CN106851089A - Camera head - Google Patents
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- CN106851089A CN106851089A CN201611183457.6A CN201611183457A CN106851089A CN 106851089 A CN106851089 A CN 106851089A CN 201611183457 A CN201611183457 A CN 201611183457A CN 106851089 A CN106851089 A CN 106851089A
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- 238000012360 testing method Methods 0.000 abstract description 11
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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 subsidiary touch maloperation of the shooting operation of camera.The camera head has：Display part (115), it shows current set information for various projects (115d~115s)；Touch operation portion (115A), touch condition of its detection for the display picture of display part (115), and, the setting content of project is set as modifiable state (S15) by the camera head, modifiable project (S17) is indicated to display part (115), receive touch operation (S19) 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 that cursor shows is changed according to driver plate operation.
Description
The application is the application for a patent for invention (applying date of Application No. 201310042040.8：On 02 01st, 2013, hair
Bright title：Camera head) divisional application.
Technical field
The present invention relates to a kind of camera head of the display part board-like with touch surface.
Background technology
Sale at present has a kind of following camera, and large-scale liquid crystal (LCD) panel is configured in camera body, makes to take the photograph
Shadow image and reproduce image be shown in the LCD (for example, referring to Japanese Laid-Open Patent 2003-234942 publications (with
Under, referred to as patent document 1), Japanese Laid-Open Patent 2008-289053 publications (hereinafter referred to as patent document 2)).Additionally, pin
A kind of following camera is sold, touch panel is configured in the LCD, and be shown in the project of photography control
In LCD, the shown project is specified by touch operation in display picture, change setting is (for example, referring to Japanese public
Open patent 2009-182590 publications (hereinafter referred to as patent document 3), Japanese Laid-Open Patent 2011-232741 publications (with
Under, referred to as patent document 4)).
Also, icon and button etc. are shown in the board-like LCD of touch surface, the feelings 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 the problem, carry
Go out to have a kind of following electronic equipment, when image switching shows, by the picture via non-the Show Button, so as to prevent user
Misoperation (with reference to Japanese Laid-Open Patent 2011-14004 publications (hereinafter referred to as patent document 5)).
As described above, although sale has a kind of equipment specified of the project that photography control is carried out by touch panel,
But, in recent years, proposition has a kind of following method, is carried out by touch operation in the past by operating portions such as button and driver plates
The specified and change of the photographic parameter that part is carried out, so as to improve the operability of the setting of photographic parameter.
But, the change of the photographic parameter carried out based on touch operation there is a problem of as follows.
(1) when view finder is observed, due to encountering nose, so as to produce the maloperation of touch.
(2) when being carried due to carrying camera on shoulder, along with the movement of cameraman, camera is touched from all directions
To body, so as to 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 for touching is produced
Operation.
(4) when the angle of the LCD monitor for being arranged at the back side is changed, pulled out from camera or rotation LCD monitor
When, produce maloperation.
(5) due to when being received into camera in bag or pocket, camera being encountered in all directions, so as to produce tactile
The maloperation touched.
The various touches without purpose for attaching and producing when thus, due to photography, so as to produce maloperation.As solution
The method of problem, for example, in above-mentioned patent document 3, when being set as observation view finder, close the display of LCD monitor,
Do not receive using the various settings (with reference to the 0154th section of patent document 3) of touch panel.But, with it, cannot prevent
Only the situation of (2)~(5) described above is such, the various maloperations produced in the case where user does not observe view finder.
Additionally, touched carry out image switching when, as disclosed in patent document 5, it is considered to which there are as below methods, will not show
During the picture display scheduled time for showing button.But, it is impossible to prevent from for the picture of non-the Show Button showing the phase scheduled time
Between after, the camera shooting of (1)~(5) described above operates the maloperation of subsidiary touch.
The content of the invention
The present invention is proposed, attached its object is to provide a kind of shooting operation for preventing camera in view of the foregoing
Touch maloperation camera head.
Camera head of the invention has：Display unit, it is directed to various projects and shows current set information；In setting
Hold change licence units, the setting content license of above-mentioned project is the state that can be changed by it；Change project display unit, its to
Above-mentioned display unit indicates to change licence units and turn into the above-mentioned project that can be changed in response to above-mentioned setting content, and with difference
Change project is shown in the display mode of surrounding；Touch detection unit, its detection is for the display picture of above-mentioned display unit
Touch condition；Position changing unit, it accepts touch operation according to the license of above-mentioned setting content change licence units, and rings
Should be changed by above-mentioned change project display unit with the display different from surrounding in the testing result of above-mentioned touch detection unit
The above-mentioned change 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 different from surrounding shows.
Camera head of the invention has：Display unit, it is directed to various projects and shows current set information；In setting
Hold change licence units, the setting content license of above-mentioned project is the state that can be changed by it；Change project display unit, its to
Above-mentioned display unit indicates to change licence units and turn into the above-mentioned project that can be changed in response to above-mentioned setting content, and with difference
Above-mentioned project is shown in the display mode of surrounding；Touch detection unit, its detection is for the display picture of above-mentioned display unit
Touch condition；Position changing unit, it accepts touch operation according to the license of above-mentioned setting content change licence units, and rings
Should be changed by above-mentioned change project display unit with the display different from surrounding in the testing result of above-mentioned touch detection unit
The above-mentioned change destination locations that mode shows；And options display unit, its display for above-mentioned different from surrounding
Multiple options that the above-mentioned change project that display mode shows can be selected；And options select unit, it is from by above-mentioned
In multiple options 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 for preventing camera shooting to operate subsidiary touch maloperation fill
Put.
Brief description of the drawings
Fig. 1 is the stereoscopic figure from rear side observation of the camera of the 1st implementation method of the invention.
Fig. 2 is in the camera of the 1st implementation method of the invention, to show the figure of the mode of operation of display part.
Fig. 3 is the figure of the display for showing the display part in the camera of the 1st implementation method of the invention.
Fig. 4 is the block diagram of the essential electrical structure of the camera for showing the 1st implementation method of the invention.
Fig. 5 is the flow chart of the standby action of photographing of the camera for showing the 1st implementation method of the invention.
Fig. 6 is the flow chart of the action of the touch treatment of the camera for showing the 1st implementation method of the invention.
Fig. 7 is the flow chart of the standby action of photographing of the camera for showing the 2nd implementation method of the invention.
