CN103391399A - Pick-up device - Google Patents
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- CN103391399A CN103391399A CN2013101724504A CN201310172450A CN103391399A CN 103391399 A CN103391399 A CN 103391399A CN 2013101724504 A CN2013101724504 A CN 2013101724504A CN 201310172450 A CN201310172450 A CN 201310172450A CN 103391399 A CN103391399 A CN 103391399A
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Abstract
The invention provides a pick-up device, comprising a shooting part to pick up an object to be shot, a display part to perform display based on an image obtained by the shooting part, an operating part to be used in the shooting, a determination part to determine whether a hand-explore shooting mode is set or not and a display control part to enable the display part to perform a hand-explore shooting auxiliary display related to the operation of the operating part under a condition that the determination part sets the hand-explore shooting mode. In the hand-explore shooting mode, the auxiliary display used for the hand-explore operation is displayed, thereby reliably carrying out the hand-explore shooting.
Description
Technical field
The photographic equipment of photography etc. the present invention relates to be very suitable for to take a crane shot.
Background technology
In the last few years, the portable equipment (photographic equipment) that possesses camera function such as digital camera was popularized.This photographic equipment possesses display part a bit, possesses the function that shows photographs.Also some equipment, at display part display menu picture, is easy to carry out the operation of photographic equipment.
This photographic equipment has been realized lightweight, with hand, photographic equipment is positioned over (high angle) photography of taking a crane shot of photographing on head and also becomes easy.A kind of technology is disclosed in TOHKEMY 2007-214999 communique (hereinafter referred to as document 1), it makes the panel at the back side that is arranged on photographic equipment constitute rotation freely, rely on the rotation of panel to judge the photography of will taking a crane shot, make the setting of jitter correction and focusing be best suited for the photography of taking a crane shot.
In the photography of taking a crane shot, the cameraman need to lift hand on head, has significantly restricted cameraman's operation.Yet in digital camera etc., at the upper surface right-hand member of equipment framework etc., locate to dispose release-push and other various setting buttons etc., similarly by right hand forefinger, carry out various operations in the time of also can be with common photography when taking a crane shot photography.
Yet in the photography of taking a crane shot, the cameraman can't watch the framework upper surface, need to grope to carry out the shooting operations such as various settings and releasing operation by hand.Followed in the last few years the functional promotion of photographic equipment, various setting buttons etc. increase, and exist to occur set wrong etc. possibility in grope the shooting operation that carries out by hand.And, in the situation that adopt the technology of document 1, while in the situation that the setting that the cameraman watches the live view picture to expect can produce same problem.And when common photography such as night etc., need to carry out the photography of based on hand, groping, can produce problem same when taking a crane shot photography.
Summary of the invention
The object of the present invention is to provide a kind ofly when carrying out the photography of based on hand, groping, can be used for hand by demonstration and grope the auxiliary demonstration of shooting operation, thereby realize reliably the photographic equipment of the shooting operation of groping based on hand.
The photographic equipment that the present invention relates to has: image pickup part, and it is made a video recording to shot object image; Display part, it shows the demonstration based on the photographed images that is obtained by above-mentioned image pickup part shooting; Operating portion, it is used for above-mentioned shooting; Detection unit, it determines whether that setting hand gropes photograph mode; And display control unit, it gropes photograph mode in the situation that by above-mentioned detection unit, set above-mentioned hand, makes the above-mentioned display part demonstration hand relevant with the operation of aforesaid operations section grope to photograph auxiliary the demonstration.
Can further be expressly understood above and other objects of the present invention, feature and advantage referring to accompanying drawing.
Description of drawings
Fig. 1 means the block diagram that the circuit of the photographic equipment that the present invention's the 1st execution mode relates to forms.
Fig. 2 gropes the key diagram of photograph mode for the explanation hand.
Fig. 3 gropes the key diagram of photograph mode for the explanation hand.
Fig. 4 is the flow chart for the explanation camera control.
Fig. 5 is for the hand that explanation the present invention the 2nd execution mode the adopts auxiliary key diagram that shows of groping to photograph.
Fig. 6 is for the hand that explanation the present invention the 2nd execution mode the adopts auxiliary key diagram that shows of groping to photograph.
Fig. 7 means the flow chart of the motion flow that the 2nd execution mode adopts.
The key diagram of the operating portion of the upper surface 10a configuration that Fig. 8 means at main part 10.
Fig. 9 is for the explanation hand auxiliary key diagram that shows of groping to photograph.
Figure 10 is for the explanation hand auxiliary key diagram that shows of groping to photograph.
Figure 11 is for the explanation hand auxiliary key diagram that shows of groping to photograph.
Figure 12 is for the explanation hand auxiliary key diagram that shows of groping to photograph.
Figure 13 means the hand flow chart of the selection flow process of project in auxiliary demonstration of groping to photograph.
Figure 14 means the hand flow chart of the selection flow process of parameter in auxiliary demonstration of groping to photograph.
The key diagram of the operating portion of the upper surface 10a configuration that Figure 15 means at main part 10.
Figure 16 means the hand key diagram of an auxiliary example that shows of groping to photograph.
Figure 17 means the flow chart of the motion flow of project settings and setting parameter.
2 function buttons 115 of upper surface 10a that Figure 18 means at main part 10 configuration, 116 and the key diagram of the operating portion of release-push 17.
Figure 19 means the auxiliary key diagram that shows of photography.
Figure 20 means new hand when photoflash lamp the has been installed auxiliary key diagram that shows of groping to photograph.
Figure 21 means new hand when the replacing camera lens that possesses electronic zoom function the has been installed auxiliary key diagram that shows of groping to photograph.
Figure 22 means in the situation that the hand function button that the user can operate simply while groping photograph mode only has the key diagram of the example of 1.
Figure 23 means the key diagram of the example of operating portion in non-existent situation beyond touch panel 32 that the user can operate simply when hand is groped photograph mode.
Figure 24 gropes the flow chart of other decision methods of photograph mode transfer to hand for explanation.
Figure 25 means the hand chart of an example of auxiliary audio frequency output of groping to photograph.
Embodiment
Describe embodiments of the present invention in detail referring to accompanying drawing.
(the 1st execution mode)
Fig. 1 means the block diagram that the circuit of the photographic equipment that the present invention's the 1st execution mode relates to forms.The photographic equipment 1 of present embodiment forms by main part 10, replacing camera lens 20 and display part 30.Main part 10 is the frameworks of taking in the main circuit part of photographic equipment 1, at front surface, in the mode of disassembled and assembled freely, is installed with and changes camera lens 20, is provided with overleaf display part 30.
As described later, display part 30 has the display frame 31 that shows photographed images.Also be provided with touch panel 32 in display frame 31.Touch panel 32 can produce operation signal corresponding to position in the display frame 31 of with user's use finger, indicating.This operation signal is provided for the signal described later of main part 10 and processes and control part 11.Thus, signal is processed and control part 11 can detect position in the display frame 31 that the user touches, and can also detect its glide direction when the user uses the slide of finger slip in display frame 31, can carry out the processing with user's operational correspondence.
