CN105376463A - Intelligent wearable device with camera - Google Patents
Intelligent wearable device with camera Download PDFInfo
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- CN105376463A CN105376463A CN201410403539.1A CN201410403539A CN105376463A CN 105376463 A CN105376463 A CN 105376463A CN 201410403539 A CN201410403539 A CN 201410403539A CN 105376463 A CN105376463 A CN 105376463A
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- smart machine
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Abstract
The invention provides an intelligent wearable device with a camera. The intelligent wearable device comprises a device host and a camera. The camera and the device host are connected together. The camera is movable relative to the device host, and the shooting sight of the camera can be hindered when the camera is moving. Through the above structure, if a user wants to protect the privacy and the camera is inappropriate to use, the user can make the camera move, rotate, slide or stretch to enable the shooting sight of the camera to be blocked, and then other functions of the intelligent wearable device will not be affected and the user still can wear the device. The user also can move the camera in front of other people so as to communicate with other people more conveniently. The intelligent wearable device is more user-friendly. Furthermore, the camera is not liable to be lost since the camera and the device host are still connected together.
Description
Technical field:
The present invention relates to wearable smart machine field, is specifically a kind of wearable smart machine with camera.
Background technology:
Along with the development of science and technology, people no longer meet the mobile intelligent terminal of hand-hold type, as mobile phone, panel computer etc., and then develop many wearable smart machines, as intelligent watch, intelligent glasses etc.Google is proposed a Google glasses, it comprises the wide strip computer processor device be arranged on the right side of picture frame, the camera that glasses front suspends, eyeglass are equipped with a miniature display screen, can by the camera above data projection to user's right eye, to realize a kind of wearable overhead intelligent terminal, it possess display, shooting, data processing and upload, the function such as download, any function of intelligent terminal can be realized in theory.
But this equipment comes because a lot of reasons fails popularization; one of them reason is exactly; the camera being suspended at equipment front is positioned at equipment front always; and working always; protection people privacy occasion is needed at some; or when people in front of the user need to protect privacy; now camera function is just not suitable for re-using; if but user takes off the wearable smart machine of this band camera; then just cannot realize other function of smart machine; if put on this wearable smart machine, privacy can not be protected so again.
Summary of the invention:
The technical problem that the present invention solves overcomes existing technological deficiency, provides a kind of wearable smart machine not needing to take off the band camera just can protecting privacy.
Technical scheme provided by the invention is: the invention provides a kind of wearable smart machine with camera, it comprises device Host and camera, described camera and device Host link together, and movable relative to device Host, the shooting of camera can be made unsighted time movable.
Described device Host is connected on a wearable support, or described camera is connected on a wearable support, or described camera and device Host are all connected in same Wearable support.
After adopting said structure; camera is connected on device Host; but it is movable relative to device Host; the shooting of camera can be made unsighted time movable; therefore; when needs protection privacy; when camera is not suitable for re-using; the movable camera of user such as rotates, sliding or stretching makes the shooting of camera unsighted; can not affect other function of wearable smart machine like this, user still can have on this equipment, and user can carry out movable camera in the presence of others' face; convenient user is convenient to link up with others, has more hommization.And owing to being that camera still links together with device Host, therefore camera is also not easy to lose.
As preferably, described wearable support is eyeglasses frame, wear-type support, supra-aural support or the helmet.The wearable support of indication refers to and may be worn on head and the arbitrary headset equipment provided support for described equipment herein, glasses are a kind of conventional headset equipments, eyeglasses frame is that the eyeglass of glasses provides support, also eyeglasses frame can be utilized in this article as the support of the wearable smart machine of band camera, earphone bracket is also a kind of headset equipment, also can provide support for the wearable smart machine of band camera herein, the helmet is as headset equipment, can certainly provide support for the wearable smart machine of band camera herein.Theoretically, any headset equipment can provide support for the wearable smart machine of band camera herein.
Described camera is movable relative to device Host to be referred to, camera is scalable relative to device Host, slip or bending.No matter be stretch, slide or bend, can movable camera be realized, thus the shooting of camera is realized being obstructed.