Fig. 8 is the flow chart of the action of touch treatment (1) of the camera for showing the 2nd implementation method of the invention.
Fig. 9 is the flow chart of the action of touch treatment (2) of the camera for showing the 2nd implementation method of the invention.
Specific embodiment
Hereinafter, according to accompanying drawing, preferred embodiment is illustrated using camera of the invention is applied.It is of the invention
The camera of preferred embodiment is a kind of digital camera.The digital camera has image pickup part, and will by the image pickup part
Shot object image is converted into view data, and according to the view data after the conversion, shot object image live view is shown in into configuration
On the display part 115 at the back side of main body.Cameraman is shown by observing live view, so that it is determined that composition and shutter opportunity.
Additionally, being provided with touch panel on display part 115, user touches by touch panel such that it is able to which specifying is used for
Carry out the project of photography control.Be recorded in the view data in recording medium when have selected reproduction mode can reproduction display in
On display part 115.
Fig. 1 (a) is the stereogram of the camera 100 that the 1st implementation method is observed from rear side, and Fig. 1 (b) is to show display part
The figure of the display example in 115, Fig. 1 (c) is the figure for showing the display example in electronic viewfinder 121.Set at the back side of camera 100
It is equipped with display part 115.The display part has the display panels such as LCD monitor, organic EL monitors, carry out live view show,
Camera control interface shows, menu screen shows, the display of the various images of reproduction display etc..Such as Fig. 2 institutes of display part 115
Show, (reference picture 2 (b)) can be pulled out from photograph main body from the state (reference picture 2 (a)) of storage, or make its rotation (reference picture
2(c)).For the display of camera control interface, will be aftermentioned using Fig. 3.Before display part 115 or with display part 115
It is provided integrally with touch operation portion 115A.Touch operation portion 115A detects the touch operation of user.
Eyepiece portion 21 is configured with the upside of display part 115.When user observation eyepiece portion 21, can be by electronic viewfinding
Device 121 (reference picture 4) observation live view such as shows at the various images.Eyes are configured with the vicinity of the eyepiece camera lens of eyepiece portion 21
Sensor 122.The eye sensors 122 play the effect as eyepiece detection unit, and the eyepiece detection unit is seen in user etc.
When seeing eyepiece portion 21 etc., detect the situation in object proximity view finder eyepiece portion.When detecting user by eye sensors 122
During observation electronic viewfinder, the display in electronic viewfinder 122 is lighted automatically, and display part 115 is closed.
Be configured with release button 11, main driver plate 12, secondary driver plate 13 in the upper surface of camera body, additionally, overleaf and
The right side of display part 115 is configured with OK button 15, cross button 17, power switch 19.Down state to release button 11 can
Detect and partly press and press this 2 stages entirely, photography preparation is carried out when pressed under half, taken the photograph under full-pressed state
Shadow.Main driver plate 12 and secondary driver plate 13 can detect rotation status, and be used in various settings.Cross button 17 is by up and down
Four buttons are constituted, and the change of cursor position is used in camera control interface or menu screen.OK button 15 determines
Project selected using cross button 17 in camera control interface or menu screen etc..
Next, using Fig. 3, the camera control interface to being shown on display part 115 is illustrated.Fig. 3 (a) be
Display during project is selected in camera control interface.Upside in picture, shows current selection function 115c.Additionally,
In the lower left side of current selection function 115c, display ISO speed 115d.In the example shown in Fig. 3 (a), ISO is have selected
Speed 115d, therefore enter line cursor display 115a in the project.As long as cursor shows 115a different from sundry item
Display mode, shows the project for just carrying out cursor display 115a (Fig. 3's (a) in current selection function 115c
It is in example " recommending ISO speed ").
Flash Mode 115f is shown in the downside of ISO speed 115d, additionally, showing flash lamp corrected value on the downside of it
115g, and show jitter correction 115s in downside.Additionally, showing white balance on the right side of ISO speed 115d and putting down in vain
Weighing apparatus correction 115h, shows flash lamp corrected value 115e and Exposure Metering 115o on the downside of it, and AF modes/AF is shown on the downside of it
Target 115r, and in downside display image quality pattern 115q and aspect ratio 115p.
Picture pattern 115i is shown on the right side of white balance and white balance correction 115h, acutance/right is shown on the downside of it
Than degree/color saturation/gray scale/filter effect/toning 115j, face-priority 115n and color setting are shown on the downside of it
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 values such as shutter speed, f-number.
In the present embodiment, when user touches any one in projects 115d~115s, the item for being touched
Mesh turns into selection state.When project turns into selection state, photographic parameter display row corresponding with selected project are shown
115t.In the example shown in Fig. 3 (b), because white balance and white balance correction 115h turn into selection state, therefore in photography
Parameter display row 115t show automatically, sunshine, shade, the cloudy day, bulb, fluorescent lamp, the photographic parameter of the medium white balance of water.It is right
The triangular marker of side represents also there is photographic parameter.In this condition, grasped when to main driver plate 12 or secondary driver plate 13
When making, the photographic parameter of white balance is switched successively.
Next, being illustrated to the electrical structure of present embodiment using Fig. 4.Match somebody with somebody on the optical axis of phtographic lens 101
It is equipped with aperture device 103 and photographing element 107.The output of photographing element 107 is connected with A/D converter sections 109, A/D converter sections
109 output is connected with memory 110.Memory 110 is connected with image processing part 111 and systems control division 116.
Imaging control part 108, monitor pulls out rotation detection portion 106, diaphragm control unit 104, lens control portion 102, exposure
It is photocontrol portion 112, AF processing units 113, eye sensors 122, electronic viewfinder 121, flash lamp control unit 131, non-volatile
Memory 118, external memory storage 114, display part 115, button/driver plate operating portion 117, power control part 120 respectively with system
Control unit 116 is connected.
Above-mentioned imaging control part 108 is connected with photographing element 107, and shutter control portion 106 is connected with shutter 105, aperture
Control unit 104 is connected with aperture 103, and lens control portion 102 is connected with phtographic lens 101.Additionally, power control part 120 and electricity
Source portion 119 connects, and flash lamp control unit 131 is connected with flashlight charging portion 132 and flash lamp illuminating part 133 respectively.