Change camera lens 20 and have the camera lens part 21 that shot object image is guided to the image pickup part 12 of main part 10.Camera lens part 21 has for camera lens of zoom and focusing etc., also has the operating portion 22 that these camera lenses is driven control.Operation by the operating portion 22 that consists of zoom ring and focusing ring etc. can not only be focused, and can also adjust zoom position and aperture.
24 pairs of drive divisions that consist of motor etc. are arranged at the focus lens relevant with focusing of camera lens part 21 and relevant zoom lens drives with zoom, focus control and Zoom control.Be provided with focusing control part 21a and the 21b of Zoom control section in camera lens part 21.Focusing control part 21a exports to focal position detection unit 25a with the signal corresponding with the position of focus lens.The 21b of Zoom control section exports to zoom position detection unit 25b with the signal corresponding with the position (zoom position) of zoom lens.
Focal position detection unit 25a judges focal position and result of determination is exported to control part 23 according to the output of focusing control part 21a.Zoom position detection unit 25b judges zoom position and result of determination is exported to control part 23 according to the output of the 21b of Zoom control section.Control part 23 is provided the result of determination of focal position and zoom position, controls drive division 24 to become focal position and the zoom position with the operational correspondence of operating portion 22.
Change in camera lens 20 and be provided with Department of Communication Force 28.Be provided with Department of Communication Force 13 in main part 10.Department of Communication Force 28 by predetermined transmission path and the Department of Communication Force 13 of main part 10 between carry out information transmit-receive.Control part 23 after communicating by letter between the Department of Communication Force 13 of having established with main part 10, can send to main part 10 with the shot information that stores in recording section 26 and the zoom information relevant with zoom operation etc. by Department of Communication Force 28,13.
Can adopt in the present embodiment various replacing camera lenses, and be not only the replacing camera lens, can also adopt the camera lens that can't change.
The main part 10 that forms photographic equipment 1 has the image pickup part 12 that forms by imaging apparatuss such as CCD or cmos sensors.The shot object image of the replacing camera lens 20 of the front surface setting of 12 pairs of next comfortable main parts 10 of image pickup part carries out opto-electronic conversion and obtains photographs.Image pickup part 12 is processed by signal and control part 11 drives control, the output photographs.
Signal is processed and control part 11 is exported the driving signal of imaging apparatuss to image pickup part 12, and reads out the photographs from image pickup part 12.Signal is processed and 11 pairs of photographss that read out of control part carry out prearranged signal processing, for example color adjustment processing, matrix conversion processing, noise removes processing and other various signals are processed.
Also be equipped with clock portion 14 and operation determination section 15 in main part 10.Clock portion 14 produces the temporal information that signal is processed and control part 11 uses.Operation determination section 15 produces based on to being included in the operation signal in user's operation of interior operating portion such as various switches such as not shown release-push that main part 10 arranges, function button, photograph mode setting, and exports to signal and process and control part 11.Signal is processed and control part 11 is controlled each several part according to operation signal.
Signal is processed and control part 11 can compress processing to the photographs after the signal processing, and the image after compressing offers the section of record 16 and makes its record.For example can adopt card interface as recording section 16, record section 16 can be in the recording mediums such as storage card recording image information and audio-frequency information etc.
Signal is processed and is carried out with the display control unit 11a of control part 11 and show relevant various processing.Photographs after display control unit 11a can process signal offers display part 30 and eyepiece display part 17.Display part 30 and eyepiece display part 17 have respectively the display frames such as LCD, and the image that is provided by display control unit 11a is provided.Display control unit 11a can also make various menu demonstrations etc. be shown in these display frames.
Also be provided with on main part 10 and detect the user and make eyes approach the eye sensors 41 of part (below be called connect eye portion) near the eyes of eyepiece display part 17.Signal is processed and control part 11 can judge whether the user makes eyes connect eye portion according to the testing result of eye sensors 41.
In addition, present embodiment also is provided with baroceptor 42.The air pressure that baroceptor 42 detection main parts 10 bear also offers signal processing and control part 11 with testing result.Baroceptor 42 for example has the resolution of 0.3Pa, the air pressure change of about 3cm can be detected.In the situation that main part 10 has approximately moved 30～40cm along vertical direction, can be according to the output detections of baroceptor 42 to the air pressure change of bringing thus.
Signal is processed and the hand of control part 11 is groped photograph mode detection unit 11d and detected the situation of carrying out the photography of taking a crane shot that need to grope to photograph by hand etc. according to the testing result of baroceptor 42 and the temporal information of clock portion 14 etc., determines whether that the setting hand gropes photograph mode.In addition, hand is groped photograph mode detection unit 11d and for example can also be determined whether by half down state of release-push that setting hand gropes photograph mode.Be judged to be and set hand and grope photograph mode in the situation that hand is groped photograph mode detection unit 11d, signal is processed and the control part 11 transfer photograph modes of groping in one's hands.
After having specified hand to grope photograph mode, the 11c of function setting section sets with hand and gropes the function that photograph mode adapts to operating portions such as the various switches of main part 10 and buttons.The 11c of function setting section distributes to the different function of function of function button when for example, can also distribute from common photograph mode.Can when groping photograph mode, hand be distributed in the functions such as required shake setting of when photography of taking a crane shot, exposure settings, focusing setting such as the 11c of function setting section.And in the situation that when usually the setting of the operating portion during photograph mode also can be used for hand and gropes photograph mode, the 11c of function setting section also can carry out the setting change of function.
In the present embodiment, in the situation that grope the result of determination transfer photograph mode of groping in one's hands of photograph mode detection unit 11d according to hand, the hand that display control unit 11a makes the demonstration hand grope in photograph mode is groped to photograph auxiliary the demonstration.For example, display control unit 11a shows that the configuration corresponding with the position of the various operating portions that arrange in main part 10 and shape and size etc. shows that being used as hand gropes to photograph and assist demonstration.Display control unit 11a is for example in the presumptive area in the display frame 31 of display part 30, with the configuration of the operating portion of reality, is mapped and shows and utilize icon to show to represent that the configuration of each operating portion shows.For example display control unit 11a can show that the demonstration corresponding with each operating portion of having been set function by the 11c of function setting section shows as configuration.
As mentioned above, when photography of taking a crane shot also can visuognosis display part 30 display frame 31, the cameraman can be in the photography of taking a crane shot shows the position of confirming the operating portion that should operate, shape, size etc. according to configuration.
In main part 10, near each operating portion place, also be provided with touch sensor 43.Touch sensor 43 for example consists of electrostatic capacitive or pressure sensing type transducer, detects the situation of user with each operating portion of finger touch, testing result is offered signal process and control part 11.Signal is processed and touch/operation detection part 11b the has been provided user's finger touch testing result of operating portion of control part 11, will represent which operating portion has been carried out the information output of touch operation to display control unit 11a.Thus, display control unit 11a by make with configure demonstration among the color that shows of icon corresponding to each operating portion, deep or light, pattern, shape etc. change, thereby can point out the user to touch which operating portion.
