CN103248801B - Camera head - Google Patents
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- CN103248801B CN103248801B CN201310042040.8A CN201310042040A CN103248801B CN 103248801 B CN103248801 B CN 103248801B CN 201310042040 A CN201310042040 A CN 201310042040A CN 103248801 B CN103248801 B CN 103248801B
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Classifications
-
- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
- H04N23/00—Cameras or camera modules comprising electronic image sensors; Control thereof
- H04N23/50—Constructional details
-
- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
- H04N23/00—Cameras or camera modules comprising electronic image sensors; Control thereof
- H04N23/60—Control of cameras or camera modules
- H04N23/62—Control of parameters via user interfaces
-
- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
- H04N23/00—Cameras or camera modules comprising electronic image sensors; Control thereof
- H04N23/60—Control of cameras or camera modules
- H04N23/63—Control of cameras or camera modules by using electronic viewfinders
Landscapes
- Engineering & Computer Science (AREA)
- Multimedia (AREA)
- Signal Processing (AREA)
- Human Computer Interaction (AREA)
- Studio Devices (AREA)
- Indication In Cameras, And Counting Of Exposures (AREA)
- Details Of Cameras Including Film Mechanisms (AREA)
Abstract
The present invention provides a kind of camera head, it is therefore prevented that the touch maloperation that the shooting operation of photographing unit is subsidiary.This camera head has: display part (115), and it shows current set information for multiple project (115d～115s)；Touch operation portion (115A), its detection shows the touch condition of picture for display part (115), and, the setting content of project is set as the state (S15) changed by this camera head, the project (S17) changed to display part (115) instruction, touch operation (S19) is accepted according to setting content change license, the display position of cursor (S27, S43) of display is changed in response to the testing result of touch operation portion 115A, and the setting content (S21, S23) of the project shown according to driver plate operation change cursor.
Description
Technical field
The present invention relates to a kind of camera head with the board-like display part of touch surface.
Background technology
Sell at present and have a kind of following photographing unit, camera body configures large-scale liquid crystal (LCD) panel, makes to take the photograph
Shadow image and reproduce image be shown in this LCD (for example, referring to Japanese Laid-Open Patent 2003-234942 publication (with
Under, referred to as patent documentation 1), Japanese Laid-Open Patent 2008-289053 publication (hereinafter referred to as patent documentation 2)).Additionally, pin
Sell a kind of following photographing unit, this LCD configures touch panel, and the project making photography control is shown in
In LCD, specifying this shown project by touch operation on display picture, change setting is (public for example, referring to Japan
Open patent 2009-182590 publication (hereinafter referred to as patent documentation 3), Japanese Laid-Open Patent 2011-232741 publication (with
Under, referred to as patent documentation 4)).
Further, the LCD that touch surface is board-like shows icon and button etc., the feelings being set by touch operation
Under condition, sometimes when have switched the picture of operation, user does not notice, and carries out misoperation.In order to solve this problem, carry
Go out to have a kind of following electronic equipment, when image switching shows, by the picture via non-the Show Button, thus prevent user
Misoperation (with reference to Japanese Laid-Open Patent 2011-14004 publication (hereinafter referred to as patent documentation 5)).
As mentioned above, although sell and have a kind of equipment specified being carried out the project that photography controls by touch panel,
But, in recent years, propose there is a kind of following method, carried out in the past by the operating portion such as button and driver plate by touch operation
The appointment of the photographic parameter that part is carried out and change, thus improve the operability of the setting of photographic parameter.
But, there is following problem in the change of the photographic parameter carried out based on touch operation.
(1) when observing view finder, owing to encountering nose, thus the maloperation of touch is produced.
(2) due to shoulder on carry photographing unit carry time, along with the movement of cameraman, photographing unit touches from all directions
To health, thus produce the maloperation of touch.
(3), when camera lens is changed in hand held camera fuselage side, it is easy to touch LCD monitor surface, the mistake touched is produced
Operation.
(4) when changing the angle of the LCD monitor being arranged at the back side, from photographing unit pull-out or rotation LCD monitor
Time, produce maloperation.
(5) owing to when photographing unit being received in bag or pocket, encountering photographing unit in all directions, thus producing and touch
The maloperation touched.
Thus, the various touches without purposiveness attaching and producing during due to photography, thus produce maloperation.As solution
The method of problem, such as, in above-mentioned patent documentation 3, when being set as observing view finder, make the display of LCD monitor close,
Do not accept to utilize the various settings (with reference to the 0154th section of patent documentation 3) of touch panel.But, with it, cannot prevent
The situation of (2)～(5) the most described above is such, the various maloperations produced in the case of user does not observes view finder.
Additionally, when carrying out touch and carrying out image switching, as disclosed in patent documentation 5, it is considered to have following method, will not show
During the picture display scheduled time showing button.But, it is impossible to prevent from the picture of non-the Show Button is being shown the phase scheduled time
After between, the camera shooting of (1)～(5) described above operates the maloperation of subsidiary touch.
Summary of the invention
The present invention proposes in view of the foregoing, its object is to provide a kind of shooting operation preventing photographing unit to attach
Touch maloperation camera head.
The camera head of the present invention has: display unit, and it shows current set information for multiple project；In setting
Holding change licence units, the setting content of above-mentioned project is permitted the state for changing by it；Change project display unit, its to
The instruction of above-mentioned display unit becomes the above-mentioned project that can change in response to above-mentioned setting content change licence units, and with difference
Display mode in surrounding shows change project；Touch detection unit, its detection shows picture for above-mentioned display unit
Touch condition；Location change unit, it accepts touch operation according to the license of above-mentioned setting content change licence units, and rings
Should change by above-mentioned change project display unit in the testing result of above-mentioned touch detection unit to be different from the display of surrounding
The above-mentioned change item destination locations that mode shows；And setting content changing unit, its according to functional unit operation change with
The setting content of the above-mentioned change project that the above-mentioned display mode being different from surrounding shows.
The camera head of the present invention has: display unit, and it shows current set information for multiple project；In setting
Holding change licence units, the setting content of above-mentioned project is permitted the state for changing by it；Change project display unit, its to
The instruction of above-mentioned display unit becomes the above-mentioned project that can change in response to above-mentioned setting content change licence units, and with difference
Display mode in surrounding shows above-mentioned project；Touch detection unit, its detection shows picture for above-mentioned display unit
Touch condition；Location change unit, it accepts touch operation according to the license of above-mentioned setting content change licence units, and rings
Should change by above-mentioned change project display unit in the testing result of above-mentioned touch detection unit to be different from the display of surrounding
The above-mentioned change item destination locations that mode shows；And options display unit, its display is for the above-mentioned surrounding that is different from
Multiple optionies that the above-mentioned change project that display mode shows can select；And options selects unit, it is from by above-mentioned
In multiple optionies that options display unit is selected, respond the testing result of above-mentioned touch detection unit to select above-mentioned choosing
Select item.
In accordance with the invention it is possible to provide a kind of shooting dress touching maloperation preventing camera shooting operation subsidiary
Put.
