with the shooting that camera module holding tank connects;
One is arranged at the cylinder camera module that also can slide, rotate, stretch out described handheld device housing in the described camera module holding tank in described camera module holding tank, and described cylinder camera module comprises cam lens and the annular screens groove that is arranged on the described cylinder;
One is arranged at the card buckle assembly in the described card buckle assembly holding tank, described card buckle assembly comprises one and is tending to the card-bit part that the camera module slides and can be embedded into the annular screens groove on the described cylinder under the pre-compressed spring effect, slides with restriction camera module;
One is arranged on handheld device housing one side, can drive the card-bit part retraction in the described card buckle assembly, breaks away from the button assembly of the annular screens groove on the described cylinder;
Assembly is released in one slip that is arranged in the described slip release assembly holding tank, and described slip is released assembly and comprised a trend camera module slip under the pre-compressed spring effect, with the sliding part of camera module release handheld device housing;
Be arranged on each holding tank to cover the lid of each several part assembly in the holding tank.
In the utility model, described slip is released assembly holding tank front portion and is communicated with part, described camera module holding tank rear portion, at the described camera module holding tank rear portion and the anterior formation of release assembly holding tank two edges up and down that slide.
Described slip is released the groove width at assembly holding tank rear portion less than its anterior groove width, with the sliding scale of limit slippage part.
The camera lens of described camera module is arranged on a side of stretching out the hole near described handheld device housing shooting, and the tail position of described camera module is provided with the flange that is controlled by described two edges, to limit the sliding scale of described camera module.
Described card buckle assembly holding tank and vertical setting of camera module holding tank, both junctions are relatively set with two position-limited edges, to limit the sliding scale of described card-bit part; Have one between described two position-limited edges and hold the hole that described camera module holding tank was passed and extend on described card-bit part top.
The groove width of described card buckle assembly holding tank bottom is less than the groove width on its top, to limit the sliding scale of described card-bit part.
Described camera module tail position is a hollow circular cylinder, is provided with camera module electronics cabling FPC in it.
Described lid rear portion is provided with and holds the resigning hole that described camera module electronics cabling FPC passes, and described camera module electronics cabling FPC passes described resigning hole and is connected to the interior control chip of handheld device.
The rear portion of described sliding part is provided with the cylinder of socket pre-compressed spring, and with the location pre-compressed spring, described pre-compressed spring is arranged on described slip and releases in the groove at assembly holding tank rear portion.
The top of the card-bit part in the described card buckle assembly is provided with one can be inserted into the projection that the annular screens groove on the described cylinder matches, and slides with restriction camera module; Described card-bit part rear portion is provided with the cylinder that is used for the socket pre-compressed spring, with the location pre-compressed spring; Described pre-compressed spring is arranged in the groove of card buckle assembly holding tank bottom; Described card-bit part is provided with a face of tiltedly carving that contacts with described button assembly.Described button assembly is tiltedly carved face by this and is promoted described card-bit part retraction.
Further, be provided with a projection in described card-bit part front portion, the described face of tiltedly carving is arranged on the described projection.
Described button assembly comprises that one is arranged in the handheld device housing and appears the button that is opened in handheld device housing one side button accommodation hole, and is arranged on the fixture that described button inside upper part promotes the catch bar of described card-bit part retraction and is arranged on described button bottom and is connected with described handheld device enclosure interior; The position, termination of described catch bar be provided with described card-bit part on the contacted face of tiltedly carving of the face of tiltedly carving.
Further, described fixture is to have certain flexible fixture.On described fixture, be provided with hot melt hole or post, be provided with the hot melt post or the hole of matching with described hot melt hole or post in the side of described handheld device enclosure interior, described fixture is fixed on the handheld device housing medial surface by hot melting way, and button assembly is installed in the described handheld device housing.
The interior profile of described lid and described each holding tank and the each several part assembly outline that is placed in each holding tank are similar, offer a transparent window on it; When the position of this transparent window just in time was in described camera module and is in complete advanced position, the shooting behavior when not stretching out and rotating, also can be implemented with convenient described camera smoothly in the residing position of its camera lens.
Described lid is connected with described handheld device housing for convenience, and profile is provided with hot melt hole or post in the described lid, and described handheld device housing is provided with the hot melt post or the hole of matching with described these hot melt holes or post.Described lid is fixed on the handheld device housing by hot melting way, and such fixed form can make whole handheld device external form more attractive in appearance.