In addition, touch/operation detection part 11b is according to the output of operation determination section 15 etc., detects that the user has carried out touching to each operating portion or the situation of operation.Touch/operation detection part 11b detect that the user has carried out touching or the operating portion of operation after, testing result exported to display control unit 11a and the 11c of function setting section.Display control unit 11a changes the configuration demonstration according to the user to the touch of operating portion or operation.In addition, the 11c of function setting section, according to the operation of user to operating portion, resets the function of each operating portion as required.Signal is processed and control part 11 is controlled each several part according to the operation signal from operation determination section 15, thereby carries out the photograph processing based on user's operation, realizes the camera function corresponding with each photograph mode.
Also be provided with motion detection section 18 in main part 10.Motion detection section 18 has the mechanism of the anglec of rotation that detects hinge member 33, and testing result is offered signal processing and control part 11.Thus, signal processing and control part 11 can judge whether display part 30 has tilted more than predetermined angular.Motion detection section 18 can also tilt to by detection display section 30 mechanism's formation of the situation of maximum inclination angle.
Also be provided with audio output part 19 in main part 10.Audio output part 19 is processed by signal and control part 11 provides voice data, and the sound equipment based on the voice data that provides can be provided.
Referring to Fig. 2 to Fig. 4, the action of execution mode as constructed as above is described.Fig. 2 and Fig. 3 grope the key diagram of photograph mode for the explanation hand, Fig. 4 is the flow chart for the explanation camera control.
As shown in Fig. 2 (a), (c) and Fig. 3 (a), the photographic equipment 1 of present embodiment is equipped with the eyepiece display parts 17 such as electronic viewfinder at the upper surface of main part 10, is provided with overleaf the display part 30 that forms such as by LCD etc.User 61 for example controls main part 10(with left hand and omits diagram), while with the right hand, keep main part 10 to photograph.Right side at the upper surface of main part 10 is equipped with release-push 51, and the right-handed forefinger 63b of user 61 presses release-push 51 and photographs.
After having connected the power supply of photographic equipment 1, signal is processed and control part 11 determines whether and indicated photograph mode at the step S1 of Fig. 4.In the situation that do not indicate photograph mode, signal is processed and control part 11 determines whether and indicated reproduction mode at step S2.When having indicated reproduction mode, signal is processed and control part 11 is selected the reproduction of image at step S3.When the user had indicated the change of reproduced image, signal was processed and control part 11 makes processing transfer to step S5 from step S4 to carry out the change of image.And in the situation that step S2 does not specify reproduction mode, signal is processed and control part 11 is transferred to the Image Communication pattern that sends photographs at step S6.
And when having indicated photograph mode, signal is processed and control part 11 determines whether at step S11 and carried out lens changing, in the situation that carried out lens changing, and change between the control part 23 of camera lens 20 and communicate acquisition shot information (S12).Then signal processing and control part 11 carry out automatic exposure adjustment (AE) and focusing (AF) automatically at step S13.Can also be exposed by the user and focus adjustment at step S13.
Carrying out eyes in following step S14 judges near (below be called connect eye).As shown in Figure 2 (a) shows, user 61 makes eyes 62 near eyepiece display part 17, thereby detects user's the eye that connects by the eye sensors 41 that arranges in main part 10.Thus, signal processing and control part 11 carry out the demonstration of live view image in the display frame of eyepiece display part 17.Fig. 2 (b) illustrates the display case of the live view image 71 on display frame this moment 17a.
Then, grope the setting of photograph mode in order to carry out hand, the current time T0 of signal processing and control part 11 store clock sections 14, and the current air pressure K0 that keeps baroceptor 42 to record.
Signal is processed and control part 11 determines whether the setting operation that the user has occurred at following step S31.In the situation that there is setting operation, signal processing and control part 11 are according to user's operation change setting (parameter) (step S32).For example shown in Fig. 2 (c), user 61 is by watching the upper surface of main part 10, while confirm to be disposed at each operating portion of upper surface, carries out operation for setting parameter.In the photography that an edge joint eye carries out on one side, main part 10 is put lowlyer, user 61 is only by making main part 10 omit low dip from the state that connects eye, just can visuognosis each operating portion of configuration on the upper surface of main part 10 etc., the main part 10 that is under the state that catches subject is significantly moved, can carry out the setting change of parameter etc. when confirming the live view image.
Then, signal processing and control part 11 determine whether and have carried out shooting operation (step S33).When the user had operated release-push 51 and photographs, signal was processed and control part 11 is photographed at step S34.Signal is processed and 11 pairs of photographed images from image pickup part 12 of control part are implemented the prearranged signal processing and generate photographed images.Signal is processed and control part 11 offers the photographed images that generates the section of record 16 and makes its image file.
In the situation that the user does not make eyes 62 near eyepiece display part 17, signal processing and control part 11 are according to the testing result of eye sensors 41, make to process and transfer to step S21 from step S14, the live view image is offered the display part 30 that arranges at the back side of main part 10.Thus, be shown in the display frame 31 of display part 30 at the live view image 71 that shows on eyepiece display part 17.Then, signal processing and control part 11, in order to judge the transfer of groping photograph mode to hand, detect current moment T1 and air pressure K1 and keep at step S22, S23.
Then, signal processing and control part 11 judge whether passed through the scheduled time from the user has removed a state that connects at step S24.Signal processing and control part 11, in the situation that not enough for example 2, the 3 seconds scheduled time in elapsed time (T1-T0) is judged to be to exist and carries out the possibility of user's 61 eyes near the photography under the state of eyepiece display part 17, are transferred to step S31 with processing.
On the other hand, signal process and control part 11 in the situation that to have passed through the scheduled time (2,3 seconds) above the elapsed time (T1-T0), determine whether the transfer photograph mode of groping in one's hands at step S25, S26.In step S25, signal is processed and control part 11 is obtained user's 61 eyes near the air pressure K0 under the state of eyepiece display part 17 and the draught head that meets the current air pressure K1 after eye is removed.Hand grope photograph mode detection unit 11d judge draught head (K0-K1) whether greater than predetermined draught head, for example be equivalent to draught head 3, the 4Pa of difference of height 30～40cm.In the situation that draught head be 3, more than 4Pa, hand is groped photograph mode detection unit 11d and is judged to be user 61 as shown in Fig. 3 (a), carrying out hand 63 is lifted on head, while the transfer of to hand, groping photograph mode is determined in the photography of taking a crane shot that keeps main part 10 to photograph.
Shift in one's hands grope photograph mode after, the 11c of function setting section distributes and is suitable for hand and gropes the function of photograph mode each operating portion that is equipped on main part 10.Display control unit 11a judges from configuration shows whether passed through 10 seconds at step S27, in the situation that the configuration that process will be not corresponding with each operating portion of main part 10 shows that 76 are shown in (step S28) in display frame 31.Fig. 3 (b) is illustrated in the configuration that shows together with live view image 75 in display frame 31 and shows 76.
In the example of Fig. 3 (b), for example at the upper surface of main part 10, dispose 2 not shown buttons except release-push 51, rely on the icon corresponding with these 3 buttons to show that 76a～76c makes user 61 identify position, size, the shape of these 3 buttons.Icon shows that the subsidiary expression of 76a is the character R of release-push, and icon shows that 76b, 76c attach respectively character F, the M that expression is function button, shooting button.