Accompanying drawing explanation
Fig. 1 is the stereoscopic figure observed from rear side of the photographing unit of the 1st embodiment of the present invention.
Fig. 2 is in the photographing unit of the 1st embodiment of the present invention, it is shown that the figure of the mode of operation of display part.
Fig. 3 is the figure of the display of the display part in the photographing unit of the 1st embodiment illustrating the present invention.
Fig. 4 is the block diagram of the essential electrical structure of the photographing unit of the 1st embodiment illustrating the present invention.
Fig. 5 is the flow chart of the standby action of photographing of the photographing unit of the 1st embodiment illustrating the present invention.
Fig. 6 is the flow chart of the action of the touch process of the photographing unit of the 1st embodiment illustrating the present invention.
Fig. 7 is the flow chart of the standby action of photographing of the photographing unit of the 2nd embodiment illustrating the present invention.
Fig. 8 is the flow chart of the action of touch process (1) of the photographing unit of the 2nd embodiment illustrating the present invention.
Fig. 9 is the flow chart of the action of touch process (2) of the photographing unit of the 2nd embodiment illustrating the present invention.
Detailed description of the invention
Hereinafter, according to accompanying drawing, use the photographing unit applying the present invention that preferred implementation is illustrated.The present invention's
The photographing unit of preferred implementation is a kind of digital camera.This digital camera has image pickup part, and will by this image pickup part
Shot object image is converted into view data, and according to the view data after this conversion, shot object image live view is shown in configuration
On the display part 115 at the back side of main body.Cameraman shows by observing live view, so that it is determined that composition and shutter opportunity.
Additionally, be provided with touch panel on display part 115, user is by touching touch panel such that it is able to specifies and is used for
Carry out the project that photography controls.The view data being recorded in record medium can reproduce when have selected reproduction mode and be shown in
On display part 115.
Fig. 1 (a) is the axonometric chart of the photographing unit 100 observing the 1st embodiment from rear side, and Fig. 1 (b) is to illustrate display part
The figure of the display example in 115, Fig. 1 (c) is the figure illustrating the display example in electronic viewfinder 121.Set at the back side of photographing unit 100
It is equipped with display part 115.This display part has the display floater such as LCD monitor, organic EL monitor, carry out live view show,
Photographing unit control interface shows, menu screen shows, reproduce the display of the various images of display etc..Display part 115 such as Fig. 2 institute
Show, it is possible to from the state (with reference to Fig. 2 (a)) of storage from photograph main body pull-out (with reference to Fig. 2 (b)), or make it rotate (with reference to figure
2(c)).For the display of photographing unit control interface, Fig. 3 will be used aftermentioned.Before display part 115 or with display part 115
It is provided integrally with touch operation portion 115A.The touch operation of this touch operation portion 115A detection user.
It is configured with eyepiece portion 21 in the upside of display part 115.When user workina ocular portion 21, it is possible to pass through electronic viewfinding
Device 121(is with reference to Fig. 4) the various images such as observe that live view shows.It is configured with eyes near the eyepiece camera lens in eyepiece portion 21
Sensor 122.This eye sensors 122 plays the effect as eyepiece detector unit, and this eyepiece detector unit is seen user etc.
When seeing eyepiece portion 21 etc., detect the situation in object proximity view finder eyepiece portion.When user being detected by eye sensors 122
When observing electronic viewfinder, the display in electronic viewfinder 122 is lighted automatically, and display part 115 is closed.
Upper surface at camera body is configured with release button 11, main driver plate 12, secondary driver plate 13, additionally, overleaf and
The right side of display part 115 is configured with OK button 15, cross button 17, on and off switch 19.Can to the down state of release button 11
Detect and partly press and entirely press this 2 stages, carry out photography when pressed under half and prepare, take the photograph under full-pressed state
Shadow.Main driver plate 12 and secondary driver plate 13 can detect rotation status, and use when various setting.Cross button 17 is by up and down
Four buttons are constituted, for the change of cursor position in photographing unit control interface or menu screen.OK button 15 determines
Photographing unit control interface or menu screen utilize the project etc. that cross button 17 is selected.
It follows that use Fig. 3, the photographing unit control interface being shown on display part 115 is illustrated.Fig. 3 (a) be
Photographing unit control interface selects display during project.Upside in picture, shows current selection function 115c.Additionally,
In the lower left side of current selection function 115c, show ISO light sensitivitys 115d.In the example shown in Fig. 3 (a), have selected ISO
Light sensitivitys 115d, therefore carries out cursor display 115a in this project.As long as cursor display 115a is different from sundry item
Display mode, shows that in current selection function 115c the project just carrying out cursor display 115a is (Fig. 3's (a)
Example is " recommending ISO light sensitivitys ").
Flash Mode 115f is shown, additionally, show flash lamp corrected value on the downside of it in the downside of ISO light sensitivitys 115d
115g, and jitter correction 115s is shown in downside.Additionally, in the right side of ISO light sensitivitys 115d display white balance and put down in vain
Weighing apparatus correction 115h, shows flash lamp corrected value 115e and Exposure Metering 115o on the downside of it, shows AF mode/AF on the downside of it
Target 115r, and in downside display image quality pattern 115q and aspect ratio 115p.
Show picture pattern 115i on the right side of white balance and white balance correction 115h, on the downside of it, show acutance/right
Ratio degree/color saturation/gray scale/filter effect/toning 115j, shows that on the downside of it face-priority 115n and color set
115k, the Show Button function distribution 115m on the downside of it.Photograph mode in the downside of above-mentioned projects shows current setting,
The exposure control value such as shutter speed, f-number.
In the present embodiment, when any one during user touches projects 115d～115s, this item being touched
Mesh becomes selection state.When project becomes selection state, show the photographic parameter display row corresponding with selected project
115t.In the example shown in Fig. 3 (b), owing to white balance and white balance correction 115h become selection state, therefore in photography
Parameter display row 115t show automatically, sunlight, shade, the cloudy day, bulb, daylight lamp, the photographic parameter of the medium white balance of water.Right
The triangular marker of side represents and there is also photographic parameter.In this condition, when main driver plate 12 or secondary driver plate 13 are grasped
When making, switch the photographic parameter of white balance successively.
It follows that use Fig. 4 that the electrical structure of present embodiment is illustrated.The optical axis of photographic lens 101 is joined
It is equipped with aperture device 103 and imaging apparatus 107.The output of imaging apparatus 107 is connected with A/D converter section 109, A/D converter section
The output of 109 is connected with memorizer 110.Memorizer 110 is connected with image processing part 111 and systems control division 116.
Imaging control part 108, monitor pull-out rotation detection portion 106, diaphragm control unit 104, lens control portion 102, exposure
Photocontrol portion 112, AF process portion 113, eye sensors 122, electronic viewfinder 121, flash lamp control portion 131, non-volatile
Memorizer 118, external memory storage 114, display part 115, button/driver plate operating portion 117, power control part 120 respectively with system
Control portion 116 connects.
Above-mentioned imaging control part 108 is connected with imaging apparatus 107, and shutter control portion 106 is connected with shutter 105, aperture
Control portion 104 is connected with aperture 103, and lens control portion 102 is connected with photographic lens 101.Additionally, power control part 120 and electricity
Source portion 119 connects, and flash lamp control portion 131 is connected with flashlight charging portion 132 and flash lamp illuminating part 133 respectively.
