CN203933796U - A kind of self-timer - Google Patents
A kind of self-timer Download PDFInfo
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- CN203933796U CN203933796U CN201420323353.0U CN201420323353U CN203933796U CN 203933796 U CN203933796 U CN 203933796U CN 201420323353 U CN201420323353 U CN 201420323353U CN 203933796 U CN203933796 U CN 203933796U
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- 238000004891 communication Methods 0.000 claims description 5
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Abstract
The utility model discloses a kind of self-timer, comprise single plane fluoroscopy mirror and bearer bar, the front portion of bearer bar is designed for opening, single plane fluoroscopy mirror is arranged on the open front place of bearer bar, in bearer bar, be provided with camera, image display panel, X-axis track, Y-axis track and can drive camera, the control assembly of image display panel and Y-axis rail moving, image display panel top is provided with camera track, control assembly is connected with camera and image display panel respectively, camera and camera track sliding are dynamically connected, when being divided into, X-axis track gets on the right track and when lower railway, image display panel and Y-axis track sliding are dynamically connected, the two ends of Y-axis track respectively with get on the right track and lower railway be slidably connected.When user uses this self-timer, self-timer can respond to user enter shooting area and call camera follow the trail of face camera is alignd with face, user shows smile and takes, instant playback photo on image display panel, realize What You See Is What You Get, instant playback current shooting effect.
Description
Technical field
The utility model relates to a kind of filming apparatus, and especially a kind of self-timer, belongs to technique for taking field.
Background technology
At present, along with the development of digital technology, certainly take a picture well known already, especially, along with being equipped with the high speed development of smart mobile phone of high-definition camera, autodyne and become a kind of a kind of trend of taking individual photo.Traditional auto heterodyne, be user after the various setting parameters of camera, estimate oneself will be on photo position, then press shutter.This time, digital camera started inverse, zero count is set by the user (2 seconds or 10 seconds), this time, user just goes on the position having preplaned, also in face of digital camera, accommodate posture, reciprocal complete, camera shutter discharges automatically, picture is taken in to the auto heterodyne overall process of Here it is ordinary digital camera.Along with the release of smart mobile phone, people, with regard to handheld mobile phone, allow the camera of mobile phone facing to oneself autodyning, but while using mobile phone to autodyne, owing to being hand-held mobile phone, the angle of therefore autodyning, distance all can have certain limitation, and the action of pendulum also can be subject to certain restrictions.
Chinese Patent Application No. is 201210525348.3 application for a patent for invention, discloses a kind of " based on semi-transparent semi-reflecting and auto heterodyne mirror eye recognition ", and this application is to utilize the principle of semi-transparent semi-reflecting mirror and the auto heterodyne mirror that designs.Its effect can reach people and pose before mirror, mirror camera meeting auto-alignment people's below eyes, and take and store, having realized people is looking in the mirror, can complete the operation of autodyning, although this application can realize auto heterodyne effect, cannot be in mirror the effect of preview shooting, need to extract in addition the photo of having stored and just can see shooting effect out.
In current prior art, also has a kind of auto heterodyne mirror, also be the principle of utilizing semi-transparent semi-reflecting mirror, after mirror, fix a video camera, after people poses, can complete auto heterodyne, also can send that photo is browsed to user but this technology owing to video camera being fixed on after mirror, therefore cannot adjust the position of video camera according to people's height, institute's station location, similarly, cannot in mirror, see in time shooting effect out, need to receive photo and just can see.
Utility model content
The purpose of this utility model is the defect in order to solve above-mentioned prior art, provides a kind of simple in structure, can adjust the position of camera and the self-timer of preview current shooting photo.
The purpose of this utility model can be by taking following technical scheme to reach:
A kind of self-timer, comprise single plane fluoroscopy mirror and bearer bar, the front portion of described bearer bar is designed for opening, described single plane fluoroscopy mirror is arranged on the open front place of bearer bar and forms can opened/closed structure, it is characterized in that: in described bearer bar, be provided with camera, image display panel, X-axis track, Y-axis track and can drive camera, the control assembly of image display panel and Y-axis rail moving, described camera has one at least, described image display panel is provided with the camera track corresponding with each camera, described X-axis track is divided into and gets on the right track and lower railway, described getting on the right track is separately fixed on the medial surface on bearer bar top and the medial surface of bottom with lower railway, described camera and camera track sliding are dynamically connected, and described image display panel and Y-axis track sliding are dynamically connected, the two ends of described Y-axis track respectively with get on the right track and lower railway be slidably connected, described control assembly is connected with camera and image display panel respectively.
As a kind of preferred version, described control assembly comprise be circumscribed with the industrial control board, input/output operations equipment, central processing unit of wireless communication module, for driving camera along the first motor of camera rail moving, for driving the second motor that image display panel moves up and down along Y-axis track and for driving Y-axis track along the 3rd motor getting on the right track and lower railway moves left and right, described industrial control board is by driving chip to be connected with the first motor, the second motor and the 3rd motor respectively; Described central processing unit is arranged on industrial control board, and is connected with camera and image display panel respectively by circuit or wireless signal; Described input/output operations equipment is connected with central processing unit by circuit.