Phtographic lens 101 is a kind of for making object beam converge to photographing element 107, the light for being imaged shot object image
System.The phtographic lens 101 by the lens control portion 102 that is acted according to the instruction from systems control division 116 and
Move in the direction of the optical axis, focusing state changes.Aperture device 103 is adjusted and incides shooting unit via phtographic lens 101
The amount of incident of the object beam of part 107.Aperture device 103 is acted by according to the instruction from systems control division 116
Diaphragm control unit 104 control amount of opening.
Photographing element 107 is the two-dimensional solid image sensor such as cmos image sensor or ccd image sensor, by configuring
In the photoelectric conversion element such as the RGB colour filters of Bayer arrangement above and the photodiode accordingly arranged with the RGB colour filters
Part is constituted.Camera watch region is constituted by the pixel groups being made up of each colour filter and corresponding each photo-electric conversion element.Take the photograph
The light that element 107 receives to be assembled by phtographic lens 101 using each pixel, and photoelectric current is converted into, and the photoelectric current is accumulated
In each capacitor, as analog voltage signal (picture signal) output to A/D converter sections 109.Imaging control part 108 is according to next
The action control of photographing element 107 is carried out from the instruction of systems control division 116.
The analog voltage signal (picture signal) that A/D converter sections 109 will be exported from photographing element 107 is converted into digital picture
Signal (view data).Memory 110 be it is a kind of to obtained in A/D converter sections 109 view data, in image processing part
The various data such as the image procossing after being processed in 111 carry out the storage part of interim storage.In addition, in this manual, if
Based on the signal of the picture signal exported from photographing element 107, then the letter after A/D converter sections 109 are changed is not only sometimes
Number, also will be referred to view data interior comprising the signal after image procossing.
Image processing part 111 reads the view data being temporarily stored in memory 110, and the view data is carried out white
The image procossings such as balance correction treatment, synchronization process, color conversion processing.Also, image processing part 111 is to outside described later
Compression of images is carried out when being recorded in memory 114, or, carry out the compressed view data read from external memory storage 114
Decompression.
Monitor pulls out the vicinity that rotation detection portion 106 is configured at display part 115, and detects display part as illustrated in fig. 2
115 pull out (reference picture 2 (b)) or are rotated the situation of (reference picture 2 (c)) from camera body.
Exposure control unit 112 calculates subject brightness (comprising quilt using the view data being temporarily stored in memory 110
Take the photograph the brightness of the scene of body).In addition, subject brightness can certainly be calculated using special photometry sensor.
AF(Auto Focus：Auto-focusing) processing unit 113 carries from the view data being temporarily stored in memory 110
Radio-frequency component is taken, contrast value is obtained by accumulative treatment.Systems control division 116 according to contrast value, by lens control portion
102 are driven control, so that phtographic lens 101 is in focusing position.
Button/driver plate operating portion 117 includes release button 11 as shown in Figure 1, main driver plate 12, secondary driver plate 13, OK button
15th, the various functional units such as cross button 17, power switch 19.In 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 processing unit) etc.
ASIC(Application Specific Integrated Circuit：ASIC) constitute, and be uniformly controlled
The camera of imaging control part 108, exposure control unit 112, display part 115, touch operation portion 115A, electronic viewfinder 121 etc.
100 various action sequences.
External memory storage 114 is, for example, a kind of recording medium that can be freely loaded and unloaded on camera body, is recorded in image
View data and its attached data after being compressed in processing unit 111.Additionally, recorded view data is read, and in display
Reproduction display in portion 115.In addition, used as the recording medium for recording image data etc., being not limited to can be on camera body
The recording medium such as the external memory storage for freely loading and unloading, or the hard disk that is built in camera body.
Display part 115 is included and is configured at the display panels such as the LCD monitor (reference picture 1) at the back side of camera body etc.,
As described above, carry out live view according to view data showing.Additionally, display part 115 be recorded in external memory storage 114
Photographs reproduction display, also carry out the camera control for the setting of the display of exposure control value etc. and photograph mode etc.
The display of picture processed and menu screen.
Additionally, being integrally provided before the display panel such as LCD monitor in display part 115 or with display panel
There is the touch operation portion 115A with touch panel etc., in the case where being touched by finger of user etc., to systems control division
The 116 outputs information related to touch operation (detection output).
Nonvolatile memory 118 is a kind of nonvolatile memory that can carry out electric rewriting, and be stored with camera 100
Action needed for various parameters.The journey performed in systems control division 116 additionally, nonvolatile memory 118 is also stored with
Sequence.Program of the systems control division 116 according to storage in nonvolatile memory 118, also reads in storage in non-volatile memories
Parameter in device 118, performs various action sequences.
Electric power needed for the action in each portion of the offer camera 100 of power supply unit 119, for example, by the power supplys such as secondary cell electricity
Pond is constituted.Power control part 120 constitute the power supply units such as the detection of supply voltage and surplus of battery of power supply unit 119
119 control.
Electronic viewfinder 121 has the display part for showing subject image etc., can watch eyepiece portion 21 in user
When, observation subject image etc. (reference picture 1 (c)).Such as using Fig. 1 as described above, eye sensors 122 are configured at eyepiece portion 21
Eyepiece camera lens vicinity, detection user watches the situation of eyepiece portion 21, by testing result output to systems control division 116.
Flash lamp control unit 131 is according to the instruction from systems control division 116, filling in control 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
Booster circuit that source voltage is boosted and using the voltage boost herein after come the capacitor of energy accumulation, accumulation is dodged
The required energy that lights of light lamp illuminating part 133.Flash lamp illuminating part 133 for example has luminous tube and the reflections such as xenon (Xe) pipe
Cover, when luminous instruction is received from flash lamp control unit 131, using accumulating in the capacitor in flashlight charging portion 132
Energy is lighted.
Next, being illustrated to the action in present embodiment using the flow chart shown in Fig. 5 and Fig. 6.According to depositing
The program in nonvolatile memory 118 is stored in, these flows are performed by systems control division 116.Flow shown in Fig. 5 is photography
Action in holding state.Connected in the power switch 19 of operating portion 117, during as photography holding state, the flow starts.
When standby flow of photographing starts, first, basic handling (S1) is carried out.As basic handling, perform following each
Plant operation：Picture shows, the button of main driver plate 12 among the functional unit of operating portion 117 etc. and driver plate operation, operation release
Zoom operation etc. during release operation, operation zoom button during button 11.