As one, preferably described camera is scalable relative to device Host to be referred to, described camera is connected with device Host by a stretching structure, stretching structure is when stretching out, the shooting sight line of camera is normal, and stretching structure is when retracting, and the shooting of camera is unsighted.Described camera shooting sight line normally refers to that camera can normally take required image, and described shooting is unsighted to be referred to, the image of camera shooting is restricted.Described stretching structure can be the structure that spring, fence type expansion bracket, cylinder etc. realize Telescopic, can be that electric expansion also can for manual telescopic.Stretching structure is connected on camera, and during retraction, haul camera and depart from normal shooting direction, when stretching out, camera gets back to normal shooting direction.
As one preferably, described camera slidably refers to relative to device Host, and described camera is connected with device Host by slide construction, when camera skids off device Host, the shooting sight line of camera is normal, and when camera slips into device Host, the shooting of camera is unsighted.Adopt this structure, camera and device Host establish chute and slide block respectively, camera and device Host are slidably connected, when camera skids off, enter into normal photographing direction, when sliding back to, the shooting of camera is unsighted, the direction of described slip can be vertical with the direction of visual lines of user, also can be provided with certain angle, as long as realize described function.
As one preferably, described camera is flexible relative to device Host refers to that described camera and device Host are rotationally connected, or described camera is connected with device Host by soft syndeton.Namely camera is flexible relative to device Host can refer to that camera and device Host are rotationally connected, and can refer to that again camera is connected with device Host by flexible connecting structure, make camera flexible relative to device Host by bending flexible connecting structure.
Described flexible connecting structure comprises spring, shell fragment or flexible link belt.Flexible connecting structure certainly do not limit to yet with above-mentioned mention several, but as long as self flexible structure can be called flexible connecting structure, described flexible connecting structure also comprises tool flexible connecting structure springy, one end of flexible connecting structure is connected on camera, the other end is connected on device Host, namely camera can be bent certain angle relative to device Host by curved dynamic flexible connecting structure, makes camera leave original position, namely blocks the shooting sight line of camera.
As improvement, described device Host be also provided with at camera retraction device Host or slip into device Host or can camera be stopped after bending relative to device Host, prevent camera because of unexpected lower the first position limiting structure resetted, described camera is provided with the second position limiting structure coordinated with the first position limiting structure.Described camera refers to that camera is in running order when being in shooting sight line normal position, when described camera is in and takes unsighted position, refers to that camera is in retracted state, and described camera resets and refers to, camera departs from retracted state.
Described first position limiting structure and the second position limiting structure adopt magnetic be connected or adopt the mode clamping of buckle draw-in groove, or adopt VELCRO bonding, or adopt the mode grafting of slot plug.Employing magnetic connects, and namely the first position limiting structure and the second position-limit mechanism are respectively two blocks of magnet that can attract each other, or one of them is magnet, and another is can by the article of attraction.When camera retraction device Host, sorption camera, prevents user from causing because of carelessness resetting, makes camera can keep the state of retraction device Host, only have user to apply certain power, camera just can be made to reset.When camera and device Host are slidably connected, also when camera slides to device Host, suction can be provided, prevent camera from resetting.When camera connection flexible relative to device Host, when the another side that camera is bent to camera presses close to device Host, suction is provided, holds camera, prevent camera from resetting.Described magnet can be permanent magnet or electromagnet.
Adopt the mode clamping of buckle draw-in groove, on device Host and camera both one of establish draw-in groove, another establishes buckle, can retract at camera equally, slide back to or bending time the spacing of certain dynamics is provided, make camera keep retracting, sliding back to or bending state, prevent camera from resetting.
Employing VELCRO is bonding, the one side of same camera is provided with VELCRO public access face, the one side of device Host is provided with the female junction of VELCRO, camera is connected on device Host by VELCRO, camera retract, slide back to or bending time the spacing of certain dynamics is provided, make camera keep retracting, sliding back to or bending state, prevent camera from resetting.
Adopt slot be connected with the mode of plug with the mode of buckle draw-in groove roughly the same, retract at camera, slide back to or bending time the spacing of certain dynamics is provided, make camera keep retracting, sliding back to or bending state, prevent camera from resetting.
Described camera and device Host are rotationally connected and comprise, and establish rotation axis between described device Host and camera, described device Host by rotation axis and described camera hinged.Rotation axis can be arranged separately, also can be a part for device Host or camera, adopts this common structure be rotationally connected, realizes camera and be rotationally connected relative to device Host.
Described camera and device Host are rotationally connected and comprise, it also comprises a rotating turret, described rotating turret is provided with the first rotation axis and the second rotation axis, and described device Host is rotationally connected by the first rotation axis and rotating turret, and described camera is rotationally connected by the second rotation axis and rotating turret.Adopt this structure, can camera be realized equally flexible relative to device Host, namely be rotationally connected.