As a kind of preferred version, described camera track is guide rail, and described camera bottom is provided with the sliding part being slidably connected with guide rail, and described the first motor is by driving sliding part that camera is moved along guide rail;
Getting on the right track of described X-axis track is guide rail with lower railway, wherein the two ends of upper rail are fixed on the medial surface on bearer bar top by pedestal and the screw of a convex respectively, the two ends of lower guideway are fixed on the medial surface of bearer bar bottom by pedestal and the screw of a convex respectively, and the face that upper rail and lower guideway form is perpendicular to end face and the bottom surface of bearer bar; The two ends of described Y-axis track are respectively equipped with the pulley structure being slidably connected with upper rail and lower guideway, and described the 3rd motor is by driving two pulleys that Y-axis track is moved left and right along upper rail and lower guideway;
Described Y-axis track is belt, mechanical chain or guide rail, in the time that Y-axis track is belt or mechanical chain, on belt or mechanical chain, be provided with fastener, described fastener is fixed on belt or mechanical chain image display panel, and described the second motor is by driving belt or mechanical chain that image display panel is moved up and down; In the time that Y-axis track is guide rail, this guide rail is provided with tooth bar, and described image display panel back is provided with the gear being meshed with the tooth bar on guide rail, and described the second motor makes image display panel move up and down along guide rail by the gear that drives image display panel back.
The purpose of this utility model can also be by taking following technical scheme to reach:
A kind of self-timer, comprise single plane fluoroscopy mirror and bearer bar, the front portion of described bearer bar is designed for opening, described single plane fluoroscopy mirror is arranged on the open front place of bearer bar and forms can opened/closed structure, it is characterized in that: in described bearer bar, be provided with camera, image display panel, X-axis track, Y-axis track and can drive camera, the control assembly of image display panel and X-axis rail moving, described camera has one at least, described image display panel is provided with the camera track corresponding with each camera, described Y-axis track is divided into left track and right track, described left track and right track are separately fixed on the medial surface of bearer bar left part and the medial surface of right part, described camera and camera track sliding are dynamically connected, and described image display panel and X-axis track sliding are dynamically connected, and the two ends of described X-axis track are dynamically connected with left track and right track sliding respectively, and described control assembly is connected with camera and image display panel respectively.。
As a kind of preferred version, described control assembly comprise be circumscribed with the industrial control board, input/output operations equipment, central processing unit of wireless communication module, for driving camera along the first motor of camera rail moving, for driving the second motor that image display panel moves left and right along X-axis track and the 3rd motor for driving X-axis track to move up and down along left track and right track, described industrial control board is by driving chip to be connected with the first motor, the second motor and the 3rd motor respectively; Described central processing unit is arranged on industrial control board, and is connected with camera and image display panel respectively by circuit or wireless signal; Described input/output operations equipment is connected with central processing unit by circuit.
As a kind of preferred version, described camera track is guide rail, and described camera bottom is provided with the sliding part being slidably connected with guide rail, and described the first motor is by driving sliding part that camera is moved along guide rail;
Left track and the right track of described Y-axis track are guide rail, wherein the two ends of left rail are fixed on the medial surface of bearer bar left part by pedestal and the screw of a convex respectively, the two ends of right guide rail are fixed on the medial surface of bearer bar right part by pedestal and the screw of a convex respectively, and the face that left rail and right guide rail form is perpendicular to left surface and the right flank of bearer bar; The two ends of described X-axis track are respectively equipped with the pulley structure being slidably connected with left rail and right guide rail, and described the 3rd motor is by driving two pulleys that X-axis track is moved up and down along left rail and right guide rail;
Described X-axis track is guide rail, and this guide rail is provided with tooth bar, and described image display panel back is provided with the gear being meshed with the tooth bar on guide rail, and described the second motor makes image display panel move left and right along guide rail by the gear that drives image display panel back.
The common preferred version of the self-timer of above-mentioned two kinds of technical schemes is as follows:
As a kind of preferred version, described device also comprises U-shaped faced wall, background switching device shifter, can make the keyboard that background switches and can make user face the chair lift of camera and display screen, and described U-shaped faced wall is made up of front wall, rear wall and floor; Described bearer bar is arranged on the front wall medial surface of U-shaped faced wall; Described background switching device shifter be arranged on U-shaped faced wall after within the walls on side; Described keyboard be arranged on U-shaped faced wall after within the walls on the position of side near background switching device shifter, or be arranged on the lateral surface of bearer bar left part or the lateral surface of right part; Described chair lift is arranged on the floor of U-shaped faced wall, and described chair lift inside is provided with electric lifting mechanism, and described background switching device shifter, keyboard and electric lifting mechanism are connected with central processing unit by circuit or wireless signal respectively.