Photographic lens 101 is a kind of for making object beam converge to imaging apparatus 107, makes the light of shot object image imaging
System.This photographic lens 101 by carrying out the lens control portion 102 of action according to the instruction from systems control division 116 and
Moving in the direction of the optical axis, focusing state changes.Aperture device 103 regulates and incides shooting unit via photographic lens 101
The amount of incident of the object beam of part 107.Aperture device 103 is by carrying out action according to the instruction from systems control division 116
Diaphragm control unit 104 control opening amount.
Imaging apparatus 107 is the two-dimensional solid image sensor such as cmos image sensor or ccd image sensor, by configuring
The photoelectric conversion elements such as the RGB color filter arranged in Bayer above and the photodiode arranged accordingly with this RGB color filter
Part is constituted.Camera watch region is constituted by the pixel groups being made up of each color filter and corresponding each photo-electric conversion element.Take the photograph
Element 107 utilizes each pixel to accept the light assembled by photographic lens 101, and is converted into photoelectric current, and is accumulated by this photoelectric current
In each capacitor, as analog voltage signal (picture signal) output to A/D converter section 109.Imaging control part 108 is according to coming
Instruction from systems control division 116 carries out the action control of imaging apparatus 107.
The analog voltage signal (picture signal) exported from imaging apparatus 107 is converted into digital picture by A/D converter section 109
Signal (view data).Memorizer 110 is a kind of view data to obtaining in A/D converter section 109, at image processing part
The storage part that the various data such as the image procossing after processing in 111 store temporarily.It addition, in this manual, if
Signal based on the picture signal exported from imaging apparatus 107, is not only the letter after being changed by A/D converter section 109 the most sometimes
Number, the signal after also comprising image procossing is referred to view data interior.
Image processing part 111 reads and is temporarily stored in the view data in memorizer 110, and carries out white to this view data
The image procossing such as balance correction process, synchronization process, color conversion processing.Further, image processing part 111 is to outside described later
Memorizer 114 carries out compression of images during record, or, carry out the compressed view data read from external memory storage 114
Decompression.
Monitor pull-out rotation detection portion 106 is configured at the vicinity of display part 115, and detects display part as illustrated in fig. 2
115 from camera body pull-out (with reference to Fig. 2 (b)) or have carried out rotating the situation of (with reference to Fig. 2 (c)).
Exposure control unit 112 use the view data that is temporarily stored in memorizer 110 calculate subject brightness (comprise by
Take the photograph the brightness of the scene of body).It addition, special photometry sensor can certainly be used to calculate subject brightness.
AF(Auto Focus: auto-focusing) process portion 113 carries from the view data being temporarily stored in memorizer 110
Take radio-frequency component, obtain contrast value by accumulative process.Systems control division 116 is according to contrast value, by lens control portion
102 are driven controlling, so that photographic lens 101 is in focusing position.
Button/driver plate operating portion 117 comprises release button 11 as shown in Figure 1, main driver plate 12, secondary driver plate 13, OK button
15, the various functional units such as cross button 17, on and off switch 19.User to any one functional unit in operating portion 117
When having carried out operation, systems control division 116 performs various action sequences corresponding with the operation of user.
Systems control division 116 is by comprising CPU(Central Processing Unit: central processor) etc.
ASIC(Application Specific Integrated Circuit: ASIC) constitute, and be uniformly controlled
The photographing unit of imaging control part 108, exposure control unit 112, display part 115, touch operation portion 115A, electronic viewfinder 121 etc.
The various action sequences of 100.
A kind of record medium that freely can load and unload on camera body of external memory storage 114, record is at image
View data after compression and its attached data in process portion 111.Additionally, read the view data recorded, and in display
Display is reproduced in portion 115.It addition, as the record medium for recording image data etc., being not limited to can be on camera body
The external memory storage freely loaded and unloaded, it is also possible to be that the hard disk etc. being built in camera body records medium.
Display part 115 comprises the display floaters such as the LCD monitor (with reference to Fig. 1) at the back side etc. being configured at camera body,
Show as it has been described above, carry out live view according to view data.Additionally, display part 115 carries out being recorded in external memory storage 114
The reproduction of photographs show, also carry out the photographing unit control of setting for the display of exposure control value etc. and photograph mode etc.
Picture processed and the display of menu screen.
Additionally, be integrally provided before the display floater such as LCD monitor of display part 115 or with display floater
There is the touch operation portion 115A with touch panel etc., in the case of being touched by the finger etc. of user, to systems control division
The information (detection output) that 116 outputs are relevant to touch operation.
Nonvolatile memory 118 is a kind of nonvolatile memory that can carry out electricity rewriting, and storage has photographing unit 100
Action needed for various parameters.Additionally, nonvolatile memory 118 also stores the journey performed in systems control division 116
Sequence.Systems control division 116, according to the program being stored in nonvolatile memory 118, also reads in and is stored in non-volatile memories
Parameter in device 118, performs various action sequence.
Power supply unit 119 provides the electric power needed for the action in each portion of photographing unit 100, such as, by power supply electricity such as secondary cells
Pond is constituted.Power control part 120 carries out the power supply unit such as the supply voltage of the battery of composition power supply unit 119 and the detection of surplus
The control of 119.
Electronic viewfinder 121 has the display part for showing subject image etc., it is possible to watch eyepiece portion 21 user
Time, observe (with reference to Fig. 1 (c)) such as subject images.As used Fig. 1 as it has been described above, eye sensors 122 is configured at eyepiece portion 21
The vicinity of eyepiece camera lens, detection user watches the situation in eyepiece portion 21, testing result exports systems control division 116.
Flash lamp control portion 131, according to the instruction from systems control division 116, controls filling in flashlight charging portion 132
Light-emission operation in electronic work and flash lamp illuminating part 133.Flashlight charging portion 132 has for the electricity to power supply unit 119
Voltage after source voltage carries out the booster circuit that boosts and utilizes boosting herein carrys out the capacitor of energy accumulation, and accumulation is dodged
Energy needed for the luminescence of light modulation illuminating part 133.Flash lamp illuminating part 133 such as has luminous tube and the reflections such as xenon (Xe) pipe
Cover, when receiving luminous instruction from flash lamp control portion 131, uses and accumulates in the capacitor in flashlight charging portion 132
Energy carries out luminescence.
It follows that use the flow chart shown in Fig. 5 and Fig. 6 that the action in present embodiment is illustrated.According to depositing
It is stored in the program in nonvolatile memory 118, systems control division 116 performs these flow processs.Flow process shown in Fig. 5 is photography
Action in holding state.On and off switch 19 at operating portion 117 is connected, and when becoming photography holding state, this flow process starts.
When standby flow process of photographing starts, first, carry out basic handling (S1).As basic handling, perform following each
Kind of operation: picture show, the button of main driver plate 12 etc. among the functional unit of operating portion 117 and driver plate operation, operation discharge
During button 11 release operation, operation zoom button time zoom operation etc..