When basic handling has been carried out, next, whether being judged (S3) carrying out sensing eye sensors 122.
Herein, the detection output according to eye sensors 122, judges in the vicinity of eyepiece portion 21 with the presence or absence of object.If user exists
Viewing eyepiece portion 21, then be judged to "Yes", on the other hand, if user does not watch eyepiece portion 21, is judged to "No".
If the result of the judgement in step S3 is eye sensors sensed, next, carrying out touch operation
Ineffective treatment (S5).It is now situation that user is actively watching eyepiece portion 21, in order to prevent the touching display part 115 such as nose of user
Display panel 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) is so as to 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 which the touch detection of Do not touch module is in itself.
In the ineffective treatment for carrying out touch operation, next, close back side monitor showing (S7).Close back side monitoring
The treatment that device shows is to reduce when electronic viewfinder 121 is observed via eyepiece portion 21, (being supervised at the back side from display part 115
Visual organ) light enter eyes caused by dizziness.The result of the judgement in step S3 is user in viewing eyepiece portion 21, no sight
The display in display part 115 is examined, the display of display part 115 (back side monitor) is thus closed off.
The operation of electronic viewfinder 121 is observed due to being carried out in moment, therefore, " touching at ineffective treatment in step S5
The order of " back side monitor display closing treatment " in reason " and step S7 is more important.Generally, the infrared reflectivity comprising face
Including the deviation of sensor photosensitive degree, the face detection distance of eye sensors 122 is designed as 7cm~10cm or so.By
In the height of the nose of face be 3cm~5cm or so, therefore, from eye sensors 122 detect face to nose touch
The worst only 2cm or so of distance.Therefore, since eye sensors 122 detect face to nose touch, only exist
Several milliseconds or so temporal more than needed.On the other hand, the treatment even only multiple information of rewriting for closing back side monitor show
Show the treatment 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, there is also the situation of the stand-by period for needing or so the 100 bold and unconstrained seconds, therefore, it is necessary to process the ineffective treatment of touch operation
Treatment prior to closing the display of back side monitor.
When the display of back side monitor is closed, next, open view finder showing (S9).Judgement in step S3
Result is user in viewing eyepiece portion 21, therefore opens the display of electronic viewfinder 121.Opening the display of electronic viewfinder
When, return to step S1.
The result of judgement in step s3 be eye sensors not in the case of sensing, close view finder show
(S11).Because the situation is the situation that user does not watch eyepiece portion 21, the display of electronic viewfinder 121 is thus closed off.
When electronic viewfinder display is closed, next, open back side monitor showing (S13).Due in step S3
Judgement result be user just via eyepiece portion 21 observation electronic viewfinder 121 possibility it is low, therefore open display part 115
Display in (back side monitor).When the display of display part 115 is opened, the camera control picture as shown in Fig. 1 (b) is shown
Face.
When the display of back side monitor is opened, next, determining whether to press OK button (S15).As previously described
Ground shows camera control interface in step s 13, and makes touch operation in S19 described later effectively, therefore in order to prevent from missing
Touch operation is carried out, the undesirable project of user is set, judges whether user operates OK button 15.Thus, for example, can prevent
Touch as shown in unfavorable condition (2)~(5) of the change brought as touch operation for only being illustrated in the column of background technology one
The maloperation that operation brings.In addition, in the present embodiment, although used 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 is return to step S1 in the case of not pressing OK button.On the other hand,
It is in the case of pressing OK button, next, open project light target showing (S17) in result of determination.Herein, opening is used for
Select the cursor of the project (for example, project of the label 115d~115s in Fig. 3 (a)) of display on camera 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 flash etc. be capable of identify that it is non-selection in project with selection in project display mode.In addition,
In aftermentioned step S23, S27, touch so that mobile cursor 115a by by user.
When the display of project light target is opened, next, making touch operation effectively (S19).Herein, systems control division
116 make the judgement of the testing result based on touch operation portion 115A effective.
After making touch operation effective, next, to whether carried out driver plate operation judged (S21).By driver plate
Operation carries out the change of the photographic parameter related to the project in selection.For example, as shown in Fig. 3 (b), being selected by cursor 115a
In the case of selecting during white balance and white balance correction 115h, any one party in main driver plate 12 or secondary driver plate 13
When having carried out rotation process, the photographic parameter shown in photographic parameter display row 115t is changed successively.In aftermentioned step S29
In carry out the determination of the photographic parameter.In addition, in the present embodiment, in addition to driver plate is operated, it is also possible to touched described later
Touch treatment in carried out double click operation in the case of carry out photographic parameter change (S41 → S45 of S27, Fig. 6 of reference picture 5,
S51)。
In the change for 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, next, being made whether there is the judgement (S25) for touching.Wish enterprising in camera control interface in user
During the change of the photographic parameter of the project in the change or selection of row project, touched on the display panel of display part 115.
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 there is touch, to carry out touch treatment (S27).In touch place
In reason, carry out situation that user touched to select project, by double-click photographic parameter is shown row display after touch
Treatment when having touched photographic parameter.For the detailed action that the touch is processed, will be aftermentioned using Fig. 6.
When treatment touch, or the result of the judgement in step 27 is in the case of not existing touch, to connect down
Come, determine whether to have carried out partly the pressing of release button, OK button and press or whether to time (S29).Carry out
Half push of release button 11 or in the case of operating OK button 15, determines photographic parameter in step S23
Change of project in change and step S27 etc..In the case of without operation release button 11 or OK button 15, or
In the case of the scheduled time being had not gone through from initially being judged to not carry out eye sensors detection moment, return to step
S21, repeats step S21~S29.In addition, in the present embodiment, although carried out really by release button and OK button
It is fixed, but, as the functional unit not limited to this, or other functional units of determination, or be only release button with
And any one in OK button.Additionally, being not limited to the operation of functional unit, it is also possible to carried out at the change moment of photographic parameter
It is determined that.
In the case that the result of the judgement in step S29 is "No", closes project light target and show (S31), touched
Touch the ineffective treatment (S33) of operation.Due to have passed through the scheduled time from the detection of eye sensors closing, 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 for carrying out touch operation, return to step S1.