Owing on lid, offered transparent window, like this when reach holding equipment housing and when rotating of camera module, can observe some structures at camera module rear portion by this transparent window, make whole handheld device not attractive in appearance, so the utility model is provided with the decoration that moves with described camera module at described camera module rear portion.
Described decoration has an arcuate part, is provided with slide rail at the dual-side of described arcuate part; It between the camera lens setting of described camera module and the flange necking section that can hold described decoration arcuate part, profile is provided with the mating surface that matches with slide rail on the described decoration in described handheld device housing and the described lid, and the slide rail on the described decoration slides between the mating surface on the profile in handheld device housing and described lid.
In order to prevent described camera module rotation excessively, cause the distortion of FPC line, its life-span is descended.The described necking section of described camera module is provided with a stop bit projection, when described stop bit projection rotates with the camera module, is subjected to the restriction on described decoration two slide rail limits, makes described camera module to rotate in 180 ° of scopes.In general, described stop bit projection is preferably disposed on the intersection of described necking section and described flange, makes with convenient.
In order to make after the rotation of described camera module return exactly, the bottom surface of the flange of described camera module is provided with a return positioning convex point or return location depression, and with matching is that the described sliding part of assembly is released in described slip and the contact-making surface of described camera module is provided with corresponding return location depression or return positioning convex point.After described camera module was got back to accurately the position, return positioning convex point on the flange of described camera module or return location depression just in time dropped into described slip and release in the return location depression or return positioning convex point of described sliding part of assembly.
The utility model delicate structure, when not using camera, can be hidden in the handheld device housing easily, kept the attractive in appearance of handheld device, rotatable camera has satisfied the requirement that multi-angle is found a view and taken, and operation is also suitable convenient, and this mechanism has the low and good advantage of appearance of cost simultaneously.
Description of drawings
Fig. 1 is the utility model handheld device shell structure schematic diagram.
Fig. 2 is a rotating camera device overall structure schematic diagram described in the utility model.
Fig. 3 is a camera modular structure schematic diagram described in the utility model.
Fig. 4 is a slider structure schematic diagram described in the utility model.
Fig. 5 is a card-bit part structural representation described in the utility model.
Fig. 6 is a button assembly structural representation described in the utility model.
Fig. 7 is a cover body structure schematic diagram described in the utility model.
Fig. 8 is a decoration structural representation described in the utility model.
Fig. 9 is the view that the utility model camera module is released the handheld device housing.
Figure 10 is the schematic rear view of handheld device described in the utility model.
Embodiment
For technological means, creation characteristic that the utility model is realized, reach purpose and effect is easy to understand, below in conjunction with concrete diagram, further set forth the utility model.
As shown in Figure 1 and Figure 2, rotating camera device on a kind of handheld device comprises camera module holding tank 11, the card buckle assembly holding tank 12 that is arranged on the handheld device housing 1 and the release assembly holding tank 13 that slides stretches out hole 15 with the shooting that camera module holding tank 11 connects.
Slide to release assembly holding tank 13 anterior 131 and communicate, at camera module holding tank 11 rear portions with slide and release assembly holding tank 13 anterior formation two edges 14 with camera module holding tank 11 rear portions 111 parts; Slide and release the groove width of the groove width at assembly holding tank 13 rear portions 132 less than its front portion 131.
Card buckle assembly holding tank 12 and the 11 vertical settings of camera module holding tank, the groove width of its underpart 121 is less than the groove width on its top 122, both junctions are relatively set with has the hole 124 that camera module holding tank 11 was passed and extend on an appearance card-bit part 41 tops between two position-limited edges, 123, two position-limited edges 15.
Two trough rims at camera module holding tank 11 are provided with mating surface 111.
On handheld device housing 1, also be provided with hot melt post 16, be connected so that make lid 6 carry out hot melt with handheld device housing 1.Can certainly replace hot melt post 16 with the hot melt hole.Be provided with button accommodation hole 17 in handheld device housing 1 one sides, have hot melt post 18 at button accommodation hole 17, so that button assembly 5 can be fixed in the handheld device housing 1 in order to the fixture in the peg button assembly 5 53.