When having carried out basic handling, it follows that whether eye sensors 122 is judged (S3) carrying out sensing.
Herein, export according to the detection of eye sensors 122, it is determined that near eyepiece portion 21, whether there is object.If the user while
Viewing eyepiece portion 21, then be judged to "Yes", on the other hand, if user does not watch eyepiece portion 21, be then judged to "No".
Sensing if the result of the judgement in step S3 is eye sensors, it follows that carry out touch operation
Ineffective treatment (S5).It is now user's situation of being actively watching eyepiece portion 21, in order to prevent the touching display parts 115 such as the nose of user
Display floater and there is maloperation, carry out the ineffective treatment of touch operation.In the present embodiment, by ignoring from touch modules
The touch output signal of (touch operation portion 115A) thus carry out the ineffective treatment of touch operation.It is however not limited to this, in order to not produce
Raw touch signal, it is also possible to the touch detection of Do not touch module itself.
When the ineffective treatment carrying out touch operation, it follows that close back side monitor to show (S7).The closedown back side monitors
The process that device shows is to reduce when observing electronic viewfinder 121 via eyepiece portion 21, supervises from the display part 115(back side
Visual organ) light enter eyes and the dizziness that causes.The result of the judgement in step S3 is that user is watching eyepiece portion 21, does not see
Examine the display in display part 115, thus close off display part 115(back side monitor) display.
The operation of observation electronic viewfinder 121 is owing to being to carry out in moment, therefore, and " touching at ineffective treatment in step S5
Reason " and step S7 in the order of " back side monitor display closedown process " more important.Generally, the infrared reflectivity of face is comprised
With including the deviation of sensor photosensitive degree, the face detection distance of eye sensors 122 is designed as about 7cm～10cm.By
Height in the nose of face is about 3cm～5cm, therefore, from eye sensors 122 detects that face touches to nose
Worst only about the 2cm of distance.Therefore, from eye sensors 122 detects that face starts to touch to nose, only exist
About several milliseconds temporal more than needed.On the other hand, show even if multiple information is only rewritten in the process closing back side monitor
Show the process of the data of layer, it is also desirable to the time of several ms.Additionally, in the display devices such as organic EL, closing display
In the case of, the situation of waiting time about needing for 100 person of outstanding talent's seconds that there is also is therefore, it is necessary to make the ineffective treatment of touch operation process
Have precedence over the process of the display closing back side monitor.
When closing the display of back side monitor, it follows that open view finder to show (S9).Judgement in step S3
Result is that user is watching eyepiece portion 21, therefore opens the display of electronic viewfinder 121.Opening the display of electronic viewfinder
Time, return step S1.
The result of judgement in step s3 is that eye sensors does not has in the case of sensing, closes view finder and shows
(S11).Owing to this situation is the situation that user does not watch eyepiece portion 21, thus close off the display of electronic viewfinder 121.
When closing electronic viewfinder display, it follows that open back side monitor to show (S13).Due in step S3
The result of judgement be that the probability that user is just observing electronic viewfinder 121 via eyepiece portion 21 is low, therefore open display part 115
Display in (back side monitor).When opening the display of display part 115, display photographing unit as shown in Fig. 1 (b) controls picture
Face.
When opening the display of back side monitor, it follows that determine whether to press OK button (S15).As previously mentioned
Ground shows photographing unit control interface in step s 13, and makes touch operation effective in S19 described later, therefore to prevent by mistake
Carry out touch operation, set the undesirable project of user, it is determined that whether user operates OK button 15.Thus, for instance, it is possible to prevent
Touch as shown in the unfavorable condition (2) of the change brought by touch operation only illustrated in background technology one hurdle～(5)
The maloperation that operation brings.It addition, in the present embodiment, although employ OK button 15, but, as display highlighting
And permit the button of touch operation, it is not limited to OK button 15, naturally it is also possible to be other buttons.
The result of the judgement in step S15 be do not press OK button in the case of, return step S1.On the other hand,
In the case of result of determination is to press OK button, it follows that open project light target to show (S17).Herein, open for
Select the cursor of the project (such as, the project of label 115d～115s in Fig. 3 (a)) of display on photographing unit control interface
The display of 115a.As long as the display mode of the project in cursor display selection, for example, it may be and sundry item
Different colors, or make its flicker etc. be capable of identify that non-selection in project with select in the display mode of project.It addition,
In step S23 described later, S27, move this cursor 115a by being carried out touching by user.
When opening the display of project light target, it follows that make touch operation effectively (S19).Herein, systems control division
116 make the judgement of testing result based on touch operation portion 115A effective.
After making touch operation effectively, it follows that judge (S21) to whether having carried out driver plate operation.Pass through driver plate
Operation carries out the change of the photographic parameter relevant to the project in selection.Such as, as shown in Figure 3 (b), selected by cursor 115a
In the case of selecting during white balance and white balance correction 115h, when to any one party in main driver plate 12 or secondary driver plate 13
When having carried out rotation process, change the photographic parameter of display in photographic parameter display row 115t successively.In step S29 described later
In carry out the determination of this photographic parameter.It addition, in the present embodiment, in addition to driver plate operates, it is also possible to touch described later
Touch carry out in the case of process has carried out double click operation photographic parameter change (with reference to Fig. 5 S27, Fig. 6 S41 → S45,
S51).
When the change carrying out photographic parameter, or the result of judgement in the step s 21 is not carry out driver plate behaviour
In the case of work, it follows that be made whether to there is the judgement (S25) touched.Wish at photographing unit control interface enterprising user
During the change of photographic parameter of the change of row project or the project in selecting, the display floater of display part 115 touches.
Therefore, in this step, determine whether to touch any one project according to the detection output from touch operation portion 115A.
The result of judgement in step s 25 is, in the case of existence touches, to carry out touch process (S27).In touch place
In reason, carry out situation that user touched in order to select project, made photographic parameter display row display by double-click after touch
Touch the process when photographic parameter.The detailed action processed for this touch, will use Fig. 6 aftermentioned.
When carried out touch process time, or the result of the judgement in step 27 be there is not touch in the case of, connect down
Come, it is determined whether carried out discharging partly the pressing of button, the pressing or the most to time (S29) of OK button.Carry out
Half push of release button 11 or in the case of operating OK button 15, determines photographic parameter in step S23
The change etc. of the project in change and step S27.In the case of not operating release button 11 or OK button 15, or
In the case of having not gone through the scheduled time from being initially judged to not carry out the eye sensors detection moment, return step
S21, repeated execution of steps S21～S29.It addition, in the present embodiment, although carried out really by release button and OK button
Fixed, but, be not limited to this as the functional unit determined, it is also possible to be other functional units, or be only release button with
And any one in OK button.Additionally, be not limited to the operation of functional unit, it is also possible to carry out in the change moment of photographic parameter
Determine.
In the case of the result of the judgement in step S29 is "No", closes project light target and show (S31), touch
Touch the ineffective treatment (S33) of operation.Have passed through the scheduled time owing to closing to shut from the detection of eye sensors, or pressed by release
The operation of button 11 or OK button 15 determines project and photographic parameter, thus closes project light target and show, is additionally carried out touching
Touch the ineffective treatment of operation.When the ineffective treatment carrying out touch operation, return step S1.