Next, the detailed action using the touch treatment in the aftermentioned S27 for step of Fig. 6 is illustrated.When entering
When touching the flow for the treatment of, the species (S41) for touching is judged first.Herein, it is defeated according to the detection from touch operation portion 115A
Go out, be to be clicked to user, still carried out double-click and judged.Click is that user only taps once on a display panel
Situation, double-click is that user continuously taps the situation of 2 times on a display panel.In the judgement for being made whether to double-click, piggyback
Carry situation that camera carried or camera is put into bag when walking, determine whether with common dynamic
Impossible interval is continuous in work taps 2 times.
The result of the judgement in step S41 is in the case of clicking, to carry out project cursor movement (S43).Herein, according to
Detection output from touch operation portion 115A, the information of the position particularly clicked on moves to cursor 115a and is clicked on
Project (for example, project corresponding with the label 115d~115s of Fig. 3 (a)).
On the other hand, the result of the judgement in step S41 is in the case of double-clicking, followed by photographic parameter row
Display (S45).Herein, display part 115 camera control display picture in display with selection in or fixed project
Corresponding photographic parameter display row 115t.
When carried out photographic parameter row display when, followed by whether photographic parameter row display in exist touch grasp
The judgement (S47) of work.Herein, according to the output from touch operation portion 115A, judge user whether display part 115 display
Touch operation has been carried out on panel.
The result of the judgement in step S47 is in the case of there is touch operation in photographic parameter row display, to connect down
Come the species (S49) for judging to touch.Herein, exported according to the detection from touch operation portion 115A, judgement is clicked or touched
Touch plus dragging.Touch plus dragging refers to after user is touched on a display panel, to enter in the state of keeping touching
The operation (slide) of row dragging.
The result of the judgement in step S49 is that the change (S51) of photographic parameter is carried out in the case of clicking.Herein, root
Exported 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 touching plus dragging, to carry out turning over for photographic parameter row
Page (S53).Photographic parameter display row 115t in camera control interface cannot show whole photographic parameters (in Fig. 3 sometimes
In example shown in (b), the △ for representing and still having photographic parameter to be hidden is shown on the right side of photographic parameter display row 115t
Mark).Therefore, in the present embodiment, in the case where photographic parameter under covering is shown, carried out by touch plus dragging
Page turning.
When the movement of project cursor has been carried out in step S43, or the result of the judgement in step S47 is joined in photography
In the case that ordered series of numbers does not exist touch operation in showing, or when having carried out photographic parameter change in step s 51, or in step
When having carried out the page turning of photographic parameter row in rapid S53, terminate to touch the flow for the treatment of, return to original flow.
It is as discussed above, in the 1st implementation method of the invention, by operating OK button 15, and to touching
Operating portion 115A is touched such that it is able to which the project to being shown on display part 115 is selected.That is, present embodiment tool
Have：Display unit (display part 115 of display camera control interface), it is for various projects (for example, the label shown in Fig. 3
The project of 115d~115s) show current set information；Setting content change licence units be (systems control division 116, Fig. 5
OK button in S15 is pressed), the setting content of project is set as modifiable state by it；Xiang Mingda display unit (is
Project cursor display in the S17 of system control unit 116, Fig. 5 is opened), it indicates to be changed in response to setting content to display unit
Licence units and turn into modifiable project, and show project with from different around display mode；Touch detection unit (is touched
Operating portion 115A), touch condition of its detection for the display picture of display unit；And (the system control of position changing unit
The touch treatment of the S27 in portion 116, Fig. 5, the project cursor movement of the S43 of Fig. 6), it is according to setting content change licence units
Permit and receive touch operation (the touch operation validation of the S19 of Fig. 5), and in response to touch detection unit testing result and
Change the display location of the change project to being shown in the way of different from surrounding by change project display unit.
In the present embodiment, when not over setting content change licence units, be set as the setting content of project can
During the state of change, due to the change of project cannot be carried out, therefore, it is possible to prevent from passing through (2)~(5) in the column of background technology one
The various maloperations produced in the case where user does not observe view finder as illustrated.If further, since by setting
Determine immediately change the contents of a project if the license of content alteration licence units, therefore, compared with patent document 5, can be rapid
Set.
Additionally, in the present embodiment, having：(S21's of systems control division 116, Fig. 5 dials setting content changing unit
Disk operation judges that the photographic parameter of S23 is changed), it is shown according to driver plate operation change with the display mode different from surrounding
The setting content of change project.Photographic parameter is so set by functional unit, therefore the possibility of maloperation is smaller.
I.e., in the present embodiment, even if running counter to the intention of user and passing through touch operation and have selected project, due to being grasped by with touch
Making different driver plate operations carries out the setting of photographic parameter, therefore the possibility of maloperation is smaller.
Additionally, in the present embodiment, it is configured to the selection in only allowed item, and forbid the photographic parameter of projects
After the 1st touch operation stage of change, the 2nd touch operation stage of the change of the photographic parameter of license projects is transferred to.
Therefore, even if running counter to the intention of user and passing through touch operation and have selected project, due to by the driver plate different from touch operation
Operation carries out the setting of photographic parameter, therefore the possibility of maloperation is smaller.
Additionally, in the present embodiment, having：Options display unit (shows photography ginseng in camera control interface
Digital display shows the display part 115 of row 115t), it shows selectable many for the project shown with the display mode different from surrounding
Individual options (photographic parameter display row 115t)；And options select unit (S51 of systems control division 116, Fig. 6), its from
In the multiple options selected by options display unit, selection is selected in response to the testing result of touch detection unit
.Thus, due 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 (for example, OK button 15)
Push, change project setting content.Although be accommodated in bag in carried when, false touch may be carried out
Touch, but it is low due to carrying out the possibility of the push of operation button by mistake, therefore the possibility of maloperation is smaller.
In addition, in the present embodiment, although as setting content changing unit, operated by driver plate and changed in setting
Hold, but not limited to this, for example, can certainly be carried out by the grade button parts of cross button 17.Additionally, in present embodiment
In, although the change project to being shown with the display mode different from surrounding has been carried out cursor and 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,.
Next, illustrating the 2nd implementation method of the invention using Fig. 7 to Fig. 9.In the 1st implementation method, in camera control
When selecting project in picture processed, selected so as to allowed item by operating OK button 15.On the other hand, in the 2nd implementation method,
The license of items selection is carried out by initial clicking operation.Additionally, clicking operation at this moment is can in the case of clicking
Items selection is carried out, if the selection of photographic parameter can be carried out in the case of double-clicking.