Referring to Fig. 2, be provided with cylinder camera module 2 in the camera module holding tank 11, cooperate camera module 2, the profile of camera module holding tank 11 also is roughly cylindrical, and camera module 2 can slide in camera module holding tank 11, rotate.The front and back position that camera module 2 slides is controlled by two edges 14, with the sliding scale of restriction camera module 2.
As shown in Figure 3, camera module 2 comprises that the shooting that is positioned on the handheld device housing 1 stretches out the cam lens 21 of hole 15 1 sides, what be connected on cam lens 21 rear portions is a necking section 27, this necking section 27 is a cylinder, there is an annular screens groove 22 position at necking section 27 close cam lens 21, and be provided with flange 23 at the tail position away from cam lens 21 of necking section 27, intersection at necking section 27 and flange 23 is provided with a stop bit projection 24, and manufacturing can make things convenient for like this.
The necking section 27 of camera module 2 is a hollow circular cylinder, is provided with camera module electronics cabling FPC 26 in it.
In order to make after camera module 2 rotation return exactly, the bottom surface of the flange 23 of camera module 2 is provided with a return positioning convex point 25, can certainly replace return positioning convex point 25 with return location depression.
The head of return positioning convex point 25 is preferably the spherical crown shape, to reduce the frictional force between this return positioning convex point 25 and the sliding part 31.
Referring to Fig. 2, Fig. 4, slide to release and being provided with the release assembly 3 that slides in the assembly holding tank 13, it comprises the sliding part 31 that can slide in release assembly holding tank 13 front portions 131 of sliding, for the stable shape that guarantees to slide, adopt the rectangular sliding part 31 of cross section in the present embodiment, the cross section of releasing assembly holding tank 13 that slides also is a rectangle.
Be provided with the cylinder 33 of socket pre-compressed spring 32 at sliding part 31 rear portions, pre-compressed spring 32 withstands to slide releases the rear wall at assembly holding tank 13 rear portions 132, make sliding part 31 withstand camera module 2, and have the trend of sliding to the front portion, under the situation that camera module 2 is not locked, camera module 2 can be released handheld device housing 1.
The contact-making surface of sliding part 31 and camera module 2 is provided with return positioning convex point 25 or return location depression corresponding return location depression 34 or the return positioning convex point on the flange 23 with camera module 2.
Referring to Fig. 2, Fig. 5, be provided with card buckle assembly 4 at card buckle assembly holding tank 12, it comprise can be in card buckle assembly holding tank 12 card-bit part 41 slidably, for the stable shape that guarantees to slide, adopt the rectangular card-bit part 41 of cross section in the present embodiment, the cross section of card buckle assembly holding tank 12 also is a rectangle; Be provided with the projection 42 that an annular screens groove 22 that can be inserted into the necking section 27 of camera module 2 matches on the top of card-bit part 41, slide with restriction camera module 2; Be provided with the cylinder 44 that is used for socket pre-compressed spring 45 at card-bit part 41 rear portions,, prevent its unstability with location pre-compressed spring 45.
Be provided with a projection 43 in card-bit part 41 front portions, be provided with one at projection 43 towards the button assembly side and tiltedly carve face 431, button assembly acts on this tiltedly carve face 431 after, can force whole card-bit part 41 retractions.
Referring to Fig. 2, Fig. 6, button assembly 5 comprises button 51, is arranged on the catch bar 52 of button 51 inside upper part and the fixture 53 of button 51 bottoms, and fixture 53 press...withes one's finger when moving button 51 just without too much like hard work like this for having certain flexible fixture; Be provided with hot melt hole 54 or post in the bottom of fixture 53, and be provided with the hot melt post 18 or the hole of matching in the side of handheld device housing 1 inside with hot melt hole 54 or post, the fixedly assembling of button assembly 5 can have a variety of forms in addition, as heat melt/the draw-in groove mode can.
Be provided with the face of tiltedly carving 521 that the face of tiltedly carving 431 on the projection 43 with card-bit part 41 matches at catch bar 52 front ends; Button 51 can be a fulcrum with the hot melt hole 54 of fixture 53, moves among a small circle when stressed, and be returned to the home position when not stressing.