It follows that use the aftermentioned detailed action processed for the touch in step S27 of Fig. 6 to illustrate.When entering
During the flow process that touch processes, first judge the kind (S41) touched.Herein, defeated according to the detection from touch operation portion 115A
Go out, be by clicking to user, be also by double-click and judged.Click is that user the most only taps once
Situation, double-click is the situation that user taps 2 times the most continuously.When being made whether the judgement double-clicked, piggyback
Carry situation that photographing unit carries out carrying or photographing unit put in bag when walking, it is determined whether with common dynamic
In work, impossible interval taps 2 times continuously.
The result of the judgement in step S41 be click in the case of, carry out project cursor and move (S43).Herein, according to
Detection from touch operation portion 115A exports, and the information of the position particularly clicked on makes cursor 115a move to be clicked on
Project (such as, corresponding with label 115d～115s of Fig. 3 (a) project).
On the other hand, in the case of the result of the judgement in step S41 is double-click, followed by photographic parameter row
Display (S45).Herein, display part 115 photographing unit control display picture in show with select in or fixed project
Corresponding photographic parameter display row 115t.
When having carried out the display of photographic parameter row, followed by whether there is touch behaviour in photographic parameter row display
The judgement (S47) made.Herein, according to the output from touch operation portion 115A, it is determined that whether user is in the display of display part 115
Touch operation has been carried out on panel.
The result of the judgement in step S47 be photographic parameter row display in there is touch operation in the case of, connect down
Judge the kind (S49) touched.Herein, export according to the detection from touch operation portion 115A, it is determined that click or touch
Touch and add dragging.Touch adds dragging and refers to, after user has carried out touching on a display panel, enter when keeping and touching
The operation (slide) that row drags.
The result of the judgement in step S49 be click in the case of, carry out the change (S51) of photographic parameter.Herein, root
Export according to the detection from touch operation portion 115A, be changed to the photographic parameter that user is touched.
On the other hand, the result in the judgement of step S49 is, in the case of touch adds dragging, to carry out turning over of photographic parameter row
Page (S53).Photographic parameter display row 115t in photographing unit control interface cannot show that whole photographic parameters is (at Fig. 3 sometimes
In example shown in (b), show on the right side of photographic parameter display row 115t and represent the △ still having photographic parameter to be hidden
Mark).Therefore, in the present embodiment, in the case of making photographic parameter under covering show, add dragging by touch and carry out
Page turning.
In step S43, carry out project cursor when moving, or the result of the judgement in step S47 has been in photography ginseng
In the case of there is not touch operation in showing in ordered series of numbers, or when having carried out photographic parameter change in step s 51, or in step
When rapid S53 has carried out the page turning of photographic parameter row, terminate the flow process that touch processes, return to original flow process.
As discussed above, in the 1st embodiment of the present invention, by operation OK button 15, and to touch
Operating portion 115A touches such that it is able to select the project being shown on display part 115.That is, present embodiment tool
Have: display unit (display part 115 of display photographing unit control interface), it is for multiple project (such as, the label shown in Fig. 3
The project of 115d～115s) show current set information；Setting content change licence units (systems control division 116, Fig. 5
Pressing of OK button in S15), the setting content of project is set as the state changed by it；Xiang Mingda display unit (is
The project cursor in the S17 of control portion 116, Fig. 5 of uniting shows to be opened), it changes in response to setting content to display unit instruction
Licence units and become modifiable project, and with from the most different display mode display projects；Touch detection unit (touches
Operating portion 115A), its detection shows the touch condition of picture for display unit；And (the system control of location change unit
Portion 116, the touch process of S27 of Fig. 5, the project cursor of S43 of Fig. 6 move), it is according to setting content change licence units
License and accept touch operation (the touch operation validation of the S19 of Fig. 5), and in response to touch detection unit testing result and
The display position of the change project shown in the way of being different from around by change project display unit is changed.
In the present embodiment, when not over setting content change licence units, be set as by the setting content of project can
During the state changed, owing to cannot be carried out the change of project, therefore, it is possible to prevent in background technology one hurdle by (2)～(5)
The various maloperations produced in the case of user does not observe view finder as Suo Lishi.If additionally, due to by setting
The contents of a project can be changed immediately, therefore, compared with patent documentation 5, it is possible to rapidly if determining the license of content alteration licence units
Be set.
Additionally, in the present embodiment, have: setting content changing unit (systems control division 116, Fig. 5 S21 dial
Dish operation judges, the photographic parameter change of S23), it changes according to driver plate operation to be different from what the display mode of surrounding showed
The setting content of change project.So setting photographic parameter by functional unit, therefore the probability of maloperation is less.
I.e., in the present embodiment, even if running counter to the intention of user and have selected project by touch operation, due to by grasping with touching
Making different driver plate operations and carry out the setting of photographic parameter, therefore the probability of maloperation is less.
Additionally, in the present embodiment, it is configured to the selection at only allowed item, and forbid the photographic parameter of projects
After the 1st touch operation stage of change, transfer to permit the 2nd touch operation stage of the change of the photographic parameter of projects.
Therefore, even if running counter to the intention of user and have selected project by touch operation, due to by the driver plate different from touch operation
Operation carries out the setting of photographic parameter, and therefore the probability of maloperation is less.
Additionally, in the present embodiment, have: options display unit (shows photography ginseng in photographing unit control interface
Digital display shows the display part 115 of row 115t), it shows selectable many for the project shown to be different from the display mode of surrounding
Individual options (photographic parameter display row 115t)；And options select unit (systems control division 116, the S51 of Fig. 6), its from
In the multiple optionies selected by options display unit, select selection in response to the testing result of touch detection unit
?.Thus, owing to photographic parameter can be selected by touch operation, therefore, it is possible to simply and rapidly carry out parameter setting.
Additionally, in the present embodiment, setting content change licence units can be according to operation button (such as, OK button 15)
Push, change project setting content.Although when carrying in being accommodated in bag, false touch may be carried out
Touch, but low owing to carrying out operating the probability of the push of button by mistake, and therefore the probability of maloperation is less.
It addition, in the present embodiment, although as setting content changing unit, changed in setting by driver plate operation
Hold, but be not limited to this, such as, naturally it is also possible to carried out by cross button 17 button parts such as grade.Additionally, in present embodiment
In, although the change project shown to be different from the display mode of surrounding is carried out cursor and has shown, but as with surrounding not
With display mode, it is possible to use make its display different from ambient color, flickering display, stamp shade and make it have concave-convex sense
The various display modes such as display,.
It follows that use Fig. 7 to Fig. 9 that the 2nd embodiment of the present invention is described.In the 1st embodiment, in photographing unit control
When picture processed selects project, selected by operation OK button 15 thus allowed item.On the other hand, in the 2nd embodiment,
The license of project alternatives is carried out by initial clicking operation.Additionally, clicking operation at this moment is for can in the case of clicking
Carry out project alternatives, if the selection of photographic parameter can be carried out in the case of Shuan Jiing.