As a kind of preferred version, described device also comprises frame body, background switching device shifter, can make the keyboard that background switches and can make user face the chair lift of camera and display screen, described frame body is made up of header board, rear plate, top board, base plate and two blocks of side plates, wherein on a side plate, has user gateway; Described bearer bar is arranged on the header board medial surface of frame body; Described background switching device shifter is arranged on the rear plate medial surface of frame body; On the position of the rear plate medial surface that described keyboard is arranged on frame body near background switching device shifter, or be arranged on the lateral surface of bearer bar left part or the lateral surface of right part; Described chair lift is arranged on the base plate of frame body, and described chair lift inside is provided with electric lifting mechanism, and described background switching device shifter, keyboard and electric lifting mechanism are connected with central processing unit by circuit or wireless signal respectively.
As a kind of preferred version, in described bearer bar, be also provided with photo-printer having, described photo-printer having is connected with central processing unit by circuit or wireless signal, and it is printed and exports the below, bearer bar left side or the bearer bar right side that are arranged on single plane fluoroscopy mirror front portion.
As a kind of preferred version, top or bottom in described single plane fluoroscopy mirror are provided with the infrared inductor that enters shooting area for responding to user, and described infrared inductor is connected with central processing unit by circuit or wireless signal.
The utility model has following beneficial effect with respect to prior art:
1, self-timer of the present utility model can be by controlling the movement of Y-axis track/X-axis track, image display panel and camera manually or automatically, camera is adjusted on the position that can be registered to user face, and the photo of current shooting can be presented in image display panel, make user carry out preview by comparison film, and retake in the time that comparison film is dissatisfied, meet the demand that user autodynes.
2, self-timer of the present utility model is simple in structure; easy to operate; bearer bar small volume; can select suitable position to put and can not take a large amount of spaces; and solve the defect that uses mobile phone auto heterodyne angle and distance to have certain limitation, can be widely used in various self-service capture apparatus.
Brief description of the drawings
Fig. 1 is the perspective view of self-timer a certain angle under single plane fluoroscopy mirror open mode of the utility model embodiment 1.
Fig. 2 is the perspective view of self-timer another angle under single plane fluoroscopy mirror open mode of the utility model embodiment 1.
Fig. 3 is the control principle block diagram of the self-timer of the utility model embodiment 1.
Fig. 4 be the self-timer of the utility model embodiment 1 at Y-axis track, image display panel and camera the structural representation in mobile status.
Fig. 5 is the self-timer of the utility model embodiment 1 perspective view under single plane fluoroscopy mirror closure state.
Fig. 6 is the perspective view of self-timer a certain angle under single plane fluoroscopy mirror open mode of the utility model embodiment 2.
Fig. 7 is the perspective view of a certain angle of self-timer of the utility model embodiment 8.
Fig. 8 is the perspective view of another angle of self-timer of the utility model embodiment 8.
Fig. 9 is the perspective view of self-timer a certain angle under single plane fluoroscopy mirror open mode of the utility model embodiment 9.
Figure 10 is the perspective view of self-timer another angle under single plane fluoroscopy mirror open mode of the utility model embodiment 9.
Figure 11 is the control principle block diagram of the self-timer of the utility model embodiment 9.
In Fig. 1～Fig. 8,1-single plane fluoroscopy mirror, 2-bearer bar, 3-camera, 4-image display panel, 5-Y axle track, 6-gets on the right track, 7-lower railway, 8-camera track, 9-industrial control board, 10-operating display, 11-action button, 12-central processing unit, 13-the first motor, 14-the second motor, 15-the 3rd motor, 16-pedestal, 17-U type faced wall, 18-background switching device shifter, 19-keyboard, 20-chair lift;
In Fig. 9～Figure 11,1-single plane fluoroscopy mirror, 2-bearer bar; 3-camera, 4-image display panel, 5-X axle track, the left track of 6-, the right track of 7-; 8-camera track, 9-industrial control board, 10-operating display; 11-action button; 12-central processing unit, 13-the first motor, 14-the second motor; 15-the 3rd motor, 16-pedestal.