Structure in 2nd implementation method is identical with the structure shown in Fig. 1 to Fig. 4 of the 1st implementation method, therefore omits detailed
Illustrate, for the action of the 2nd implementation method, illustrated using the flow chart shown in Fig. 7 to Fig. 9.With the feelings of the 1st implementation method
Condition is identical, according to the program being stored in nonvolatile memory 118, these flows is performed by systems control division 116.
Flow shown in Fig. 7 is the action photographed under holding state.Connected in the power switch 19 of operating portion 117, be changed into
During photography holding state, the flow starts.Treatment in step S1 to S13 due to identical with the 1st implementation method, therefore for entering
The step of row same treatment, marks identical number of steps, omits detailed description.
When the display of back side monitor has been connected in step s 13, next make touch operation validation (S61).This
Place, identical with step S19 (reference picture 5), systems control division 116 makes the judgement based on the testing result in touch operation portion 115A
Effectively.
In the validation for carrying out touch operation, next, being made whether there is the judgement (S63) for touching.In this reality
Apply in mode, when camera control interface is shown on display part 115, make touch operation effective in step S61.Therefore, exist
User wishes the situation of the change of the photographic parameter that the project in the change of project and selection is carried out on camera control interface
Under, the operation of the grade of OK button 15 is not carried out, but touched on the display panel of display part 115.Therefore, in the step
In, determine whether to touch any one project according to the detection output from touch operation portion 115A.
The result of the judgement in step S63 is in the case of there is touch, to perform touch treatment (1) (S65).Herein,
Due to there is touch operation, thus the setting content of allowed item change.The kind clicked on is judged in the change of setting content
Class, in the case where clicking, opening project cursor shows, in addition in the case where double-clicking or touching plus drag, opening item sight
Mark shows and carries out photographic parameter row display.Detailed action for touch treatment (1) will be aftermentioned using Fig. 8.
When having carried out touch treatment (1), or the result of the judgement in step S63 is in the absence of the situation for touching treatment
Under, next to being judged (S67) with the presence or absence of touch treatment.(1) is processed by touch, in the setting that have granted project
In the case of the change of appearance, next when clicking operation has been carried out, the change of setting content is carried out.Therefore, in this step,
According to the detection output from touch operation portion 115A, to judging with the presence or absence of touch.
The result of the judgement in step S67 is in the case of there is touch operation, followed by touch treatment (2)
(S69).Herein, according to touch location, Xiang Mingda or photographic parameter change are carried out.It is detailed for touch treatment (2)
Action will be aftermentioned using Fig. 9.
When touch treatment (2) have been carried out, or the judgement in step S67 result be in the absence of touch in the case of,
Next determine whether to have carried out partly pressing for release button 11 or pressing or whether to the time for OK button 15
(S71).Herein, it is identical with step S29, carry out half push of release button 11 or operate the feelings of OK button 15
Determine under condition photographic parameter change and step S27 in the change of project etc..Without operation release button 11 or OK
In the case of button 15, or not by the scheduled time from the moment in the absence of the detection of eye sensors is initially judged to
In the case of, return to step S67 repeats step S67~S71.In addition, in the present embodiment, although be also by releasing
Put button and OK button is determined, but as the functional unit not limited to this of determination, or other operations
Part, or be only any one in release button and OK button.Additionally, being not limited to the operation of functional unit, it is also possible to
It is determined at the change moment of photographic parameter.
In the case that the result of the judgement in step S71 is "No", closes project light target and show (S73), touched
Touch the ineffective treatment (S75) of operation.Due to have passed through the scheduled time from cursor is shown, 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 for carrying out touch operation, return to step S1.
Next, illustrating that the touch in step S65 processes the detailed action of (1) using Fig. 8.Entering into touch treatment
(1) during flow, first, the species (S81) for touching is judged.Herein, exported according to the detection from touch operation portion 115A, sentenced
Surely be click, double-click or touch plus dragging in which.
The result of the judgement in step S81 is that the species for touching is in the case of clicking, next with step S17 (ginsengs
According to Fig. 5) it is identical, open project cursor and show (S83).Herein, the item for selecting to be shown in camera control interface is opened
The display of purpose cursor 115a.
On the other hand, the result of the judgement in step S81 is that the species for touching is the feelings double-clicked or touch plus drag
It is identical with step S83 under condition, open project cursor and show (S85).Next, it is identical with step S45 (reference picture 6), taken the photograph
Shadow parameter row display (S87).When the display of project cursor is opened in step S83, or photographed in step S87
During parameter row display, original flow is returned to.
Herein, the click interval needs of double-click are set to will not occur to be illustrated in (2)~(5) such as in the column of background technology one
As situation time interval.Touch plus dragging in touch treatment (1) are set to be following operation：It is in order to not square
Just the people for double-clicking, clicks on to project, and dragging is until the photographic parameter row 115t of the display part shown in Fig. 3 in this case.
This kind of double-click and touch plus dragging are the operations that will not occur in the case of unintentionally, and due to not interfering with touch operation
Simplicity, therefore with following effect：The maloperation in the case of the middle illustration in above-mentioned (2)~(5) is prevented, and keeps touching
Touch the convenience of operation.
Next, for the detailed action of touch treatment (2) in (reference picture 7) in step S69, will be carried out using Fig. 9
Explanation.Enter into touch treatment (2) flow when, first judge touch location where (S101).Herein, according to from tactile
The detection output of operating portion 115A is touched, is project management department's (in the example in figure 3, being label 115c~115s) to touch location, also
It is that photographic parameter row portion (in the example in figure 3, being photographic parameter display row 115t) is judged.
The result of the judgement in step S101 is in the case that touch location is project management department, to carry out project cursor movement
(S103).Herein, project corresponding with the position for touching is moved the cursor to.
When the movement of project cursor has been carried out, next, it is identical with step S21 (reference picture 5), to whether having carried out driver plate
Operation is judged (S105).In the case of the Xiang Mingda photographic parameter in wanting to be chosen to being moved by cursor, use
Family carries out driver plate operation.Therefore, in this step, to whether rotation process main driver plate 12 or secondary driver plate 13 judge.
The result of the judgement in step S105 is in the case of having carried out driver plate operation, next, (joining with step S23
According to Fig. 5) it is identical, carry out photographic parameter change (S107).Herein, operated according to driver plate, photographic parameter is changed successively.