As shown in Fig. 3 (a), user 61 watches display frame 31a from below with eyes 62, thereby can identify in the position of the button of the upper surface of main part 10 configuration and size etc., can be in the situation that needn't actually watch these buttons to operate reliably.
Think the photographic parameter that is best suited for when photography of taking a crane shot from connect at the moment significantly different.With connect at the moment similarly, taking a crane shot when photography, if can be easy to the setting of realizing ideal by the change photographic parameter when confirming the live view image.Therefore also need to carry out setting operation under the hand that will control main part 10 is lifted state on the crown when taking a crane shot photography, need to grope to operate each operating portion with hand.In this case, in the present embodiment, but on the display frame 31a that the configuration demonstration corresponding with each operating portion and live view image 75 are shown in visuognosis together, user 61 shows and just can significantly promote the reliability of setting operation with reference to this configuration.
And in the situation that be judged to be "No" in step S25, S27, hand is groped photograph mode detection unit 11d and is determined whether and partly supress release-push 51 at step S26.In the situation that partly supress release-push 51, hand is groped photograph mode detection unit 11d and is judged to be and has indicated the transfer of groping photograph mode to hand, at step S29, will configure and show the scheduled time.
As above, in the present embodiment, show that when hand is groped photograph mode the configuration corresponding with operating portion shows the auxiliary demonstration of as being used for hand, groping to operate, the user shows and just can grope to operate reliably each operating portion by hand with reference to configuration.When this configuration showed, the user can confirm the live view image, the setting that the user can expect comparatively simply.Can also press inferior operation and air pressure change etc. by detecting half of release-push, automatically shift the photograph mode of groping in one's hands, operability is splendid.
(the 2nd execution mode)
Fig. 5 and Fig. 6 are for the hand that explanation is adopted at the present invention's the 2nd execution mode auxiliary key diagram that shows of groping to photograph.Fig. 7 means the flow chart of the motion flow that adopts at the 2nd execution mode.The hardware of present embodiment forms identical with the 1st execution mode.
Fig. 6 is illustrated in main part 10(referring to Fig. 1) driver plate 81, release-push 82 and the function button 83 of the example as operating portion of upper surface 10a configuration., according to the configuration of this operating portion, with Fig. 3, similarly can only utilize the right hand to operate driver plate 81, release-push 82 and function button 83.For example can pass through the pressing operation of the forefinger realization of the right hand to release-push 82 and function button 83, utilize the finger abdominal section of hand thumb to touch driver plate 81 from the rear side of main part 10, thumb be moved left and right, thereby driver plate 81 is rotated at both forward and reverse directions.
The hand of signal processing and control part 11 is groped photograph mode detection unit 11d and is determined whether that at the step S41 of Fig. 7 setting hand gropes photograph mode.Groping photograph mode detection unit 11d by hand this moment specifies the photography of taking a crane shot to wait hand to grope photograph mode.So, signal is processed and the display control unit 11a of control part 11 show on step S42 is being shown in live view image 79 in display frame 31 configuration shown in Fig. 7 (a) show 80 and explanation show 85, as the hand auxiliary demonstration of groping to photograph.Configuration shows that 80 comprise icon demonstration 81a, 82a, the 83a that represents driver plate 81, release-push 82 and function button 83.
The 11c of function setting section is to be suitable for hand to grope the function of photograph mode (step S43) with the function setting of each operating portion.The explanation that shows the function of each operating portion of expression below configuration demonstration 80 shows 85.The example of Fig. 5 (a) illustrates according to icon and shows that the character of the Fn that 83a is subsidiary and explanation show that 85 character has distributed the situation of menu function to function button 83.
Touch/operation detection part 11b determines whether the touch operation of having carried out the user in step S44.When the user had touched function button 83, touch/operation detection part 11b went out the user according to the input from touch sensor 43 and has touched the situation of function button 83.As shown in the hacures of Fig. 5 (b), display control unit 11a makes the icon corresponding with function button 83 show 83a change (step S45) such as colors, pattern, shape, size.
Thus, the user shows that by icon the painted grade of 83a can confirm that the operating portion of current touch is function button 83.Determine whether the selection of having carried out the user, definite operation at step S46.When the user had carried out pressing operation to function button 83, the operation that operation determination section 15 is judged to be the user was to determine operation, and operation signal is provided for signal and processes and control part 11.As shown in the hacures of Fig. 5 (c), display control unit 11a makes icon show 83a further change (step S47) such as colors, pattern, shape, size.
And, show the demonstration of the correspondence in 85 for explanation, also can change color, pattern, shape, size etc. according to user's touch operation and pressing operation.And in the situation that carry out very at high speed the processing corresponding with the pressing operation of function button 83, the demonstration that can omit Fig. 5 (c).
After the pressing operation that has carried out function button 83, the function (step S48) that the 11c of function setting section change distributes each operating portion.In addition, display control unit 11a statement on changes shows 85 demonstration, makes it corresponding to the distribution of the 11c of function setting section to function, and at the foot display menu of display frame 31a, shows 86(step S49).Display control unit 11a also changes in the shape of the shown arrow demonstration 84 on every side of the icon demonstration 81a corresponding with driver plate 81, color, size, thickness etc., and being operating as of expression driver plate 81 is effective.
The example of Fig. 5 (d) illustrates the corresponding situation about coming driver plate 81 allocated items selection functions that shows the character of subsidiary " driver plate " character of 81a and explanation demonstration 85 according to icon.Pressing operation to function button 83 shown in Fig. 5 (d) has distributed project to determine the situation of function.
In the menu of Fig. 5 (d) shows 86, show the AV(aperture), the SV(shutter speed), ISO(ISO sensitivity), the MF(manual focus), face's (face recognition) is as menu item, by the larger-size project of central authorities, shows the current ISO that selected.Under the state of Fig. 5 (d), the user makes thumb slide to the left from the rear side of main part 10, driver plate 81 is rotated in a clockwise direction, selected menu item is changed to MF, face, AV, SV, ISO according to this rotation from ISO, if it is rotated in the counterclockwise direction, selected menu item is changed to SV, AV, face, MF, ISO from ISO.
And, can utilize touch sensor 43 to detect users and touch the situation of driver plate 81, make icon show that the color, pattern, shape, size etc. of 81a change.
The user carries out the pressing operation of function button 83 under the state of Fig. 5 (d).And color, pattern, shape, size etc. that this moment, icon showed 83a also change according to user's touch and pressing operation.When function button 83 has been carried out pressing operation, the function that the 11c of function setting section change distributes each operating portion, display control unit 11a makes explanation show that 85 demonstration distributes and changes corresponding to the function of the 11c of function setting section, and the menu of the foot of change display frame 31 shows 86 demonstration.