Participate in Fig. 7, the interior profile of lid 6 and each holding tank and the each several part assembly outline that is placed in each holding tank are similar, it forwardly offers a transparent window 63 and is provided with the resigning hole 62 that appearance camera module 2 electronics cabling FPC26 pass at the rear portion, and camera module 2 electronics cabling FPC26 pass this resigning hole 62 and are connected to the interior control chip of handheld device.And the position of transparent window 63 just in time is in camera module 2 when being in complete advanced position, and the shooting behavior to make things convenient for camera when not stretching out and rotating, also can be implemented smoothly in its camera lens 21 residing positions.On the interior profile of lid 6, the position that particularly is positioned at camera module holding tank 11 is provided with the mating surface 64 that matches with slide rail 71 on the decoration 7.
Referring to Fig. 8, decoration 7 has an arcuate part 72, is provided with slide rail 71 at the dual-side of arcuate part 72; Slide rail 71 on the decoration 7 slides between the mating surface on the profile 111,64 in handheld device housing 1 and described lid 2.
During concrete the manufacturing, at first make camera module holding tank 11, the card buckle assembly holding tank 12 on handheld device housing 1 and the handheld device housing and the release assembly holding tank 13 that slides; Secondly, make camera module 2, slide and release assembly 3, card buckle assembly 4, button assembly 5, lid 6 and decoration 7, put in the groove at the rear portion 132 of releasing assembly holding tank 13 of sliding slide releasing pre-compressed spring 32 in the assembly 3, compression pre-compressed spring 32, the sliding part 31 of packing in front portion 131 that slide to release assembly holding tank 13 is inserted in the pre-compressed spring 32 cylinder 33 on the sliding part 31.The front portion 131 of releasing assembly holding tank 13 owing to slide is wideer than rear portion 132, and adding slides releases two edges 14 of assembly holding tank 13 front portions, and sliding part 31 can only slide in the front portion 131 of releasing assembly holding tank 13 of sliding, and defines the position of its slip.
In 121 grooves of the bottom of card buckle assembly holding tank 12, put into pre-compressed spring 45, compression pre-compressed spring 45 and while pusher camera module 2, card-bit part 41 is encased in bottom 122 grooves of card buckle assembly holding tank 12, cylinder 44 on the card-bit part 41 is inserted in the pre-compressed spring 45, simultaneously projection 42 on the card-bit part 41 is snapped onto in the annular screens groove 22 of necking section 27 of camera module 2, with restriction camera module 2 telescopic slide arbitrarily.
The button assembly 5 of packing into is presented in the button accommodation hole 17 on the handheld device housing 1 button 51 on the button assembly 5, and the bottom of fixture 53 is provided with hot melt hole 54 and is enclosed within on the hot melt post 18 on the handheld device housing 1.Adjust the position of button assembly 5, the face of tiltedly carving 521 that makes catch bar 52 front ends on the button assembly 5 fits with the face of tiltedly carving 431 on the projection 43 of card-bit part 41, carries out sweat soldering with peg button assembly 5.
On the necking section 27 of camera module 2, cover decoration 7, and two slide rails 71 on the decoration 7 are placed on the mating surface 111 of camera module holding tank 11 both sides.After covering decoration 7, be subjected to stop bit projection 24 actings in conjunction on decoration 7 and the camera module 2, camera module 2 just can only rotate back and forth in 180 ° of scopes, has avoided rotating arbitrarily because of it entanglement and the damage of electronics cabling FPC26 that is brought.
Again referring to Fig. 2, rotating camera device of the present utility model is in handheld device housing 1 internal state, this moment, projection 42 was in the screens groove 22, because the effect of pre-compressed spring 45 has certain intensity, camera module 2 is in stable locked state, therefore can not slide in camera module holding tank 11; The return positioning convex point 25 of camera module 2 and the return on the sliding part 31 location depression 34 is in mated condition simultaneously, camera module 2 can not rotate in camera module holding tank 11, and therefore whole device is in a stable status (state as shown in figure 10) in handheld device housing 1.
More than show and described basic principle of the present utility model and principal character and advantage of the present utility model.The technical staff of the industry should understand; the utility model is not restricted to the described embodiments; that describes in the foregoing description and the specification just illustrates principle of the present utility model; under the prerequisite that does not break away from the utility model spirit and scope; the utility model also has various changes and modifications, and these changes and improvements all fall in claimed the utility model scope.The claimed scope of the utility model is defined by appending claims and equivalent thereof.