The result of the judgement in step S101 is in the case that touch location is photographic parameter row portion, next, with step
Rapid S49 (reference picture 6) is identical, and the species to touching is clicked or touched and adds dragging to be judged (S111).
The result of the judgement in step S111 is in the case of clicking, identical with step S51 (reference picture 6), is taken the photograph
Shadow parameter modification (S113).Herein, exported according to the detection from touch operation portion 115A, be changed to the photography that user is touched
Parameter.
It is on the other hand, identical with step S53 in the case that the result of the judgement in step S111 is touch plus dragging,
Carry out the page turning (S115) of photographic parameter row.Therefore, page turning is carried out by touch plus dragging, so that photographic parameter under covering
Display.
When the change of photographic parameter has been carried out 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 photographic parameter change has been carried out in step S113, or enter in step sl 15
During the page turning of photographic parameter of having gone row, terminate touch treatment (2), return to original flow.
Thus, in the 2nd implementation method, when touch operation has been carried out, the change license of project is carried out.That is, as above
In the 1st described implementation method, the change for having carried out project by the operation of OK button 15 is permitted.On the other hand, implement the 2nd
It is when touch treatment, to carry out the change of project the result of judgement of step S63 (reference picture 7) is determined in mode
License, and opening project cursor shows in the flow of touch treatment (1).
Additionally, in the present embodiment, in for the touch operation of change license for obtaining project, it is also possible to clicking
In the case of only carry out Xiang Mingda, the change of photographic parameter can be also carried out in addition to Xiang Mingda in the case of double-click
More.As noted previously, as double click operation will not when user intentionally performs double-click moment tap, therefore,
The possibility of maloperation is smaller.Touch plus dragging is same.Therefore, in the present embodiment, in situation about being double-clicked, enter
Go in the case of predetermined touch plus drag operation, perhaps photographic variation of parameter.
Additionally, in the present embodiment, in the case where double-click as clicking operation, can promptly be taken the photograph
Shadow parameter modification.
Additionally, present embodiment has：Display unit (display part 115 of display camera control interface), it is for more
The project of kind (for example, project of the label 115d~115s shown in Fig. 3) shows current set information；Setting content change license
Unit (judgement that the presence in the S63 of systems control division 116, Fig. 7 is touched), the setting content of project is set as changing by it
State；Change project display unit (project cursor display open) in S83, S85 of systems control division 116, Fig. 8, its to
Display unit indicate in response to setting content change licence units and turn into modifiable project, and with from displays different around
Mode shows；Touch detection unit (touch operation portion 115A), touch condition of its detection for the display picture of display unit；
And position changing unit (touch treatment (2) of the S69 of systems control division 116, Fig. 7, the cursor movement of the S103 of Fig. 9), its
In response to touch detection unit testing result and to being shown with the display mode different from surrounding by by change project display unit
The change destination locations for showing are changed.
In the present embodiment, due to by touch treatment options mesh, therefore in such as column of background technology one (2)~
(5) in the case that user as illustrating does not observe view finder, project is possible to be falsely dropped select.But, even if being selected by falsely dropping, directly
It is actually determined in S71 (reference picture 7), due to not determining (confirmation) as camera-enabled, therefore reality will not be produced
Border is lost, and is prevented from above-mentioned various maloperation.Further, since the contents of a project can immediately be changed by clicking operation,
Therefore, compared with patent document 5, can promptly be set.
Additionally, in the present embodiment, it may have：Setting content changing unit be (S105's of systems control division 116, Fig. 9
Driver plate operation judges that the photographic parameter of S107 is changed), it is shown according to driver plate operation change with the display mode different from surrounding
Change project setting content.Photographic parameter is set thus by functional unit, the possibility of maloperation is smaller.
Additionally, in the present embodiment, having：Options display unit (shows photography ginseng in camera control interface
Digital display shows the display part 115 of row 115t), it may be selected for being shown with the change project shown from display modes different around
Multiple options (photographic parameter display row 115t)；And options select unit (S113 of systems control division 116, Fig. 9),
It is selected from the multiple options selected by options display unit in response to the testing result of touch detection unit
Options.Thus, due to photographic parameter can be selected by touch operation, set therefore, it is possible to simply and rapidly enter line parameter
It is fixed.
Additionally, in the present embodiment, setting content change licence units are detecting display by touch detection unit
During the double click operation of picture (S81 of S63, S65, Fig. 8 of Fig. 7), the setting content (S85 of Fig. 8) of project is changed.Double-click behaviour
Work will not occur in common action, occur only when user has intentionally carried out click.Therefore, it is possible to reduce by grasping by mistake
Make and to project carry out set change possibility.
Additionally, in the present embodiment, setting content change licence units are detecting display by touch detection unit
When the touch of picture adds drag operation (S81 of S63, S65, Fig. 8 of Fig. 7), can change project setting content (Fig. 8's
S85).Touch plus drag operation will not occur in common action, occur only when user has intentionally carried out click.Cause
This, can reduce the possibility for project set change by maloperation.
As described above, in the embodiments of the present invention, permit by setting content change licence units
After selection various projects, photographic parameter (options) is just selected.Therefore, will not be operated by mistaken touch and set photographic parameter
(options), and be prevented from camera shooting and operate subsidiary touch maloperation.
Additionally, in the embodiments of the present invention, having：Viewfinder unit (electronic viewfinder 121), it can be via taking
Scape device eyepiece portion (eyepiece portion 21) observes shot object image；Eyepiece detection unit (S3 of eye sensors 122, Fig. 5 and Fig. 7),
Situation of its detection object close to view finder eyepiece portion：And forbid unit (S5 of systems control division 116, Fig. 5 and Fig. 7),
, when object proximity is detected by eyepiece detection unit, what Do not touch was operated accepts for it.Therefore, it is possible to prevent from being observed in user
During viewfinder unit, mistaken touch operating display frame.
In addition, in the embodiments of the present invention, being provided with electronic viewfinder 121 as viewfinder unit.But, no
Be limited to electronic viewfinder, naturally it is also possible to which optical finder is set.In addition, although display part 115 is configured at camera body
The back side, but not limited to this, naturally it is also possible to be configured at the other positions such as side.