Fig. 5 (e) illustrates the display case of this moment, expresses and can show 86 pairs of iso sensitivities selections by menu ..., 50,100,200,400,800 ...And under the state of Fig. 5 (e), iso sensitivity is set to 200.By the user, driver plate 81 is rotated operation, with the situation of Fig. 5 (d) similarly, selected iso sensitivity changes.Signal is processed and control part 11 is controlled each several part according to selected iso sensitivity.
The processing of repeated execution of steps S44～S49, until hand is groped the photograph mode end in step S50.
(other examples)
Referring to the example of Fig. 8 to Figure 14 explanation when the upper surface 10a of main part 10 configures 1 driver plate and 2 function buttons.The key diagram of the operating portion of the upper surface 10a configuration that Fig. 8 means at main part 10.Fig. 9 to Figure 12 is for the explanation hand auxiliary key diagram that shows of groping to photograph.Figure 13 means that the hand project in auxiliary demonstration of groping to photograph selects the flow chart of flow process, and Figure 14 means that hand grope to photograph parameter in auxiliary the demonstration selects the flow chart of flow process.Figure 13 and Figure 14 are corresponding to the step S46 of Fig. 7～S49.
Fig. 8 is illustrated in main part 10(referring to Fig. 1) driver plate 91, release-push 92 and the function button 93,94 of the example as operating portion of upper surface 10a configuration., based on the configuration of such operating portion, can similarly only utilize right-hand operated driver plate 91, release-push 92 and function button 93,94 with Fig. 6.For example can the forefinger by the right hand realize release-push 92 and function button 93,94 pressing operation, utilize the finger abdominal section of hand thumb to touch driver plate 91 from the rear side of main part 10, thumb is moved left and right, thereby driver plate 91 is rotated at both forward and reverse directions.Under normal conditions, function button 93,94 as user's customization function with, amplify dwindle, the action button of zoom operation etc., be not assigned with hand and grope the required function of photograph mode.
The hand of signal processing and control part 11 is groped photograph mode detection unit 11d and is determined whether that at the step S41 of Fig. 7 setting hand gropes photograph mode.Fig. 9 (a) is illustrated in not hand and gropes in the common photograph mode of photograph mode, the live view image 79 that shows in display frame 31.Wherein, user's photography of for example taking a crane shot.Hand is groped photograph mode detection unit 11d and is determined that in step S41 setting hand gropes photograph mode.So signal is processed and the display control unit 11a of control part 11 is being shown on live view image 79 in display frame 31 and shows the hand auxiliary demonstration of groping to photograph in step S42.
In Fig. 9 (b), show display control unit 11a show configuration show 90 and explanation show 95 as the hand auxiliary example that shows of groping to photograph.Can also show translucently that configuration shows that 90 show 95 with explanation.Configuration shows that 90 comprise that expression driver plate 91, release-push 92 and function button 93,94 icon show 91a, 92a, 93a, 94a.
The 11c of function setting section is to be suitable for hand to grope the function of photograph mode (step S43) with the function setting of each operating portion.The explanation that shows the function of each operating portion of expression below configuration demonstration 90 shows 95.The example of Fig. 9 (b) illustrate the character that shows Fn1, Fn2 that 93a, 94a are subsidiary according to icon and explanation demonstration 95 character corresponding and to function button 93 distribution menu functions, and not to the situation of function button 94 and driver plate 91 distribution functions.
Touch/operation detection part 11b determines whether the touch operation of having carried out the user in step S44.If the user has touched function button 93, touch/operation detection part 11b has touched the situation of function button 93 according to from the input of touch sensor 43, going out the user.As shown in the hacures of Fig. 9 (c), display control unit 11a makes the icon corresponding with function button 93 show 93a change (step S45) such as colors, pattern, shape, size.Display control unit 11a shows the demonstration of the correspondence in 95 for explanation, also make color, font, character size etc. change according to user's touch operation.
The user can confirm that according to the painted grade of icon demonstration 93a the operating portion of current touch is function button 93.Determine whether the selection of having carried out the user, definite operation at step S46.When the user had carried out pressing operation to function button 93, the operation that operation determination section 15 is judged to be the user was to determine operation, operation signal is offered signal process and control part 11.As shown in the hacures of Fig. 9 (d), display control unit 11a makes icon show 93a further change (step S47) such as colors, pattern, shape, size.And, showing the demonstration of the correspondence in 95 for explanation, display control unit 11a also can change color, font, character size etc. according to user's pressing operation.And for the function that represents driver plate 91 becomes effectively the pressing operation of function button 93 by the user, display control unit 11a makes the demonstration of arrow 96 change.
After the pressing operation that has carried out function button 93, the function (step S48) that the 11c of function setting section change distributes each operating portion.In addition, as shown in Figure 10 (a) shows, display control unit 11a statement on changes shows 95 demonstration, makes it corresponding to the distribution of the 11c of function setting section to function, and at the foot display menu of display frame 31a, shows 97(step S49).Display control unit 11a also changes in the shape of the shown arrow 96 on every side of the icon demonstration 91a corresponding with driver plate 91, color, size, thickness etc., and being operating as of expression driver plate 91 is effective.
What the example of Figure 10 (a) illustrated that the character that shows " driver plate " that 91a is subsidiary according to icon and explanation show 85 character has distributed the situation of project selection function to reply driver plate 91.Figure 10 (a) illustrates function button 93,94 pressing operation has been distributed respectively project to determine function, cancelled the situation of function.
The selection of project is to carry out according to the flow process of Figure 13.In the menu of Figure 10 (a) shows 97, as menu item, illustrate and have the AV(aperture), the SV(shutter speed), ISO(ISO sensitivity), the WB(white balance), face's (face recognition), by the larger-size project of central authorities, the current AV that selected is shown.Signal is processed and control part 11 obtains current selected project in the step S51 of Figure 13.
Under the state of Figure 10 (a), if the user makes thumb slide to the left so that driver plate 91 is rotated in a clockwise direction from the rear side of main part 10, touch/operation detection part 11b judges the driver plate operation in step S52.Signal process and control part 11 in step S53 according to the rotation of driver plate 91, make selected menu item be changed to SB, ISO, MF(manual focus from AV) ... and by its rightabout rotation, make selected menu item from AV be changed to WB, face ...
The example of Figure 10 (b) illustrates the state of having selected SV by the operation of driver plate 91, and the example of Figure 10 (c) shows the state of having selected ISO by the operation of driver plate 91.Display control unit 11a makes 1 arrow 96 of expression direction of rotation and color that menu shows 1 arrow 98 at 97 two ends, shape, size etc. change corresponding to the operation of driver plate 91, and makes explanation show that the color, font, character size etc. on " driver plate " hurdle in 95 change.By making arrow 96,98 color consistent with the direction of rotation of driver plate 91, thereby make the user be easy to identify the content of operation that self carries out.
For example can make the arrow 96 corresponding with the clockwise rotation of driver plate 91 color and with the left of the menu item of menu demonstration 97 be same color (redness) to the color of corresponding arrow 98, and with same color (blueness), represent other arrows 96,98 color.
The user carries out the pressing operation of function button 93 under the state of Figure 10 (c).The pressing operation of touch/operation detection part 11b measuring ability button 93 in step S56, signal is processed and control part 11 is identified project in step S57.In the situation that function button 94 has been carried out pressing operation, signal is processed and control part 11 makes project restore in step S55, after this processing is back to step S52.