The axes normal or parallel of described first rotation axis and the second rotation axis.When first rotation axis is vertical with the second rotation axis, camera is vertical relative to the rotation direction of device Host with rotating turret relative to the rotation direction of rotating turret, camera can be realized like this relative to device Host not just rotation planar, but the rotation of 3 D stereo, facilitate camera to turn to suitable position and device Host is affixed.When described first rotation axis is parallel with the second rotation axis, camera can planar rotate relative to device Host.
Described device Host also comprises the first interface be electrically connected with the circuit in camera, described camera is also provided with second interface that can be electrically connected with the circuit in device Host, described first interface and the second interface, by the rotation of camera relative to device Host, are connected or are separated.Adopt this structure, when camera makes the shooting of camera unsighted relative to device Host rotation, first interface is separated with the second interface, such camera is also because power down loses shoot function, can save the electricity consumption of camera, when camera rotates back into operating state, shooting sight line is normal, first interface and the second orifice, camera works again.
As preferably, described first interface and the second interface, one of them comprises at least one conductive contact, another comprises at least one electroconductive elastic sheet corresponding with conductive contact position, described conductive contact is electrically connected with the circuit in device Host or camera, described electroconductive elastic sheet is electrically connected with the circuit in device Host or camera, and when camera is connected on device Host, each electroconductive elastic sheet contacts with the conductive contact corresponding with its position and conducting.Adopt electroconductive elastic sheet and conductive contact as the electric connection mode of first interface and the second interface, only need the linkage interface of camera and device Host is contacted with each other, and use shell fragment, the junction of conductive contact and electroconductive elastic sheet can be made to have certain elastic force, can not delamination or loose contact.
As preferably, described first interface and the second interface, one of them comprises the conduction groove that at least one electric conducting material is made, another comprises at least one conductive bumps corresponding with groove location, described conduction groove is electrically connected with the circuit in device Host or camera, described conductive bumps is electrically connected with the circuit in device Host or camera, and when camera is connected on device Host, each conductive bumps to be embedded in the conduction groove corresponding with it and mutual conduction.Adopt this electric connection mode, not only provide the electrical connection of first interface and the second interface, but also a kind of locate mode is provided, when conductive bumps is embedded in conduction groove, can provide the resistance of certain side direction, prompting user slides into correct position, prevents user partially sliding.
As improvement, when camera and device Host are by slide or flexible or when being connected by elastic connection structure, camera and device Host are electrically connected by connecting line.Adopt this structure, if when needing electrical connection between camera and device Host, directly can make the circuit in camera and the electrical connection of the circuit in device Host by connecting line, connecting line is soft, therefore can not affect the slip between camera and device Host, flexible or by spring, shell fragment or have flexible rubber strip and connect.
Described camera be provided with can with the first wireless transport module of device Host or third party device wireless connections.
Described device Host be provided with can with the second wireless transport module of camera or third party device wireless connections.After adopting aforesaid way, camera can by wirelessly transmitting data between the first wireless transport module and device Host or third party device, described device Host also can by wirelessly transmitting data between the second wireless transport module and camera or third party device, and described first wireless transport module and the second wireless transport module can adopt WIFI module or the wireless transport module such as bluetooth or wireless radio frequency modules.
Described camera is connected with described device Host optics.
State device Host to be docked by light path with described camera.Adopt this structure, device Host is provided with image-forming module.Camera only provides the function of camera lens, and so camera is only connected with device Host flexible connection and optics, does not need electrical connection.
The application also provides a kind of wearable smart machine with camera, and it comprises and is connected to device Host on wearable support and camera, and it also comprises the device that can hide the camera lens of camera.Adopt this structure, the camera lens that directly can cover in camera makes the shooting of camera unsighted, also can protect privacy, and can not lose other function of wearable smart machine.
The described device hiding camera is a baffle plate being movably connected in camera front, can hide the camera lens of camera time movable.Adopt baffle plate to be movably connected in camera front, the camera lens of camera can be blocked during rotation, and do not block the camera lens of camera.