Structure in 2nd embodiment is identical with the structure shown in Fig. 1 to Fig. 4 of the 1st embodiment, therefore omits in detail
Illustrate, for the action of the 2nd embodiment, use the flow chart shown in Fig. 7 to Fig. 9 to illustrate.Feelings with the 1st embodiment
Condition is identical, according to the program being stored in nonvolatile memory 118, systems control division 116 performs these flow processs.
Flow process shown in Fig. 7 is the action under photography holding state.On and off switch 19 at operating portion 117 is connected, and becomes
During photography holding state, this flow process starts.Process in step S1 to S13 is due to identical with the 1st embodiment, therefore for entering
The number of steps that the step labelling of row same treatment is identical, omits detailed description.
When having connected the display of back side monitor in step s 13, next make touch operation validation (S61).This
Place, with step S19(with reference to Fig. 5) identical, systems control division 116 makes judgement based on the testing result in touch operation portion 115A
Effectively.
When the validation carrying out touch operation, it follows that be made whether to there is the judgement (S63) touched.In this reality
Execute in mode, when display part 115 shows photographing unit control interface, make touch operation effective in step S61.Therefore, exist
User wishes the situation of the change of the photographic parameter of the project in carrying out the change of project on photographing unit control interface and selecting
Under, do not carry out the operation of OK button 15 grade, but touch on the display floater of display part 115.Therefore, in this step
In, export according to the detection from touch operation portion 115A and determine whether to touch any one project.
The result of the judgement in step S63 is in the case of existence touches, and performs touch and processes (1) (S65).Herein,
Owing to there is touch operation, the therefore change of the setting content of allowed item.The kind clicked on is judged when the change of setting content
Class, opens project cursor in the case of clicking and shows, additionally in the case of double-click or touch add dragging, opens a sight
Mark shows and carries out photographic parameter row display.The detailed action this touch being processed to (1) will use Fig. 8 aftermentioned.
When having carried out touch process (1), or the result of the judgement in step S63 is to there is not the situation that touch processes
Under, next process and judge (S67) whether there is touch.(1) is processed, in the setting that have granted project by touch
In the case of the change held, next when having carried out clicking operation, it is set the change of content.Therefore, in this step,
Exporting according to the detection from touch operation portion 115A, judging whether there is touch.
The result of the judgement in step S67 be there is touch operation in the case of, followed by touch process (2)
(S69).Herein, according to touch location, carry out Xiang Mingda or photographic parameter change.The detailed of (2) is processed for this touch
Action will use Fig. 9 aftermentioned.
When having carried out touch process (2), or the result of the judgement in step S67 be there is not touch in the case of,
Next determine whether to have carried out discharging partly pressing of button 11 or pressing or the most to the time of OK button 15
(S71).Herein, identical with step S29, carry out half push of release button 11 or operate the feelings of OK button 15
The change etc. of project in the change of photographic parameter and step S27 is determined under condition.Do not operating release button 11 or OK
In the case of button 15, or not through the scheduled time from the moment being initially judged to not exist the detection of eye sensors
In the case of, return step S67, repeated execution of steps S67～S71.It addition, in the present embodiment, although also it is by releasing
Put button and OK button is determined, but be not limited to this as the functional unit determined, it is also possible to be other operations
Parts, or be only any one in release button and OK button.Additionally, be not limited to the operation of functional unit, it is also possible to
It is determined in the change moment of photographic parameter.
In the case of the result of the judgement in step S71 is "No", closes project light target and show (S73), touch
Touch the ineffective treatment (S75) of operation.Owing to have passed through the scheduled time from showing cursor, or by release button 11 or OK
The operation of button 15 determines project and photographic parameter, thus closes off project light target and shows, carries out the ineffective treatment of touch operation.
When the ineffective treatment carrying out touch operation, return step S1.
It follows that the touch using Fig. 8 to illustrate in step S65 processes the detailed action of (1).Process entering into touch
(1) during flow process, first, it is determined that the kind (S81) of touch.Herein, export according to the detection from touch operation portion 115A, sentence
Surely it is to click, double-click or touch which that add in dragging.
The result of the judgement in step S81 be the kind touched be click in the case of, next join with step S17(
According to Fig. 5) identical, the project cursor of opening shows (S83).Herein, open for selecting the item of display in photographing unit control interface
The display of purpose cursor 115a.
On the other hand, the result of the judgement in step S81 is that the kind touched is double-click or touches the feelings adding dragging
Under condition, identical with step S83, the project cursor of opening shows (S85).It follows that with step S45(with reference to Fig. 6) identical, take the photograph
Shadow parameter row display (S87).When opening the display of project cursor in step S83, or photographed in step S87
During parameter row display, return to original flow process.
Herein, the click interval needs of double-click are set to and will not occur as illustrated in (2)～(5) in background technology one hurdle
As the time interval of situation.Touch in this touch process (1) adds dragging and is set to be following operation: be in order to not square
Just the people double-clicked, clicks on project, drags until the photographic parameter row 115t of the display part shown in Fig. 3 in this case.
It is the operation that will not occur in the case of unintentionally that the double-click of this kind and touch add dragging, and owing to not interfering with touch operation
Simplicity, therefore have the effect that the maloperation prevented in the case of illustrating in above-mentioned (2)～(5), and keep touching
Touch the convenience of operation.
It follows that process the detailed action of (2) for the touch in (reference Fig. 7) in step S69, use Fig. 9 is carried out
Explanation.When entering into the flow process that touch processes (2), first judge touch location where (S101).Herein, according to from touching
Touch the detection output of operating portion 115A, be project management department's (in the example in figure 3, for label 115c～115s) to touch location, also
It is that photographic parameter row portion (in the example in figure 3, for photographic parameter display row 115t) judges.
The result of the judgement in step S101 is in the case of touch location is project management department, carries out project cursor and moves
(S103).Herein, the project corresponding with the position touched is moved the cursor to.
When having carried out project cursor and having moved, it follows that with step S21(with reference to Fig. 5) identical, to whether having carried out driver plate
Operation carries out judging (S105).In the case of the Xiang Mingda photographic parameter want in being chosen being moved by cursor, use
Family carries out driver plate operation.Therefore, in this step, whether to, the main driver plate 12 of rotation process or secondary driver plate 13 judge.
In the case of the result of the judgement in step S105 has been by driver plate operation, it follows that join with step S23(
According to Fig. 5) identical, carry out photographic parameter change (S107).Herein, operate according to driver plate, change photographic parameter successively.
The result of the judgement in step S101 is in the case of touch location is photographic parameter row portion, it follows that with step
Rapid S49(is with reference to Fig. 6) identical, the kind touched is clicked or touched add dragging and judge (S111).
The result of the judgement in step S111 be click in the case of, with step S51(with reference to Fig. 6) identical, take the photograph
Shadow parameter modification (S113).Herein, export according to the detection from touch operation portion 115A, be changed to the photography that user is touched
Parameter.
On the other hand, the result of the judgement in step S111 is in the case of touch adds dragging, identical with step S53,
Carry out the page turning (S115) of photographic parameter row.Therefore, add dragging by touch and carry out page turning, so that photographic parameter under covering
Display.