In addition, as shown in Figure 11 (a) shows, display control unit 11a makes icon show that 93a and explanation show that the color, pattern, shape, size on 95 Fn1 hurdle etc. changes according to user's pressing operation.Display control unit 11a also makes menu show that the color, pattern, shape, size etc. of the part of the determined project of expression in 97 also change.For example use red presentation graphs 11(a) hatched area and the character determined of project.
In addition, the function that the 11c of function setting section change distributes each operating portion, display control unit 11a statement on changes shows 95 demonstration, itself and the function of the 11c of function setting section is distributed corresponding, and the menu of the foot of change display frame 31a shows 97 demonstration.
Figure 11 (b) expression display case at this moment, show and can show 97 pairs of iso sensitivities selections by menu ..., 50,80,100,200,250 ...The menu of Figure 11 (b) shows that 97 are used for selecting and the parameters of definite iso sensitivity, and the selection of parameter and determining is carried out according to the flow process of Figure 14.
In the step S61 of Figure 14, signal is processed and control part 11 obtains current parameter.Under the state of Figure 11 (b), iso sensitivity is set to 100.Touch/operation detection part 11b judges user's driver plate operation at step S62, by the user, driver plate 91 is rotated operation, with the situation of Figure 10 (b), (c) similarly, selected iso sensitivity change (step S63).The situation of having selected iso sensitivity 80 by the operation of driver plate 91 has been shown in the example of Figure 11 (c), the situation of having selected iso sensitivity 50 by the operation of driver plate 91 has been shown in the example of Figure 12 (a).Signal is processed and control part 11 is controlled each several part (step S64) according to selected iso sensitivity.
For example can make the arrow 96 corresponding with the anticlockwise rotation of driver plate 91 color and with the color of arrow 98 corresponding to the right of the menu item of menu demonstration 97 be same color (redness), show other arrows 96,98 color with same color (blueness).Also utilize redness to carry out the character string " selection of ISO value " on " driver plate " hurdle of explicit declaration demonstration 95.
The user carries out the pressing operation of function button 93 under the state of Figure 12 (a).Touch/operation detection part 11b is at the pressing operation of step S68 decision-making function button 93.As shown in Figure 12 (b), along with user's pressing operation, icon shows 93a and illustrates that the color on the Fn1 hurdle of demonstration 95, pattern, shape, size etc. change.Display control unit 11a also makes menu show that the color, pattern, shape, size etc. of the part of the determined project of expression in 97 change.For example use the hatched area of red display Figure 12 (b) and the character of " the ISO value is determined ".
As shown in Figure 12 (c), by definite operation of step S69, display control unit 11a makes to go smoothly and gropes to photograph the auxiliary state that returns to Fig. 9 (b) that shows.In the situation that the pressing operation of function button 94 detected in step S65, after parameter reverts to before changing value (step S66), carry out with this parameter and set accordingly (step S67), process and turn back to step S62.
The pressing operation that more than shows by function button 94 reverts to project before changing, the example of parameter before changing, also can carry out by the pressing operation of function button 94 end that project selects, the end that parameter is selected.
(other examples)
Example while then referring to Figure 15 to Figure 17 explanation, configuring 2 driver plates on the upper surface 10a of main part 10.The key diagram of the operating portion of the upper surface 10a configuration that Figure 15 means at main part 10.Figure 16 means the hand key diagram of an auxiliary example that shows of groping to photograph, and Figure 17 means the flow chart of the motion flow of project settings and setting parameter.Figure 17 is corresponding to the step S46 of Fig. 7～S49.
Figure 15 is illustrated in main part 10(referring to Fig. 1) the driver plate 101,102 and release-push 103 of an example of operating portion of upper surface 10a configuration., according to the configuration of this operating portion, only utilize the right hand just can operate driver plate 101,102 and release-push 103.For example can touch driver plate 101 from the rear side of main part 10 by the finger abdominal section of hand thumb, thumb be moved left and right, thereby driver plate 101 is rotated at both forward and reverse directions.Can also sharp right-handed forefinger carry out the pressing operation of release-push 103, can also be rotated operation to driver plate 102 at both forward and reverse directions by forefinger.
Under normal conditions, function button 101,102 is used for the setting of shutter speed and aperture etc., is not assigned with hand and gropes the required function of photograph mode.
The hand of signal processing and control part 11 is groped photograph mode detection unit 11d and is determined whether that in the step S41 of Fig. 7 setting hand gropes photograph mode.When for example the user took a crane shot photography, hand was groped photograph mode detection unit 11d and is groped photograph mode at the definite hand of setting of step S41.So signal is processed and the display control unit 11a of control part 11 shows the hand shown in Figure 16 auxiliary demonstration of groping to photograph on step S42 for example is being shown in live view image 79 in display frame 31.
Figure 16 illustrate display control unit 11a show configuration show 100 and explanation show 105 as the hand auxiliary example that shows of groping to photograph.Configuration shows that 100 show that with explanation 105 can translucently show.Configuration show 100 comprise expression driver plate 101,102 and the icon of release-push 103 show 101a, 102a, 103a.
The 11c of function setting section is to be suitable for hand to grope the function of photograph mode (step S43) with the function setting of each operating portion.The explanation that shows the function of each operating portion of expression below configuration demonstration 100 shows 105.The example of Figure 16 (a) illustrates the correspondence that shows character with the character of explanation demonstration 105 of 101a, 102a subsidiary " driver plate 1 ", " driver plate 2 " according to icon, driver plate 101 has been distributed the setting item selection function, driver plate 102 has been distributed the situation of set point (parameter) selection function.
As shown in Figure 16 (a), display control unit 11a is corresponding to the distribution of the 11c of function setting section to function, in the foot display menu demonstration 106,107 of display frame 31a.Display control unit 11a also make the icon corresponding with driver plate 101 show 101a around the arrow that shows show that the color of 101b changes according to each direction of rotation, and make these each colors and menu show that each color of arrow demonstration 108 at 106 two ends and change direction are mapped and consistent.Display control unit 11a also make the icon corresponding with driver plate 102 show 102a around the arrow that shows show that the color of 102b changes according to each direction of rotation, and make these each colors and menu show that each color of arrow demonstration 109 at 107 two ends and change direction are mapped and consistent.
Touch/operation detection part 11b determines whether the touch operation of having carried out the user at step S44.When the user touched driver plate 101,102 the time, touch/operation detection part 11b has touched driver plate 101,102 situation according to input user from touch sensor 43.Display control unit 11a makes change (the step S45) such as colors, pattern, shape, size that shows 101a, 102a with driver plate 101,102 corresponding icons.In addition, show the demonstration of the correspondence in 105 for explanation, display control unit 11a also makes color, font, character size etc. change according to user's touch operation.The user shows that according to icon the painted etc. of 101a, 102a can confirm that the current operating portion that touches is driver plate 101,102.