Accompanying drawing illustrates:
Accompanying drawing 1 is the structural representation of the wearable smart machine of band camera of the present invention;
Accompanying drawing 2 is the structural representation of device Host;
Accompanying drawing 3 is the structural representation of camera;
Accompanying drawing 4 is the structural representation of one of embodiment;
Accompanying drawing 5 is that one of embodiment camera ejects the structural representation of coming;
Accompanying drawing 6 is the structural representation of embodiment two;
Accompanying drawing 7 is the structural representation after two cameras of embodiment bend;
Accompanying drawing 8 is the structural representation of embodiment three;
Accompanying drawing 9 is the structural representation that the camera of embodiment three slides back to device Host;
Accompanying drawing 10 is the structural representation of embodiment four;
Accompanying drawing 11 is the structural representation of embodiment five;
Accompanying drawing 12 is the structural representation of embodiment six;
Accompanying drawing 13 is the structural representation of embodiment seven;
Accompanying drawing 14 is the structural representation of embodiment eight;
Accompanying drawing 15 is the structural representation of embodiment nine;
Accompanying drawing 16 is the structural representation that the camera of embodiment nine rotates 270 degree;
Accompanying drawing 17 is the structural representation of embodiment ten;
Accompanying drawing 18 is the structural representation that the camera of embodiment ten rotates 180 degree.
As shown in the figure: 100, eyeglasses frame, 200, device Host, 300. camera, 210, power supply, 220, central processing unit, 230, memory, 240, utilizing camera interface module, 310, image-forming module, 320, shooting driver module, 260, grab, 340, camera lens, 350, arrowhead-shaped chute, 251, draw-in groove, 252, first magnetic devices, 332, second magnetic devices, 253, chute, 333, slide block, 400, wear-type support, 500, rotating turret, 510 first rotation axiss, 520, second rotation axis, 600, telescoping mechanism, 700, flexible link belt.
Embodiment:
Below in conjunction with the drawings and specific embodiments, the present invention is elaborated:
As shown in Fig. 1-Figure 18, the invention provides the wearable smart machine of band camera, it comprises device Host 200 and camera 300, described camera 300 links together with device Host 200, and movable relative to device Host 200, the visual line of sight of camera 300 can be made to be obstructed time movable.Camera 300 is movable with device Host 200, when camera 300 is movable, is moveable into a position, and make shooting sight line normal, this state is called operating state, and when camera activity is to another position, visual line of sight is obstructed, and this state is called retracted state.
Described device Host 200 is connected on a wearable support, or described camera 300 is connected on a wearable support.
Described camera 300 can be the whole picture pick-up device with camera lens and image-forming module, also camera lens can be only, as long as but can camera function be realized when being connected with device Host, the device just not possessing camera function when being separated with device Host can refer to camera in this application.
Described wearable support can be eyeglasses frame, wear-type support or the helmet.The described support hung on ear also belongs to the wear-type support described in the application, and what describe in Fig. 1 is that described in eyeglasses frame 100, Figure 14, wearable support is wear-type support 400, and the similar ear frame of wear-type support, is worn on the head or hangs on ear.
Generally comprise power supply 210, central processing unit 220 in device Host 200, memory 230, utilizing camera interface module 240, these devices and module are all located in device Host, provide the function of main frame.If camera is only camera lens, image-forming module and shooting driver module so in device Host, also should be had.Also other module can be provided with, as wireless transport module, usb interface module in described device Host.
Device Host 200 and camera 300 directly pass through electrical signal for transmission picture signal by connecting line transmission of electric signals, if camera is only camera lens, device Host just needs to be connected with the lens optical of camera, to realize the function of shooting.
Described camera 300 is movable relative to device Host 200 to be referred to, camera 300 is scalable relative to device Host 200, slip or bending.
One of embodiment:
As Fig. 4, shown in Fig. 5, camera 300 is connected with device Host 200 by telescoping mechanism, in the present embodiment, telescoping mechanism comprises spring 600 and self-locking mechanism, but telescoping mechanism also can be cylinder, fence type expansion bracket etc. has the structure of Telescopic, the telescoping mechanism described in the application should be, in the present embodiment, described self-locking mechanism comprises the grab 260 be located on device Host 200, be located at the arrowhead-shaped chute 350 of camera 300, when camera is positioned at device Host, grab is hooked in the arrow tail place of arrowhead-shaped chute, spring is in and stores power state, when pressing camera towards device Host, grab slides in chute, chute along arrow tail slides into edge, now unclamp camera again, then due to the elastic force of spring, camera outwards ejects, until grab is hooked in the tip place of arrowhead-shaped chute, now camera catches on by grab, prevent from ejecting, as needs by camera by return device Host, then press camera until grab slides into arrow tail place along the edge of arrowhead-shaped chute, then unclamp, then grab can be hooked in again the realization of arrow tail place and automatically lock position, prevent camera from ejecting.