When having carried out the change of photographic parameter in step s 107, or the result of the judgement in step S105 is not
In the case of there is driver plate operation, or, when step S113 has carried out photographic parameter change, or enter in step sl 15
During the page turning that photographic parameter of having gone arranges, terminate touch and process (2), return to original flow process.
Thus, in the 2nd embodiment, when having carried out touch operation, carry out the change license of project.That is, as above
In the 1st described embodiment, the change having been carried out project by the operation of OK button 15 is permitted.On the other hand, implement the 2nd
In mode, determining step S63(with reference to Fig. 7) the result of judgement be by touch when processing, carry out the change of project
License, and open project cursor and show in touch processes the flow process of (1).
Additionally, in the present embodiment, in the touch operation of change license for obtaining project, it is also possible to clicking
In the case of only carry out Xiang Mingda, double-click in the case of in addition to Xiang Mingda, also be able to carry out the change of photographic parameter
More.It is as noted previously, as double click operation to tap except in the moment that user performs when double-clicking wittingly, therefore,
The probability of maloperation is less.Touch adds dragging too.Therefore, in the present embodiment, in situation about being double-clicked, enter
In the case of predetermined touch of having gone adds drag operation, the most photographic variation of parameter.
Additionally, in the present embodiment, in the case of having carried out double-clicking as clicking operation, it is possible to promptly take the photograph
Shadow parameter modification.
Additionally, present embodiment has: display unit (display part 115 of display photographing unit control interface), it is for many
The project of kind (such as, the project of label 115d～115s shown in Fig. 3) shows current set information；Setting content change license
Unit (systems control division 116, Fig. 7 S63 in existence touch judgement), the setting content of project is set as changing by it
State；Change project display unit (systems control division 116, Fig. 8 S83, S85 in project cursor show open), its to
Display unit instruction in response to setting content change licence units and become modifiable project, and with from the most different displays
Mode shows；Touch detection unit (touch operation portion 115A), its detection shows the touch condition of picture for display unit；
And location change unit (systems control division 116, the touch of S69 of Fig. 7 processes (2), the cursor of S103 of Fig. 9 moves), its
Show with the display mode being different from surrounding by by change project display unit in response to the testing result of touch detection unit
The change item destination locations shown changes.
In the present embodiment, due to by touch process options mesh, therefore in such as background technology one hurdle (2)～
(5), in the case of user as illustrating does not observes view finder, project is likely falsely dropped and is selected.But, even if being selected by falsely dropping, directly
To at S71(with reference to Fig. 7) in be actually determined, owing to not determining (confirmation) as camera-enabled, real thus without producing
Border is lost, and is prevented from above-mentioned various maloperation.Additionally, due to the contents of a project can be changed immediately by clicking operation,
Therefore, compared with patent documentation 5, it is possible to be promptly set.
Additionally, in the present embodiment, it may have: setting content changing unit (systems control division 116, the S105 of Fig. 9
Driver plate operation judges, the change of the photographic parameter of S107), it shows being different from the display mode of surrounding according to driver plate operation change
The setting content of change project.Setting photographic parameter thus by functional unit, the probability of maloperation is less.
Additionally, in the present embodiment, have: options display unit (shows photography ginseng in photographing unit control interface
Digital display shows the display part 115 of row 115t), it shows optional for the change project to show from the most different display modes
Multiple optionies (photographic parameter display row 115t)；And options selects unit (systems control division 116, the S113 of Fig. 9),
It, from the multiple optionies selected by options display unit, is selected in response to the testing result of touch detection unit
Options.Thus, owing to photographic parameter can be selected by touch operation, set therefore, it is possible to simply and rapidly carry out parameter
Fixed.
Additionally, in the present embodiment, setting content change licence units is detecting display by touch detection unit
During the double click operation of picture (S81 of S63, S65, Fig. 8 of Fig. 7), change the setting content (S85 of Fig. 8) of project.Double-click behaviour
Work will not occur in common action, only occurs when user has carried out click wittingly.Therefore, it is possible to reduce by grasping by mistake
Make and project is set the probability of change.
Additionally, in the present embodiment, setting content change licence units is detecting display by touch detection unit
When the touch of picture adds drag operation (S81 of S63, S65, Fig. 8 of Fig. 7), it is possible to the setting content of change project be (Fig. 8's
S85).Touch adds drag operation and will not occur in common action, only occurs when user has carried out click wittingly.Cause
This, it is possible to reduce the probability that by maloperation, project is set change.
As described above, in the embodiments of the present invention, by setting content change licence units license
After selection multiple project, just select photographic parameter (options).Therefore, will not be operated by mistaken touch and set photographic parameter
(options), and it is prevented from the touch maloperation that camera shooting operation is subsidiary.
Additionally, in the embodiments of the present invention, have: viewfinder unit (electronic viewfinder 121), it can be via taking
Shot object image is observed in scape device eyepiece portion (eyepiece portion 21)；Eyepiece detector unit (eye sensors 122, the S3 of Fig. 5 and Fig. 7),
The situation in its detection object proximity view finder eyepiece portion: and forbid unit (systems control division 116, the S5 of Fig. 5 and Fig. 7),
It is when object proximity being detected by eyepiece detector unit, accepting of Do not touch operation.Therefore, it is possible to prevent from observing user
During viewfinder unit, mistaken touch operating display frame.
It addition, in the embodiments of the present invention, be provided with electronic viewfinder 121 as viewfinder unit.But, no
Be limited to electronic viewfinder, naturally it is also possible to optical finder is set.Although additionally, display part 115 is configured at camera body
The back side, but it is not limited to this, naturally it is also possible to it is configured at other positions such as side.
Additionally, in the embodiments of the present invention, although use digital camera to be illustrated as photographic attachment,
But, as photographing unit, it is of course possible to be digital single-lens reflex camera, it is also possible to be compact digital photographing unit, it is also possible to be as
Video camera, the photographing unit of dynamic image of film camera, and, it is also possible to be built in portable phone, smart mobile phone and
Photographing unit in portable information terminal (PDA:Personal Digital Assist) and game station etc..Whichsoever,
As long as have the camera head of the display part that can detect touch condition, it becomes possible to use the present invention.
In technology the most described herein, for mainly utilizing the control illustrated by flow chart, the most also
Program can be utilized to set, sometimes can also be indexed to record in medium or in record portion.And as this record medium, note
The recording method in record portion, can when product export record, it is also possible to utilize the record medium issued, it is also possible to via because of spy
Net is downloaded.
It addition, about the motion flow in claims, description and accompanying drawing, although for convenience, use and represent
" first ", the term of the order such as " next " is illustrated, but it does not have if carrying out the part illustrated, and unexpectedly
Taste and must be implemented according to this order.
The present invention is not directly restriction to above-mentioned embodiment, but can implementation phase less than its purport
In the range of structural element is deformed after embody.Furthermore it is possible to by multiple structures disclosed in above-mentioned embodiment
Key element appropriately combined, forms various invention.For example, it is also possible to certain of the entire infrastructure key element shown in deletion embodiment is several
Structural element.And, it is also possible to the structural element of appropriately combined different embodiments.