The menu of Figure 16 (a) shows in 106, show as menu item the AV(aperture arranged), the SV(shutter speed), ISO(ISO sensitivity), the MF(manual focus), face's (face recognition), that show current selection is shown by the color (hacures) of the central authorities project different from its elsewhere is ISO.The menu of Figure 16 (a) shows in 107, the set point that shows as iso sensitivity has ..., 50,80,100,200,250 ..., show to illustrate current iso sensitivity by the color (hacures) of the central authorities set point different from its elsewhere and be selected as 100.
Signal is processed and control part 11 obtains current selected project and parameter in the step S71 of Figure 17.Touch/operation detection part 11b detects driver plate 101,102 operation at step S72, S74.
Under the state of Figure 16 (a), when the user makes thumb when the rear side of main part 10 is slided to the left and driver plate 101 is rotated to clockwise direction, signal process and control part 11 step S73 according to the rotation of driver plate 101 make selected menu item from ISO become MF, face ..., by its reciprocal rotation make selected menu item from ISO become SV, AV ...
The 11c of function setting section selects operation to distribute the set-up function of the set point of selected projects to driver plate 102 according to this project.For example by driver plate 101, selected in the situation of ISO,, to the function of the set point of driver plate 102 distributing altering iso sensitivities, selected by driver plate 101 in the situation of AV, to the function of the set point of driver plate 102 distributing altering AV.
In addition,, as setting item,, by closing that distribution shows, can set the hand of Figure 16 and grope to photograph auxiliary not showing of showing.Also can constitute and can be set setting item by the user.
(other examples)
The example of Figure 15 has illustrated the example that uses 2 driver plates, also can realize by function button the function of these driver plates.Upper surface 10a that Figure 18 means at main part 10 has configured 2 function buttons 115,116 and the key diagram of the operating portion of release-push 117.
For example can distribute to function button 115 function of the driver plate 101 of Figure 15, the function that function button 116 is distributed the driver plate 102 of Figure 15.In this case,, by function button 115,1 pressing operation of 116, make driver plate 101,102 carry out action identical with to 1 unit of a direction rotation time.The setting operation of the selection operation that just can similarly carry out setting item by these function buttons 115,116 pressing operation and Figure 16 thus and the set point of each setting item.
In addition, for example 2 function buttons 115,116 can also be used for the selection operation of the AF frame of focusing (AF) processing automatically.Figure 19 means the auxiliary key diagram that shows of the photography of this moment.
Figure 19 show display control unit 11a show configuration show 118 and explanation show 119 as the hand auxiliary example that shows of groping to photograph.Configuration shows that 118 show that with explanation 119 also can translucently show.Configuration show 118 comprise presentation function button 115,116 icon shows 115a, 116a.The explanation that shows the function of each operating portion of expression below configuration demonstration 118 shows 119.In the example of Figure 19, show character corresponding of the character that shows Fn1, Fn2 that 115a, 116a are subsidiary by icon and explanation demonstration 119, the handoff functionality that function button 115 has been distributed the AF frame of x direction, distributed the handoff functionality of the AF frame of y direction to function button 116.
Demonstrate the AF frame on the live view image 79 of display frame 31 and select to show 120, by frame, show the 110 current AF frames of expression.For example, by the user, function button 115 is carried out pressing operation, make the AF frame to right frame ground skew one by one, turn back to left end while arriving the rightmost side, then frame ground moves to right one by one.Similarly, when the user had carried out pressing operation to function button 116, the frame ground skew one by one of AF frame downward direction, returned to upper end downward direction frame ground skew one by one in the time of below arrival.
The user is functional buttons being operated 115,116 when with reference to configuration demonstration 118 and explanation, showing 119, thereby also can carry out reliably the setting of AF frame when taking a crane shot photography.
In the situation that connected new device on photographic equipment 1, signal is processed and 11 pairs of these devices of control part newly append corresponding setting item, and can carry out the setting of the set point corresponding with the setting item that appends.That is, the 11c of function setting section is used in control to operation part and newly is connected to the function of the device of photographic equipment 1, and display control unit 11a gropes to photograph by hand and assists demonstration to carry out the demonstration corresponding with the function of distributing to operating portion.
Figure 20 and Figure 21 mean in the situation that the auxiliary key diagram that shows of groping to photograph of the replacing camera lens hand corresponding with Figure 15 with photoflash lamp and electronic zoom function newly has been installed.The example of Figure 20 is the example when photoflash lamp has been installed, and newly is provided with guide number (CN) as the setting item of being selected by driver plate 101.Under the state of Figure 20, can guide number be changed to by driver plate 102 ..., 2,5,10,15,20 ...
Figure 21 is the example of having installed while changing camera lens, newly is provided with the ZOOM(zoom) as the setting item of being selected by driver plate 101.In the example of Figure 21, with the menu of the operational correspondence of driver plate 102, show in 111 that the bar that comprises the mobile expression set point by bar 113 shows 112.It is 45mm that the example of Figure 21 illustrates current set point.
In addition, Figure 22 means the key diagram of the example while only having 1 function button that can be operated simply by the user when hand is groped photograph mode.In this case, for example can take function button allocated items set-up function, use the touch panel 32 set in display frame 31 to carry out the method for setting of the set point of projects.In Figure 22, hand is groped to photograph, and auxiliary demonstration comprises configuration demonstration 121 and menu shows 122,123.
By by user's functional buttons being operated, make configuration show that 121 color, pattern, shape, size etc. change.Pressing operation by function button makes setting item change, and menu shows that projects of 122 are moving up and down.In the example of Figure 21, the GN(guide number that is in central authorities is shown) be chosen as the situation of setting item.
Under this state, the user touches in the menu demonstration 123 of touch panel 32, just can the given settings value.The example of Figure 22 shows the user and touches in the demonstration of set point 5, thereby selects the situation of 5 set points as GN.
And then Figure 23 means the key diagram of the example of operating portion when touch panel 32 does not exist in addition that the user can operate simply when hand is groped photograph mode.At this moment, for example by menu, show that 131 select setting item, by menu, show that 132 select the set point of projects.
By by the user, at the menu of display frame 31, showing on 131 and touch, thereby select the setting item of the position that touches, by at menu, showing on 132 and touch, thereby select the set point of selected setting item.The example of Figure 23 shows by touch operation and selects the GN(guide number) as setting item, set point is 10 situation.
As above, present embodiment also can obtain the effect identical with the 1st execution mode, and when hand was groped photograph mode, change, in the function of common time-division dispense operations section, distributed and is suitable for the function that hand is groped to photograph.Can effectively use each operating portion thus, realize reliable shooting operation when hand is groped to photograph.
(hand is groped other examples that photograph mode is judged)
In the flow process of Fig. 4, the variation by air pressure or the no release-push of partly pressing determine whether and shift the photograph mode of groping in one's hands.Figure 24 gropes the flow chart of other decision methods of photograph mode transfer to hand for explanation.