Embodiment
Embodiment 1:
As shown in Fig. 1～Fig. 5, the self-timer of the present embodiment, comprise single plane fluoroscopy mirror 1 and bearer bar 2, the front portion of described bearer bar 2 is designed for opening, described single plane fluoroscopy mirror 1 is arranged on the open front place of bearer bar 2 by rotating shaft, single plane fluoroscopy mirror 1 can utilize rotating shaft Unscrew or closure, in described bearer bar 2, be provided with camera 3, image display panel 4, X-axis track, Y-axis track 5 and control assembly, described X-axis track is divided into and gets on the right track 6 and lower railway 7, described camera 3 has one, described image display panel 4 in the time of the normal work of device in closed condition, avoid sending the light that disturbs shooting, top is provided with camera track 8, described control assembly comprises industrial control board 9, input/output operations equipment, central processing unit 12, the first motor 13, the second motor 14 and the 3rd motor 15, and described input/output operations equipment is the combination of operating display 10 and action button 11, wherein:
Described single plane fluoroscopy mirror 1, sees it is the mirror of one side total reflection from a side, can be completely sees through the things of seeing after mirror from opposite side, because single plane fluoroscopy mirror 1 is arranged on the open front place of bearer bar 2, in the time of closure just to user (person of being taken);
Described bearer bar 2, for the protection of internal components and securing part;
Described camera track 8 is guide rail, and described camera 3 bottoms are provided with the sliding part being slidably connected with guide rail;
Described X-axis track get on the right track 6 and lower railway 7 be the guide rail that hard material is made, can support the heavy burden of camera 3, display screen 4 and Y-axis track 5, wherein the two ends of upper rail are fixed on the medial surface on bearer bar 2 tops by pedestal 16 and the screw of a convex respectively, the two ends of lower guideway are fixed on the medial surface of bearer bar bottom by pedestal 16 and the screw of a convex respectively, and the face that upper rail and lower guideway form is perpendicular to end face and the bottom surface of bearer bar 2; The two ends of described Y-axis track 5 are respectively equipped with the pulley structure being slidably connected with upper rail and lower guideway;
The guide rail that described Y-axis track 5 is made for hard material, this guide rail is provided with tooth bar, and described image display panel 4 backs are provided with the gear being meshed with the tooth bar on guide rail;
Described industrial control board 9 adopts and grinds magnificent AIMB-501VG, can external wireless communication module (as wifi, bluetooth etc.), it is by driving chip A397 to be connected with the first motor 13, the second motor 14 and the 3rd motor 15 respectively, and described the first motor 13 makes camera 3 move left and right along camera track 8 by the sliding part that drives camera 3 bottoms; Described the second motor 14 makes image display panel 4 move up and down along Y-axis track 5 by the gear that drives image display panel 4 backs; Described the 3rd motor 15 can have two, respectively by drive the pulley at Y-axis track 5 two ends make Y-axis track 5 along get on the right track 6 and lower railway 7 move left and right;
Described central processing unit 12 adopts the I3-2010 chip of Intel, it is arranged on industrial control board 9, central processing unit 12 is controlled the principle that camera 3, image display panel 4 and Y-axis track 5 move: by sending controling instruction to industrial control board 9, step direction by industrial control board 9 analysis instruction to each motor and distance are controlled, industrial control board 9 is in the time controlling each motor, monitor current location and the operating state of each motor, industrial control board 9 is to central processing unit 12 feedback operation results and Real-time Feedback motor situation simultaneously; Described central processing unit 12 can be connected with camera 3 and image display panel 4 respectively by circuit or wireless signal, after the photo disposal that camera 3 is taken, plays photo by image display panel 4, makes user carry out preview to the photo of current shooting; Described operating display 10 is connected with central processing unit 12 by circuit respectively with action button 11, wherein action button 11 is for the parameter (as time, motion rectification, shooting speed etc.) of central processing unit 12 is set, and shows on operating display 10.
The self-timer operation principle of the present embodiment is as follows:
1) user is in the time of operative installations, from the appearance be a box-packed mirror, when subscriber station is at single plane fluoroscopy mirror 1 or be sitting in single plane fluoroscopy mirror 1 when front, can automatically detect that by camera 3 user enters shooting area, starts to call the face feature of camera 3 track user;
2) central processing unit 12 is according to the position of the position of user face or eyes, control command is sent to industrial computer 9, by industrial control board 9 analysis instruction, utilize the pulley at each Electric Machine Control Y-axis track 5 two ends, the gear of image display panel 4 behinds and the sliding part of camera 3 bottoms, make camera 3 aim at user's face, keep and user face (or eyes) horizontal alignment, if user has moved head, camera 3 also can be aimed at from motion tracking;
3) when user shows smile, or anchor several seconds (by action button 11 setting-up times), camera 3 can start to take automatically, central processing unit 12 receives after the photo that camera 3 transmits, be sent to after treatment image display panel 4, show at once, user can see the photo of just having taken from single plane fluoroscopy mirror 1 outside;
4) if user is dissatisfied, swing palm (representing not like) in mirror front left and right, camera 3 detects action, central processing unit 12 cuts out image display panel 4, restarts to take, until user is satisfied; If when user does not have gesture motion, judge that user's comparison film is satisfied, image display panel 4 is in playing photo, can be by photo upload to interim storage server, and on photo, generate a Quick Response Code, user takes Quick Response Code with mobile phone, the photo photographing can be got to the mobile device (as notebook computer, panel computer etc.) of user's mobile phone or other obtained photos that user carries; After user leaves, camera 3 can detect that user leaves, and closes image display panel 4, enters holding state, waits next user's experience; If user is after shooting, both do not had meaning with thumb down, do not obtain photo yet, after certain hour, (by action button 11 setting-up times) can close image display panel 4 automatically, and carry out shooting preparation next time, that is to say, user also can ignore to current photo, wait for after certain hour, again autodyne, until oneself is satisfied;
Visible, when determining each time user's comparison film and being satisfied with, all can be by photo upload to interim storage server; after certain hour, can automatically delete photo, both kept the memory space of server; the space that avoids waste, also supervises user to download in time photo, also protects user's privacy simultaneously.