Embodiment two:
As shown in Figure 6, Figure 7, camera 300 is connected with device Host by a flexible link belt, described flexible link belt can be rubber strip, silicone band or strap etc., device Host 200 is also provided with the first magnetic devices 252, camera 300 is provided with the second magnetic devices 332, when camera bends rotation 270 degree to the another side of device Host, camera by first time property device and the second magnetic devices be adsorbed on device Host, described absorption affinity arrive greatly can not due to accident the first magnetic devices is separated with the second magnetic devices.In this syndeton, camera is electrically connected by connecting line with device Host.
Embodiment three:
As shown in Figure 8, Figure 9, camera 300 and device Host 200 are slidably connected by slide block 333 and chute 253, in the present embodiment, chute is located on device Host, and slide block is located on camera, and chute is arc chute, when camera skids off, camera shooting sight line is normal, and when camera slides back to device Host along chute, camera shooting realization is obstructed.In the present embodiment, camera and device Host also can be electrically connected by connecting line.
Embodiment four:
As shown in Figure 10, a rotating turret 500 is established between camera 300 and device Host 200, rotating turret 500 is provided with two rotation axiss: the first rotation axis 510 and the second rotation axis 520, camera 300 is rotationally connected with rotating turret by the first rotation axis 510, device Host 200 is rotationally connected with rotating turret by the second rotation axis 520, the axis of the first rotation axis and the axis being parallel of the second rotation axis in the present embodiment, camera 300 and device Host 200 are rotationally connected in this embodiment, and camera can do 270 degree of rotations relative to device Host.
Embodiment five:
As shown in figure 11, camera 300 and device Host 200 are rotationally connected by rotating turret 500, rotating turret 500 is provided with two rotation axiss: the first rotation axis 510 and the second rotation axis 520, camera 300 is rotationally connected with rotating turret by the first rotation axis 510, device Host 200 is rotationally connected with rotating turret by the second rotation axis 520, the axis of the first rotation axis 510 and the axes normal of the second rotation axis 520 in the present embodiment, so camera 300 can do three-dimensional rotation relative to device Host 200, namely can first laterally rotate, rotate upward again, thus the top of device Host 200 can be turned to.Device Host can be against.
In above-described embodiment, described device Host can be provided with at camera retraction device Host or slip into device Host or can camera be stopped after bending relative to device Host, prevent camera because of unexpected lower the first position limiting structure resetted, described camera is provided with the second position limiting structure coordinated with the first position limiting structure.Connect as adopted magnetic or adopt the mode clamping of buckle draw-in groove, or adopting VELCRO bonding, or adopting the mode grafting of slot plug.The mode of certain above-mentioned stop camera includes but not limited to above several mode, as long as stop described in its application that the structure of camera all should within the application's protection range.Certainly described camera in working order time; device Host or camera are also provided with for preventing camera due to the unexpected stopping means departing from operating state; similar in above-mentioned first position limiting structure and the second position limiting structure, as long as but adopt camera and device Host to be flexibly connected all should within the application's protection range.
Embodiment six:
As shown in figure 12, device Host 200 is provided with opening, camera 300 is rotatably connected in this opening by rotation axis, and camera lens 340 is located on camera, during rotation, camera lens 340 can be outwardly, its shooting sight line is in user front, and sight line is unobstructed, also can turn to inwardly, now take unsighted, camera cannot normal photographing.
Embodiment seven:
As shown in figure 13, camera 300 is provided with baffle plate 800, is used for blocking camera lens, and baffle plate described in the present embodiment is curtain, may contract at ordinary times in camera, when needing, slides and out blocks camera lens.Certain baffle plate 800 also can be located on device Host, as long as but movable time can block camera lens all should within the application's protection range.And baffle plate 800 also can be other form.
Embodiment eight:
As shown in figure 14, be the wearable smart machine of the band camera of a wear-type support, device Host 200 is connected on wear-type support 400, and camera 300 is rotatably connected on device Host by rotation axis.Being using head as the wear-type support supported shown in figure, also can be the wear-type support of ear as support place in practical application.