Claims (6)
1. a camera head, it is characterised in that have:
Display unit, it shows current set information for multiple project；
Setting content change licence units, the setting content of above-mentioned project is permitted the state for changing by it；
Change project display unit, it becomes in response to above-mentioned setting content change licence units to the instruction of above-mentioned display unit
The above-mentioned project that can change, and show change project to be different from the display mode of surrounding；
Touch detection unit, its detection shows the touch condition of picture for above-mentioned display unit；
Location change unit, it accepts touch operation according to the change license of licence units of above-mentioned setting content, and in response to
The testing result of above-mentioned touch detection unit and change by above-mentioned change project display unit to be different from the display mode of surrounding
The above-mentioned change item destination locations of display；And
Setting content changing unit, it shows with the above-mentioned display mode being different from surrounding according to the operation change of functional unit
The setting content of above-mentioned change project, the operation of described functional unit is different from described touch operation,
Wherein, the setting content of above-mentioned project is not permitted the state being to change in above-mentioned setting content change licence units
In the case of, described display unit is closed.
2. a camera head, it is characterised in that have:
Display unit, it shows current set information for multiple project；
Setting content change licence units, the setting content of above-mentioned project is permitted the state for changing by it；
Change project display unit, it becomes in response to above-mentioned setting content change licence units to the instruction of above-mentioned display unit
The above-mentioned project that can change, and show above-mentioned project to be different from the display mode of surrounding；
Touch detection unit, its detection shows the touch condition of picture for above-mentioned display unit；
Location change unit, it accepts touch operation according to the change license of licence units of above-mentioned setting content, and in response to
The testing result of above-mentioned touch detection unit and change by above-mentioned change project display unit to be different from the display mode of surrounding
The above-mentioned change item destination locations of display；And
Options display unit, its display can for the above-mentioned change project shown with the above-mentioned display mode being different from surrounding
The multiple optionies selected；And
Options selects unit, and it, from the multiple optionies selected by above-mentioned options display unit, responds above-mentioned touch
The testing result of detector unit selects above-mentioned options, above-mentioned testing result to be the modes of operation different from touch operation,
Wherein, the setting content of above-mentioned project is not permitted the state being to change in above-mentioned setting content change licence units
In the case of, described display unit is closed.
Camera head the most according to claim 1 and 2, it is characterised in that
Above-mentioned setting content change licence units can change in the setting of above-mentioned project according to the push of operation button
Hold.
Camera head the most according to claim 1 and 2, it is characterised in that
Above-mentioned setting content change licence units is in the double click operation above-mentioned display picture being detected by above-mentioned touch detection unit
Time, enabling change the setting content of above-mentioned project.
Camera head the most according to claim 1 and 2, it is characterised in that
Above-mentioned setting content change licence units is dragged detecting that by above-mentioned touch detection unit the touch of above-mentioned display picture adds
During dynamic operation, enabling change the setting content of above-mentioned project.
Camera head the most according to claim 1 and 2, it is characterised in that above-mentioned camera head has,
Viewfinder unit, it can observe shot object image via view finder eyepiece portion；
Eyepiece detector unit, the situation in its detection object proximity above-mentioned view finder eyepiece portion；And
Forbidding unit, it, when object proximity being detected by above-mentioned eyepiece detector unit, forbids accepting of above-mentioned touch operation.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201611183457.6A CN106851089B (en) | 2012-02-02 | 2013-02-01 | Photographic device |
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| Application Number | Priority Date | Filing Date | Title |
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| JP2012020709A JP5959215B2 (en) | 2012-02-02 | 2012-02-02 | Imaging device |
| JP2012-020709 | 2012-08-29 |
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| CN201611183457.6A Division CN106851089B (en) | 2012-02-02 | 2013-02-01 | Photographic device |
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| Publication Number | Publication Date |
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| CN103248801A CN103248801A (en) | 2013-08-14 |
| CN103248801B true CN103248801B (en) | 2016-12-28 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201611183457.6A Expired - Fee Related CN106851089B (en) | 2012-02-02 | 2013-02-01 | Photographic device |
| CN201310042040.8A Expired - Fee Related CN103248801B (en) | 2012-02-02 | 2013-02-01 | Camera head |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201611183457.6A Expired - Fee Related CN106851089B (en) | 2012-02-02 | 2013-02-01 | Photographic device |
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| JP (1) | JP5959215B2 (en) |
| CN (2) | CN106851089B (en) |
Families Citing this family (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2016126626A (en) * | 2015-01-06 | 2016-07-11 | シャープ株式会社 | Input device, control method and control program thereof, and recording medium |
| JP6436802B2 (en) * | 2015-01-30 | 2018-12-12 | キヤノン株式会社 | Display control apparatus and control method thereof |
| JP2018013745A (en) | 2016-07-23 | 2018-01-25 | キヤノン株式会社 | Electronic equipment and control method therefor |
| JP6664489B2 (en) * | 2016-07-29 | 2020-03-13 | 富士フイルム株式会社 | Camera, camera setting method, and camera setting program |
| CN113799791B (en) * | 2021-09-09 | 2023-06-02 | 均胜均安汽车电子(上海)有限公司 | Steering wheel key false touch prevention method and device based on camera and vehicle |
Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1344105A (en) * | 2000-09-08 | 2002-04-10 | 富士胶片株式会社 | Electronic camera |
| CN101188679A (en) * | 2002-06-17 | 2008-05-28 | 株式会社理光 | Electric device and function setting method for the same |
Family Cites Families (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2001059984A (en) * | 1999-08-23 | 2001-03-06 | Olympus Optical Co Ltd | Camera |
| JP2006301201A (en) * | 2005-04-19 | 2006-11-02 | Canon Inc | Optical device and camera system |
| JP2007110434A (en) * | 2005-10-13 | 2007-04-26 | Olympus Imaging Corp | Camera, photography condition setting device therefor, photography condition setting method for camera, program, and recording medium |
| JP5142741B2 (en) * | 2008-01-30 | 2013-02-13 | キヤノン株式会社 | DISPLAY CONTROL DEVICE, ITS CONTROL METHOD, PROGRAM, AND RECORDING MEDIUM |
| JP5233353B2 (en) * | 2008-03-25 | 2013-07-10 | カシオ計算機株式会社 | Setting device and program |
| JP5332392B2 (en) * | 2008-08-12 | 2013-11-06 | ソニー株式会社 | Imaging device |
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2012
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2013
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Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1344105A (en) * | 2000-09-08 | 2002-04-10 | 富士胶片株式会社 | Electronic camera |
| CN101188679A (en) * | 2002-06-17 | 2008-05-28 | 株式会社理光 | Electric device and function setting method for the same |
Also Published As
| Publication number | Publication date |
|---|---|
| CN106851089B (en) | 2019-10-11 |
| CN103248801A (en) | 2013-08-14 |
| JP2013162204A (en) | 2013-08-19 |
| JP5959215B2 (en) | 2016-08-02 |
| CN106851089A (en) | 2017-06-13 |
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