Embodiment 2:
The main feature of the present embodiment is: as shown in Figure 6, described camera 3 has two, the top of described image display panel 4 and bottom are respectively equipped with camera track 8, described camera track 8 is guide rail, one of them camera 3 bottom is provided with the sliding part being slidably connected with the guide rail at image display panel 4 tops, and another camera 3 tops are provided with the sliding part being slidably connected with the guide rail of image display panel 4 bottoms; Correspondingly, described the first motor 13 can have two, drives respectively the sliding part of two cameras 3 that two cameras 3 are moved left and right along camera track 8.
The self-timer operation principle of the present embodiment and the difference part of embodiment 1 are: when subscriber station is at single plane fluoroscopy mirror 1 or be sitting in single plane fluoroscopy mirror 1 when front, can automatically detect that by any one camera 3 user enters shooting area, according to user's face location, transfer the nearest camera 3 of distance users face location and aim at user face, take with the camera 3 nearer apart from face location, can realize with have good positioning user's face location of the fastest speed, reduce the effect of the mobile range of image display panel.
Embodiment 3:
The main feature of the present embodiment is: described input/output operations equipment is for touching operation screen, this touch operation screen is connected with central processing unit 12, can realize the function of operating display 10 and action button 11 in embodiment 1, the combination of described touch operation screen, industrial control board 9 and central processing unit 12 has formed in fact a panel computer (Pad).
Embodiment 4:
The main feature of the present embodiment is: described Y-axis track 5 is belt or mechanical chain, on belt or mechanical chain, be provided with fastener, described fastener is fixed on belt or mechanical chain image display panel 4 by screw, and described the second motor 14 is by driving belt or mechanical chain that image display panel 4 is moved up and down.All the other are with embodiment 1.
Embodiment 5:
The main feature of the present embodiment is: in described bearer bar 2, be also provided with photo-printer having; described photo-printer having is connected with central processing unit by circuit or wireless signal; it is printed outlet and is arranged on bearer bar 2 left sides or right side; more in short-term, print and export the below that can also be arranged on single plane fluoroscopy mirror 1 front portion in single plane fluoroscopy mirror 1 length.
The self-timer operation principle of the present embodiment and the difference part of embodiment 1 are: step 4) in, if when user does not have gesture motion, judge that user's comparison film is satisfied, image display panel 4, in playing photo, directly prints photo by photo-printer having.
Embodiment 6:
The self-timer operation principle of the present embodiment and the difference part of embodiment 1 are: step 4) in, if when user does not have gesture motion, judge that user's comparison film is satisfied, image display panel 4 is playing in photo, directly photo is sent on user's mobile phone by wireless mode (as wifi, bluetooth etc.) or the mobile device (as notebook computer, panel computer etc.) of other obtained photos that user carries on.
Embodiment 7:
The main feature of the present embodiment is: top or bottom in described single plane fluoroscopy mirror 1 are provided with the infrared inductor that enters shooting area for responding to user, and described infrared inductor is connected with central processing unit 12 by circuit or wireless signal.
The self-timer operation principle of the present embodiment and the difference part of embodiment 1 are: step 1) in, when subscriber station is at single plane fluoroscopy mirror 1 or be sitting in single plane fluoroscopy mirror 1 when front, can automatically sense that by infrared inductor 18 user enters shooting area; Step 4) in, after user leaves, infrared inductor 18 can detect that user leaves.
Embodiment 8:
As shown in Figure 7 and Figure 8, the self-timer of the present embodiment is an application example, and described device also comprises U-shaped faced wall 17, background switching device shifter 18, keyboard 19 and chair lift 20, and described U-shaped faced wall 17 is made up of front wall, rear wall and floor, described bearer bar 2 is arranged on the front wall medial surface of U-shaped faced wall, described background switching device shifter 18 be arranged on U-shaped faced wall 17 after within the walls on side, and be connected with central processing unit 12 by circuit or wireless signal, can be screen or cloth curtain, cloth curtain is made up of the cloth of several different colours, can switch background cloth by Free-rolling, described keyboard 19 be arranged on U-shaped faced wall 17 after (shown in Fig. 7) on the position of side near background switching device shifter 18 within the walls, or be arranged on the lateral surface of bearer bar 2 right parts (shown in Fig. 8), and be connected with central processing unit 12 by circuit or wireless signal, be used for switching the background of background switching device shifter 18, mode can be that direct button switches background, also can be the button photo type of choosing shooting (as identity card picture etc.), control background switching device shifter 18 by central processing unit 12 and be switched to the background needing, described chair lift 20 is arranged on the floor of U-shaped faced wall 17, its inside is provided with electric lifting mechanism, this electric lifting mechanism is connected with central processing unit 12 by circuit or wireless signal, can carry out free lifting according to user's height, lifting can manually be adjusted by user, also can be tracked by central processing unit 12 user's face feature according to camera 3, judge whether to exceed coverage and automatically adjust the height of chair lift 20, send a signal to electric lifting mechanism if exceed 12 of coverage central processing units, chair lift 20 is carried out to suitable adjustment, make user's face aim at camera 3, complete shooting.