In the step S81 of Figure 24, signal is processed and control part 11 obtains the angle of inclination of the display frame 31 of display part 30 according to the testing result of motion detection section 18.Signal is processed and control part 11 judges whether the angle of inclination of display frame 31 has surpassed setting.Taking a crane shot when photography, owing to upwards watching display frame 31 from below, thereby the user makes display frame 31 inclination predetermined angulars when taking a crane shot photography more than.Signal is processed and control part 11 has tilted setting when above being judged to be display frame 31, and processing is transferred to step S85, and the setting hand is groped photograph mode.
In the situation that the angle of inclination of display frame 31 does not arrive setting, signal is processed and control part 11 obtains ambient light level at step S83.For example, signal is processed and control part 11 bases are obtained ambient light level from the image pickup signal of image pickup part 12.Signal process and control part 11 judgement ambient light level whether below setting (step S84).During grade below surround lighting is in setting, dark and need to carry out the shooting operation of groping based on hand around being judged to be, set hand at step S85 and grope photograph mode.
When as above, above lower than predetermined value such as air pressure, when partly pressing release-push, tilted predetermined value when above, surround lighting of display frame be in setting and set hand in situation when following etc. and grope photograph mode.
(based on the prompting of sound)
In the respective embodiments described above, illustrated and only carried out the hand auxiliary situation about showing of groping to photograph, yet not only can take hand to grope to photograph auxiliary the demonstration, can also carry out the hand auxiliary audio frequency output of groping to photograph.For example in Fig. 5 (b), (c), show in the touch operation of function button 83 or change color etc. while determining operation and be prompted to user's example, yet also can be processed and control part 11 control audio output part 19 by signal, thereby point out user's touch operation etc. by audio frequency to the user.Figure 25 means this hand chart of an example of auxiliary audio frequency output of groping to photograph.As shown in figure 25,, by touch, touch audio frequency, operation sound, operating audio are changed according to each kind of operating portion and each kind of operation, thereby the user can hold self by audio frequency simple and reliablely, which kind of operation which kind of operating portion has been carried out.
Claims (14)
1. photographic equipment is characterized in that having:
Image pickup part, it is made a video recording to shot object image;
Display part, it carries out the demonstration based on the photographed images that is obtained by above-mentioned image pickup part shooting;
Operating portion, it is used for above-mentioned shooting;
Detection unit, it determines whether that setting hand gropes photograph mode; And
Display control unit, it gropes photograph mode in the situation that by above-mentioned detection unit, set above-mentioned hand, makes the above-mentioned display part demonstration hand relevant with the operation of aforesaid operations section grope to photograph auxiliary the demonstration.
2. photographic equipment according to claim 1, is characterized in that, the auxiliary demonstration of above-mentioned photography comprises that the configuration relevant with the configuration of aforesaid operations section shows.
3. photographic equipment according to claim 2, is characterized in that, the auxiliary demonstration of above-mentioned photography comprises that the relevant explanation of explanation that shows with above-mentioned configuration shows.
4. photographic equipment according to claim 1, is characterized in that, above-mentioned display control unit is groped to photograph auxiliary the demonstration according to the operation of aforesaid operations section being changed above-mentioned hand.
5. photographic equipment according to claim 2, is characterized in that, above-mentioned display control unit is groped to photograph auxiliary the demonstration according to the operation of aforesaid operations section being changed above-mentioned hand.
6. photographic equipment according to claim 1, it is characterized in that, above-mentioned photographic equipment has function setting section, in the situation that by above-mentioned detection unit, set above-mentioned hand, gropes photograph mode, the function that this function setting section uses when aforesaid operations part tennis partner is groped to photograph.
7. photographic equipment according to claim 2, it is characterized in that, above-mentioned photographic equipment has function setting section, in the situation that by above-mentioned detection unit, set above-mentioned hand, gropes photograph mode, the function that this function setting section uses when aforesaid operations part tennis partner is groped to photograph.
8. photographic equipment according to claim 4, it is characterized in that, above-mentioned photographic equipment has function setting section, in the situation that by above-mentioned detection unit, set above-mentioned hand, gropes photograph mode, the function that this function setting section uses when aforesaid operations part tennis partner is groped to photograph.
9. photographic equipment according to claim 1, it is characterized in that, the selection function of setting item is distributed in the above-mentioned functions configuration part to the function button as aforesaid operations section, the driver plate as aforesaid operations section is distributed the function of the set point selection of selected setting item.
10. photographic equipment according to claim 2, it is characterized in that, the selection function of setting item is distributed in the above-mentioned functions configuration part to the function button as aforesaid operations section, the driver plate as aforesaid operations section is distributed the function of the set point selection of selected setting item.
11. photographic equipment according to claim 4, it is characterized in that, the selection function of setting item is distributed in the above-mentioned functions configuration part to the function button as aforesaid operations section, the driver plate as aforesaid operations section is distributed the function of the set point selection of selected setting item.
12. photographic equipment according to claim 6, it is characterized in that, the selection function of setting item is distributed in the above-mentioned functions configuration part to the function button as aforesaid operations section, the driver plate as aforesaid operations section is distributed the function of the set point selection of selected setting item.
13. the described photographic equipment of any one according to claim 1 to 12, it is characterized in that, above-mentioned photographic equipment has audio output part, grope photograph mode in the situation that by above-mentioned detection unit, set above-mentioned hand, the audio frequency output that this audio output part output is relevant with the operation of aforesaid operations section.
14. the described photographic equipment of any one according to claim 1 to 12, it is characterized in that, above-mentioned detection unit is according at least one party among the rank of the inclination of the variation of air pressure, the operation of aforesaid operations section, above-mentioned display part and surround lighting, judges that above-mentioned hand gropes photograph mode.
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| JP2012109806A JP5959297B2 (en) | 2012-05-11 | 2012-05-11 | Imaging device and imaging support method |
| JP2012-109806 | 2012-05-11 |
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| CN109565537A (en) * | 2016-07-29 | 2019-04-02 | 富士胶片株式会社 | The setting program of camera, the setting method of camera and camera |
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| CN105915771B (en) | 2012-06-29 | 2019-03-15 | 富士胶片株式会社 | Camera and its method of controlling operation |
| CN105960795B (en) * | 2014-09-10 | 2019-05-03 | 奥林巴斯株式会社 | The control method and camera system of photographic device, photographic device |
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| CN101461229A (en) * | 2006-06-08 | 2009-06-17 | 索尼爱立信移动通讯有限公司 | Method and system for adjusting camera settings in a camera equipped mobile radio terminal |
| CN101296318A (en) * | 2007-04-24 | 2008-10-29 | 佳能株式会社 | Image picking-up apparatus and electronic device |
| CN101883213A (en) * | 2009-05-07 | 2010-11-10 | 奥林巴斯映像株式会社 | The mode switching method of camera head and camera head |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109565537A (en) * | 2016-07-29 | 2019-04-02 | 富士胶片株式会社 | The setting program of camera, the setting method of camera and camera |
| CN109565537B (en) * | 2016-07-29 | 2021-01-05 | 富士胶片株式会社 | Camera, camera setting method, and recording medium |
Also Published As
| Publication number | Publication date |
|---|---|
| JP5959297B2 (en) | 2016-08-02 |
| JP2013239785A (en) | 2013-11-28 |
| CN103391399B (en) | 2017-03-01 |
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