Claims (10)
1. the rotating camera device on the handheld device is characterized in that: comprise
The camera module holding tank, card buckle assembly holding tank and the slip that are arranged on the handheld device housing are released the assembly holding tank and are stretched out the hole with the shooting that camera module holding tank connects;
One is arranged at the cylinder camera module that also can slide, rotate, stretch out described handheld device housing in the described camera module holding tank in described camera module holding tank, and described cylinder camera module comprises cam lens and the annular screens groove that is arranged on the described cylinder;
One is arranged at the card buckle assembly in the described card buckle assembly holding tank, described card buckle assembly comprises one and is tending to the card-bit part that the camera module slides and can be embedded into the annular screens groove on the described cylinder under the pre-compressed spring effect, slides with restriction camera module;
One is arranged on handheld device housing one side, can drive the card-bit part retraction in the described card buckle assembly, breaks away from the button assembly of the annular screens groove on the described cylinder;
Assembly is released in one slip that is arranged in the described slip release assembly holding tank, and described slip is released assembly and comprised a trend camera module slip under the pre-compressed spring effect, with the sliding part of camera module release handheld device housing;
Be arranged on each holding tank to cover the lid of each several part assembly in the holding tank.
2. rotating camera device according to claim 1, it is characterized in that, described slip is released assembly holding tank front portion and is communicated with part, described camera module holding tank rear portion, at the described camera module holding tank rear portion and the anterior formation of release assembly holding tank two edges up and down that slide; Described slip is released the groove width at assembly holding tank rear portion less than its anterior groove width.
3. rotating camera device according to claim 2, it is characterized in that, the camera lens of described camera module is arranged on a side of stretching out the hole near described handheld device housing shooting, and the tail position of described camera module is provided with the flange that is controlled by described two edges.
4. rotating camera device according to claim 1 is characterized in that, described card buckle assembly holding tank and vertical setting of camera module holding tank, and both junctions are relatively set with two position-limited edges; Have one between described two position-limited edges and hold the hole that described camera module holding tank was passed and extend on described card-bit part top; The groove width of described card buckle assembly holding tank bottom is less than the groove width on its top.
5. rotating camera device according to claim 1 is characterized in that, described card-bit part is provided with a face of tiltedly carving that contacts with described button assembly; Described button assembly comprises that one is arranged in the handheld device housing and appears the button that is opened in handheld device housing one side button accommodation hole, and is arranged on the fixture that described button inside upper part promotes the catch bar of described card-bit part retraction and is arranged on described button bottom and is connected with described handheld device enclosure interior; The position, termination of described catch bar be provided with described card-bit part on the contacted face of tiltedly carving of the face of tiltedly carving.
6. rotating camera device according to claim 1 is characterized in that, the interior profile of described lid and described each holding tank and the each several part assembly outline that is placed in each holding tank are similar, offer a transparent window on it.
7. rotating camera device according to claim 3 is characterized in that, is provided with the decoration that moves with described camera module at described camera module rear portion.
8. rotating camera device according to claim 7 is characterized in that described decoration has an arcuate part, is provided with slide rail at the dual-side of described arcuate part; It between the camera lens setting of described camera module and the flange necking section that can hold described decoration arcuate part, profile is provided with the mating surface that matches with slide rail on the described decoration in described handheld device housing and the described lid, and the slide rail on the described decoration slides between the mating surface on the profile in handheld device housing and described lid.
9. rotating camera device according to claim 8 is characterized in that, the described necking section of described camera module is provided with a stop bit projection.
10. rotating camera device according to claim 3, it is characterized in that, the bottom surface of the flange of described camera module is provided with a return positioning convex point or return location depression, and with matching is that the described sliding part of assembly is released in described slip and the contact-making surface of described camera module is provided with corresponding return location depression or return positioning convex point.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2007200671444U CN201011733Y (en) | 2007-02-08 | 2007-02-08 | Rotating camera device of handhold equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2007200671444U CN201011733Y (en) | 2007-02-08 | 2007-02-08 | Rotating camera device of handhold equipment |
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| Publication Number | Publication Date |
|---|---|
| CN201011733Y true CN201011733Y (en) | 2008-01-23 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU2007200671444U Expired - Fee Related CN201011733Y (en) | 2007-02-08 | 2007-02-08 | Rotating camera device of handhold equipment |
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| Country | Link |
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| CN (1) | CN201011733Y (en) |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20080123 Termination date: 20140208 |