Embodiment 9:
As shown in Fig. 9～Figure 11, the self-timer of the present embodiment comprises single plane fluoroscopy mirror 1 and bearer bar 2, the front portion of described bearer bar 2 is designed for opening, described single plane fluoroscopy mirror 1 is arranged on the open front place of bearer bar 2 by rotating shaft, single plane fluoroscopy mirror 1 can utilize rotating shaft Unscrew or closure, in described bearer bar 1, be provided with camera 3, image display panel 4, X-axis track 5, Y-axis track and control assembly, described Y-axis track is divided into left track 6 and right track 7, described camera 3 has one, described image display panel 4 tops are provided with camera track 8, described control assembly comprises industrial control board 9, input/output operations equipment, central processing unit 12, the first motor 13, the second motor 14 and the 3rd motor 15, described input/output operations equipment is the combination of operating display 10 and action button 11,
Described camera track 8 is guide rail, and described camera 3 bottoms are provided with the sliding part being slidably connected with guide rail;
Left track 6 and the right track 7 of described Y-axis track are the guide rail that hard material is made, wherein the two ends of left rail are fixed on the medial surface of bearer bar 2 left parts by pedestal 16 and the screw of a convex respectively, the two ends of right guide rail are fixed on the medial surface of bearer bar 2 right parts by pedestal 16 and the screw of a convex respectively, and the face that left rail and right guide rail form is perpendicular to left surface and the right flank of bearer bar 2; The two ends of described X-axis track 5 are respectively equipped with the pulley structure being slidably connected with left rail and right guide rail;
The guide rail that described X-axis track 5 is made for hard material, can support the heavy burden of camera 3 and display screen 4, and this guide rail is provided with tooth bar, and described image display panel 4 backs are provided with the gear being meshed with the tooth bar on guide rail;
Described industrial control board 9 is by driving chip A397 to be connected with the first motor 13, the second motor 14 and the 3rd motor 15 respectively, described the first motor 13 makes camera 3 move left and right along camera track 8 by the sliding part that drives camera 3 bottoms, described the second motor 14 makes image display panel 4 move left and right along X-axis track 5 by the gear that drives image display panel 4 backs, described the 3rd motor 15 can have two, by the pulley that drives X-axis track 5 two ends, X-axis track 5 is moved up and down along left track 6 and right track 7 respectively;
Described central processing unit 12 is arranged on industrial control board 9, and is connected with camera 3 and image display panel 4 respectively by circuit or wireless signal; Described operating display 10 is connected with central processing unit 12 by circuit respectively with action button 11.
All the other principles are with embodiment 1.
Embodiment 10:
The main feature of the present embodiment is: the U-shaped faced wall in embodiment 8 is replaced to frame body (similar to the frame structure of the self-service certificate camera of prior art), this frame body is made up of header board, rear plate, top board, base plate and two blocks of side plates, wherein on a side plate, have user gateway, described bearer bar 2 is arranged on the header board medial surface of frame body; Described background switching device shifter 18 is arranged on the rear plate medial surface of frame body; On the position of the rear plate medial surface that described keyboard 19 is arranged on frame body near background switching device shifter 18, or be arranged on the lateral surface of bearer bar 2 left parts or the lateral surface of right part; Described chair lift 20 is arranged on the base plate of frame body, and described chair lift 20 inside are provided with electric lifting mechanism, and described background switching device shifter 18, keyboard 19 and electric lifting mechanism are connected with central processing unit 12 by circuit or wireless signal respectively.
In the present embodiment, described central processing unit 12 can adopt STC series or STM32 series monolithic, it connects a wireless remote control signals receiver, this wireless remote control signals receiver and Digiplex are supporting, described Digiplex can be arranged on a wherein side plate of frame body, user can take off Digiplex in use, by user's manual operation Digiplex sending controling instruction to central processing unit 12, control the pulley at Y-axis track 5 two ends, the movement of image display panel 4 gears of behind and the sliding part of camera 3 bottoms, camera 3 is adjusted to suitable position, control camera 3 takes in setting-up time again, central processing unit 12 receives after the photo that camera 3 transmits, be sent to after treatment image display panel 4, if the effect of the dissatisfied photo of user, can the transmission of operate wireless remote controller retake instruction to central processing unit 12.