Embodiment nine:
As shown in Figure 15, Figure 16, device Host 200 and camera 300 are rotationally connected by a rotation axis, and in the present embodiment, camera can rotate 270 degree relative to device Host, to turn to the side of device Host, make the shooting of camera unsighted.
Embodiment ten:
As shown in Figure 17, Figure 18, another embodiment that device Host 200 and camera 300 are rotationally connected by a rotation axis, camera can rotate 180 degree relative to device Host, now the correspondence direction of camera is the opposite direction in the user visual field, camera cannot be taken, even if still can take, also belong to improper shooting, the shooting that can be described as the camera described in the application is unsighted.
In above-described embodiment, the electrical connection of described camera and device Host all can adopt the mode of connecting line, also can adopt the mode of device Host being established and first interface, camera being established the second interface:
Described device Host also comprises the first interface be electrically connected with the circuit in camera, described camera is also provided with second interface that can be electrically connected with the circuit in device Host, described first interface and the second interface, by the rotation of camera relative to device Host, are connected or are separated.Adopt this structure, when camera makes camera leave the user visual field relative to device Host rotation, first interface is separated with the second interface, such camera is also because power down loses Presentation Function, can save the electricity consumption of camera, when camera rotates back into initial position, camera returns to the user visual field, first interface and the second orifice, camera works again.
As preferably, described first interface and the second interface, one of them comprises at least one conductive contact, another comprises at least one electroconductive elastic sheet corresponding with conductive contact position, described conductive contact is electrically connected with the circuit in device Host or camera, described electroconductive elastic sheet is electrically connected with the circuit in device Host or camera, and when camera is connected on device Host, each electroconductive elastic sheet contacts with the conductive contact corresponding with its position and conducting.Adopt electroconductive elastic sheet and conductive contact as the electric connection mode of first interface and the second interface, only need the linkage interface of camera and device Host is contacted with each other, and use shell fragment, the junction of conductive contact and electroconductive elastic sheet can be made to have certain elastic force, can not delamination or loose contact.
As preferably, described first interface and the second interface, one of them comprises the conduction groove that at least one electric conducting material is made, another comprises at least one conductive bumps corresponding with groove location, described conduction groove is electrically connected with the circuit in device Host or camera, described conductive bumps is electrically connected with the circuit in device Host or camera, and when camera is connected on device Host, each conductive bumps to be embedded in the conduction groove corresponding with it and mutual conduction.Adopt this electric connection mode, not only provide the electrical connection of first interface and the second interface, but also a kind of locate mode is provided, when conductive bumps is embedded in conduction groove, can provide the resistance of certain side direction, prompting user slides into correct position, prevents user partially sliding.
Certain camera also can not be electrically connected with device Host.If camera is originally as camera lens, so only need to be connected with device Host optics.
11 of embodiment:
Described camera be provided with can with the first wireless transport module of device Host or third party device wireless connections, described device Host is also provided with can with the second wireless transport module of camera or third party device wireless connections.The mode that mechanical connection between device Host and camera can adopt above-mentioned any one to be flexibly connected or combination.Described first wireless transport module and the second wireless transport module all adopt WIFI module.Camera also can be provided with usb interface module, be connected with third party device by USB interface, transmitting image is on third party device.
12 of embodiment:
Described camera is camera lens, the mode that the mechanical connection between device Host and camera can adopt above-mentioned any one to be flexibly connected or combination.Described camera can be docked by optical interface with device Host, and when camera leaves device Host, device Host does not have camera lens, cannot take, when device Host and camera link together time, device Host is provided with camera lens, can realize the function of taking.
The wearable smart machine of the band camera described in the application includes but not limited to above-described embodiment or combination, but as long as camera and device Host link together, and both can relative motion all should within the application's protection range.
Claims (23)
1. the wearable smart machine with camera, it comprises device Host and camera, it is characterized in that: described camera and device Host link together, and movable relative to device Host, the shooting of camera can be made unsighted time movable.
2. the wearable smart machine of band camera according to claim 1, it is characterized in that: described device Host connects a wearable support, or described camera connects a wearable support, or described device Host is all connected with same Wearable support with camera.
3. the wearable smart machine of band camera according to claim 2, is characterized in that: described wearable support is eyeglasses frame, wear-type support, supra-aural support or the helmet.
4. the wearable smart machine of band camera according to claim 1, is characterized in that: described camera is movable relative to device Host to be referred to, camera is scalable relative to device Host, slip or bending.