Additionally, in the embodiments of the present invention, although be illustrated using digital camera as camera,
But, as camera, it is of course possible to be digital single-lens reflex camera, or compact digital camera, or such as
The camera of video camera, the dynamic image of film camera, and, or be built in portable phone, smart mobile phone and
Portable information terminal (PDA：Personal Digital Assist) and game station etc. in camera.Whichsoever,
As long as the camera head of the display part with detectable touch condition, it becomes possible to use the present invention.
In addition in technology described herein, for mainly utilizing the control illustrated by flow chart, in most cases
Can be set using program, can also be indexed to sometimes in recording medium or in record portion.And as the recording medium, note
The recording method in record portion, can record, it is also possible to utilize issued recording medium in product export, can also be via because of spy
Net is downloaded.
In addition, on the motion flow in claims, specification and accompanying drawing, although for convenience, use expression
" first ", the term of the order such as " following " is illustrated, but, if the part not illustrated, and unexpectedly
Taste must be implemented according to this order.
The present invention is not restriction directly to above-mentioned implementation method, but can be in implementation phase no more 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 implementation method
Appropriately combined, the various inventions of formation of key element.For example, it is also possible to certain for deleting the entire infrastructure key element shown in implementation method is several
Structural element.Also, can also appropriately combined different embodiments structural element.
Claims (6)
1. a kind of camera head, it is characterised in that have：
Display unit, it is directed to various projects and shows current set information；
Setting content changes licence units, its state for being set as changing by the setting content of above-mentioned project；
Change project display unit, it indicates to turn into response to above-mentioned setting content change licence units to above-mentioned display unit
The above-mentioned project that can be changed, and change project is shown with the display mode different from surrounding；
Touch detection unit, touch condition of its detection for the display picture of above-mentioned display unit；
Position changing unit, it shows in the state of the change of setting content is licensed by above-mentioned change project display unit
Above-mentioned change project by touch operation when, the change destination locations that change is detected by above-mentioned touch detection unit；
Options display unit, its in the state of above-mentioned change destination locations are changed by above-mentioned position changing unit,
In the case of detecting the implementation of specific operation by above-mentioned touch detection unit, shown and above-mentioned change in the display unit
The related multiple photographic parameters that can be selected of mesh；And
Setting content changing unit, be changed to setting content from the multiple photography ginsengs selected by above-mentioned options display unit by it
The photographic parameter selected by the touch operation for specifying in number,
Wherein, in the case where above-mentioned setting content change licence units are permitted, added by double click operation or touch
Drag operation permits the change of the above-mentioned photographic parameter in above-mentioned selected project.
2. camera head according to claim 1, it is characterised in that
In the case where above-mentioned setting content change licence units are not permitted, only permit the selection of above-mentioned various projects,
Forbid the change of photographic parameter.
3. camera head according to claim 1, it is characterised in that
Above-mentioned setting content change licence units are the push of operation button, the display picture for above-mentioned display unit
Double click operation adds drag operation for the touch of above-mentioned display unit.
4. camera head according to claim 1, it is characterised in that
It is for the double click operation of the display picture of said units or aobvious for above-mentioned licence units to be changed in above-mentioned setting content
After showing touch plus the drag operation of the display picture of unit, further to shown by the display picture of above-mentioned display unit
Photographic parameter row touch in the case of adding drag operation, and above-mentioned options display unit carries out touching photographic parameter row
Page turning.
5. camera head according to claim 1, it is characterised in that
The position detected in above-mentioned touch detection unit is located at the touch photographic parameter row for showing multiple photographic parameters, and
Further the photographic parameter row shown by the display picture of above-mentioned display unit touch plus drag operation in the case of,
Above-mentioned options display unit touch the page turning of photographic parameter row.
6. camera head according to claim 1, it is characterised in that above-mentioned camera head has,
Viewfinder unit, it can observe shot object image via view finder eyepiece portion；
Eyepiece detection unit, situation of its detection object close to above-mentioned view finder eyepiece portion；And
Forbid unit, it forbids accepting for above-mentioned touch operation when object proximity is detected by above-mentioned eyepiece detection unit.
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2012020709A JP5959215B2 (en) | 2012-02-02 | 2012-02-02 | Imaging device |
| JPJP2012-020709 | 2012-02-02 | ||
| CN201310042040.8A CN103248801B (en) | 2012-02-02 | 2013-02-01 | Camera head |
Related Parent Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201310042040.8A Division CN103248801B (en) | 2012-02-02 | 2013-02-01 | Camera head |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN106851089A true CN106851089A (en) | 2017-06-13 |
| CN106851089B CN106851089B (en) | 2019-10-11 |
Family
ID=48928007
Family Applications (2)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| 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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| CN201310042040.8A Expired - Fee Related CN103248801B (en) | 2012-02-02 | 2013-02-01 | Camera head |
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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 |
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| 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 |
| JP2009182590A (en) * | 2008-01-30 | 2009-08-13 | Canon Inc | Image pick-up device |
| JP2009232389A (en) * | 2008-03-25 | 2009-10-08 | Casio Comput Co Ltd | Setting apparatus and program |
| CN101651782A (en) * | 2008-08-12 | 2010-02-17 | 索尼株式会社 | Information processing apparatus |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP4140181B2 (en) * | 2000-09-08 | 2008-08-27 | 富士フイルム株式会社 | Electronic camera |
| JP3938888B2 (en) * | 2002-06-17 | 2007-06-27 | 株式会社リコー | Display menu function setting unit |
-
2012
- 2012-02-02 JP JP2012020709A patent/JP5959215B2/en not_active Expired - Fee Related
-
2013
- 2013-02-01 CN CN201611183457.6A patent/CN106851089B/en not_active Expired - Fee Related
- 2013-02-01 CN CN201310042040.8A patent/CN103248801B/en not_active Expired - Fee Related
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| 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 |
| JP2009182590A (en) * | 2008-01-30 | 2009-08-13 | Canon Inc | Image pick-up device |
| JP2009232389A (en) * | 2008-03-25 | 2009-10-08 | Casio Comput Co Ltd | Setting apparatus and program |
| CN101651782A (en) * | 2008-08-12 | 2010-02-17 | 索尼株式会社 | Information processing apparatus |
Also Published As
| Publication number | Publication date |
|---|---|
| CN103248801B (en) | 2016-12-28 |
| CN106851089B (en) | 2019-10-11 |
| CN103248801A (en) | 2013-08-14 |
| JP2013162204A (en) | 2013-08-19 |
| JP5959215B2 (en) | 2016-08-02 |
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