The above, it is only the utility model patent optional embodiment, but the protection range of the utility model patent is not limited to this, in embodiment 1～10, single plane fluoroscopy mirror 1 is fixed on the open front place of bearer bar 2 removably by screw, the camera 3 of embodiment 2 can be four, corresponding camera track 8 also has four, wherein two cameras 3 are separately positioned on top and the bottom of image display panel 4, two other camera 3 is separately positioned on left part and the right part of image display panel 4, and the camera 3 that is positioned at left part and right part moves up and down along camera track 8, it is first-class that the keyboard 19 of embodiment 8 can also be arranged on the lateral surface of bearer bar 2 left parts, anyly be familiar with those skilled in the art in the disclosed scope of the utility model patent, be equal to replacement or changed according to the technical scheme of the utility model patent and utility model patent design thereof, all belong to the protection range of the utility model patent.
Claims (10)
1. a self-timer, comprise single plane fluoroscopy mirror and bearer bar, the front portion of described bearer bar is designed for opening, described single plane fluoroscopy mirror is arranged on the open front place of bearer bar and forms can opened/closed structure, it is characterized in that: in described bearer bar, be provided with camera, image display panel, X-axis track, Y-axis track and can drive camera, the control assembly of image display panel and Y-axis rail moving, described camera has one at least, described image display panel is provided with the camera track corresponding with each camera, described X-axis track is divided into and gets on the right track and lower railway, described getting on the right track is separately fixed on the medial surface on bearer bar top and the medial surface of bottom with lower railway, described camera and camera track sliding are dynamically connected, and described image display panel and Y-axis track sliding are dynamically connected, the two ends of described Y-axis track respectively with get on the right track and lower railway be slidably connected, described control assembly is connected with camera and image display panel respectively.
2. a kind of self-timer according to claim 1, it is characterized in that: described control assembly comprise be circumscribed with the industrial control board, input/output operations equipment, central processing unit of wireless communication module, for driving camera along the first motor of camera rail moving, for driving the second motor that image display panel moves up and down along Y-axis track and for driving Y-axis track along the 3rd motor getting on the right track and lower railway moves left and right, described industrial control board is by driving chip to be connected with the first motor, the second motor and the 3rd motor respectively; Described central processing unit is arranged on industrial control board, and is connected with camera and image display panel respectively by circuit or wireless signal; Described input/output operations equipment is connected with central processing unit by circuit.
3. a kind of self-timer according to claim 2, is characterized in that:
Described camera track is guide rail, and described camera bottom is provided with the sliding part being slidably connected with guide rail, and described the first motor is by driving sliding part that camera is moved along guide rail;
Getting on the right track of described X-axis track is guide rail with lower railway, wherein the two ends of upper rail are fixed on the medial surface on bearer bar top by pedestal and the screw of a convex respectively, the two ends of lower guideway are fixed on the medial surface of bearer bar bottom by pedestal and the screw of a convex respectively, and the face that upper rail and lower guideway form is perpendicular to end face and the bottom surface of bearer bar; The two ends of described Y-axis track are respectively equipped with the pulley structure being slidably connected with upper rail and lower guideway, and described the 3rd motor is by driving two pulleys that Y-axis track is moved left and right along upper rail and lower guideway;
Described Y-axis track is belt, mechanical chain or guide rail, in the time that Y-axis track is belt or mechanical chain, on belt or mechanical chain, be provided with fastener, described fastener is fixed on belt or mechanical chain image display panel, and described the second motor is by driving belt or mechanical chain that image display panel is moved up and down; In the time that Y-axis track is guide rail, this guide rail is provided with tooth bar, and described image display panel back is provided with the gear being meshed with the tooth bar on guide rail, and described the second motor makes image display panel move up and down along guide rail by the gear that drives image display panel back.
4. a self-timer, comprise single plane fluoroscopy mirror and bearer bar, the front portion of described bearer bar is designed for opening, described single plane fluoroscopy mirror is arranged on the open front place of bearer bar and forms can opened/closed structure, it is characterized in that: in described bearer bar, be provided with camera, image display panel, X-axis track, Y-axis track and can drive camera, the control assembly of image display panel and X-axis rail moving, described camera has one at least, described image display panel is provided with the camera track corresponding with each camera, described Y-axis track is divided into left track and right track, described left track and right track are separately fixed on the medial surface of bearer bar left part and the medial surface of right part, described camera and camera track sliding are dynamically connected, and described image display panel and X-axis track sliding are dynamically connected, and the two ends of described X-axis track are dynamically connected with left track and right track sliding respectively, and described control assembly is connected with camera and image display panel respectively.