5. the wearable smart machine of band camera according to claim 4, is characterized in that: described camera is scalable relative to device Host to be referred to, described camera is connected with device Host by a stretching structure.
6. the wearable smart machine of band camera according to claim 4, it is characterized in that: described camera slidably refers to relative to device Host, described camera is connected with device Host by slide construction.
7. the wearable smart machine of band camera according to claim 4, it is characterized in that: described camera is flexible relative to device Host refers to that described camera and device Host are rotationally connected, or described camera is connected with device Host by flexible connecting structure.
8. the wearable smart machine of band camera according to claim 7, is characterized in that: described flexible connecting structure comprises spring, shell fragment or has flexible link belt.
9. the wearable smart machine of the band camera according to claim 5 or 6 or 7, it is characterized in that: described device Host be also provided with at camera retraction device Host or slip into device Host or can camera be stopped after bending relative to device Host, prevent camera because of the first position limiting structure of unexpected reset, described camera is provided with the second position limiting structure coordinated with the first position limiting structure.
10. the wearable smart machine of band camera according to claim 9, it is characterized in that: described first position limiting structure and the second position limiting structure adopt magnetic be connected or adopt the mode clamping of buckle draw-in groove, or adopt VELCRO bonding, or adopt the mode grafting of slot plug.
The wearable smart machine of 11. band cameras according to claim 7, it is characterized in that: described camera and device Host are rotationally connected and comprise, establish rotation axis between described device Host and camera, described device Host by rotation axis and described camera hinged.
The wearable smart machine of 12. band cameras according to claim 7, it is characterized in that: described camera and device Host are rotationally connected and comprise, it also comprises a rotating turret, described rotating turret is provided with the first rotation axis and the second rotation axis, described device Host is rotationally connected by the first rotation axis and rotating turret, and described camera is rotationally connected by the second rotation axis and rotating turret.
The wearable smart machine of 13. band cameras according to claim 12, is characterized in that: the axes normal or parallel of described first rotation axis and the second rotation axis.
The wearable smart machine of 14. band cameras according to claim 4, it is characterized in that: described device Host also comprises the first interface be electrically connected with the circuit in camera, described camera is also provided with second interface that can be electrically connected with the circuit in device Host, described first interface and the second interface, by the rotation of camera relative to device Host, are connected or are separated.
The wearable smart machine of 15. band cameras according to claim 14, it is characterized in that: described first interface and the second interface, one of them comprises at least one conductive contact, another comprises at least one electroconductive elastic sheet corresponding with conductive contact position, described conductive contact is electrically connected with the circuit in device Host or camera, described electroconductive elastic sheet is electrically connected with the circuit in device Host or camera, camera turn to shooting sight line normal time, each electroconductive elastic sheet contacts also conducting with the conductive contact corresponding with its position.
The wearable smart machine of 16. band cameras according to claim 14, it is characterized in that: described first interface and the second interface, one of them comprises the conduction groove that at least one electric conducting material is made, another comprises at least one conductive bumps corresponding with groove location, described conduction groove is electrically connected with the circuit in device Host or camera, described conductive bumps is electrically connected with the circuit in device Host or camera, camera turn to shooting sight line normal time, each conductive bumps to be embedded in the conduction groove corresponding with it and mutual conduction.
The wearable smart machine of 17. band cameras according to claim 4, is characterized in that: described camera and device Host are electrically connected by connecting line.
18. 1 kinds of wearable smart machines with camera, is characterized in that: it comprises and is connected to device Host on wearable support and camera, it is characterized in that: it also comprises the device that can hide the camera lens of camera.
The wearable smart machine of 19. band cameras according to claim 18, is characterized in that: the described device hiding camera is a baffle plate being movably connected in camera front, can hide the camera lens of camera time movable.
20. wearable smart machines according to any one of claim 1-8,11-17, is characterized in that: described camera is connected with described device Host optics.
21. wearable smart machines according to claim 20, is characterized in that: described device Host is docked by optical interface with described camera.
22. wearable smart machines according to any one of claim 1-8,11-17, is characterized in that: described camera be provided with can with the first wireless transport module of device Host or third party device wireless connections.
23. wearable smart machines according to any one of claim 1-8,11-17, is characterized in that: described device Host be provided with can with the second wireless transport module of camera or third party device wireless connections.
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