5. a kind of self-timer according to claim 4, it is characterized in that: described control assembly comprise be circumscribed with the industrial control board, input/output operations equipment, central processing unit of wireless communication module, for driving camera along the first motor of camera rail moving, for driving the second motor that image display panel moves left and right along X-axis track and the 3rd motor for driving X-axis track to move up and down along left track and right track, described industrial control board is by driving chip to be connected with the first motor, the second motor and the 3rd motor respectively; Described central processing unit is arranged on industrial control board, and is connected with camera and image display panel respectively by circuit or wireless signal; Described input/output operations equipment is connected with central processing unit by circuit.
6. a kind of self-timer according to claim 5, is characterized in that:
Described camera track is guide rail, and described camera bottom is provided with the sliding part being slidably connected with guide rail, and described the first motor is by driving sliding part that camera is moved along guide rail;
Left track and the right track of described Y-axis track are guide rail, wherein the two ends of left rail are fixed on the medial surface of bearer bar left part by pedestal and the screw of a convex respectively, the two ends of right guide rail are fixed on the medial surface of bearer bar right part by pedestal and the screw of a convex respectively, on the left surface and right flank of the face that left rail and right guide rail form perpendicular to bearer bar; The two ends of described X-axis track are respectively equipped with the pulley structure being slidably connected with left rail and right guide rail, and described the 3rd motor is by driving two pulleys that X-axis track is moved up and down along left rail and right guide rail;
Described X-axis track is guide rail, and this guide rail is provided with tooth bar, and described image display panel back is provided with the gear being meshed with the tooth bar on guide rail, and described the second motor makes image display panel move left and right along guide rail by the gear that drives image display panel back.
7. according to a kind of self-timer described in claim 2 or 5, it is characterized in that: described device also comprises U-shaped faced wall, background switching device shifter, can make the keyboard that background switches and can make user face the chair lift of camera and display screen, described U-shaped faced wall is made up of front wall, rear wall and floor; Described bearer bar is arranged on the front wall medial surface of U-shaped faced wall; Described background switching device shifter be arranged on U-shaped faced wall after within the walls on side; Described keyboard be arranged on U-shaped faced wall after within the walls on the position of side near background switching device shifter, or be arranged on the lateral surface of bearer bar left part or the lateral surface of right part; Described chair lift is arranged on the floor of U-shaped faced wall, and described chair lift inside is provided with electric lifting mechanism, and described background switching device shifter, keyboard and electric lifting mechanism are connected with central processing unit by circuit or wireless signal respectively.
8. according to a kind of self-timer described in claim 2 or 5, it is characterized in that: described device also comprises frame body, background switching device shifter, can make the keyboard that background switches and can make user face the chair lift of camera and display screen, described frame body is made up of header board, rear plate, top board, base plate and two blocks of side plates, wherein on a side plate, has user gateway; Described bearer bar is arranged on the header board medial surface of frame body; Described background switching device shifter is arranged on the rear plate medial surface of frame body; On the position of the rear plate medial surface that described keyboard is arranged on frame body near background switching device shifter, or be arranged on the lateral surface of bearer bar left part or the lateral surface of right part; Described chair lift is arranged on the base plate of frame body, and described chair lift inside is provided with electric lifting mechanism, and described background switching device shifter, keyboard and electric lifting mechanism are connected with central processing unit by circuit or wireless signal respectively.
9. according to a kind of self-timer described in claim 2 or 5; it is characterized in that: in described bearer bar, be also provided with photo-printer having; described photo-printer having is connected with central processing unit by circuit or wireless signal, and it is printed and exports the below, bearer bar left side or the bearer bar right side that are arranged on single plane fluoroscopy mirror front portion.
10. according to a kind of self-timer described in claim 2 or 5, it is characterized in that: top or bottom in described single plane fluoroscopy mirror are provided with the infrared inductor that enters shooting area for responding to user, described infrared inductor is connected with central processing unit by circuit or wireless signal.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420323353.0U CN203933796U (en) | 2014-06-17 | 2014-06-17 | A kind of self-timer |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420323353.0U CN203933796U (en) | 2014-06-17 | 2014-06-17 | A kind of self-timer |
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| CN203933796U true CN203933796U (en) | 2014-11-05 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201420323353.0U Expired - Lifetime CN203933796U (en) | 2014-06-17 | 2014-06-17 | A kind of self-timer |
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| CN (1) | CN203933796U (en) |
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| CN108389469A (en) * | 2018-03-16 | 2018-08-10 | 南阳师范学院 | A kind of interactive teaching instrument for musicology teaching |
| CN108527385A (en) * | 2018-04-17 | 2018-09-14 | 郭斌 | A kind of robot for self-timer |
| CN110610167A (en) * | 2019-06-21 | 2019-12-24 | 深圳市普瑞思软件有限公司 | Animal face image acquisition device |
| CN110633612A (en) * | 2019-11-20 | 2019-12-31 | 中通服创立信息科技有限责任公司 | Monitoring method and system for inspection robot |
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