Source: https://patents.google.com/patent/WO2012026402A1/en
Timestamp: 2018-10-21 19:20:16
Document Index: 584278641

Matched Legal Cases: ['Application No. 2010', 'art 166', 'art 166', 'art 166', 'art 166', 'art 166', 'art 166', 'art 166', 'art 166', 'art 166', 'art 166', 'art 166', 'art 166']

WO2012026402A1 - Operating device for vehicle - Google Patents
Operating device for vehicle Download PDF
WO2012026402A1
WO2012026402A1 PCT/JP2011/068766 JP2011068766W WO2012026402A1 WO 2012026402 A1 WO2012026402 A1 WO 2012026402A1 JP 2011068766 W JP2011068766 W JP 2011068766W WO 2012026402 A1 WO2012026402 A1 WO 2012026402A1
PCT/JP2011/068766
潤一郎 尾中
昌寿 窪田
An operating device which is for a vehicle and wherein: a first peripheral border is set to correspond with the relative positional relationship in which a plurality of switches are arranged; and a prescribed position is set such that, in a state wherein an image is stopped in the prescribed position in a display screen, the gap between a first edge of the image and the first peripheral border of the display screen, in the movement direction of the image, is not as big as the gap between a second edge of the image, which is on the opposite side to the first edge, and a second peripheral border of the display screen, in the movement direction.
This invention relates to vehicle operating device.
The present application, in August 26, 2010, claiming priority based on Japanese Patent Application No. 2010-189722, filed in Japan, the contents of which are incorporated here.
Conventionally, for example, display the menu display switch by the driver in a state of displaying a map image is manipulated, by displaying the menu image in upper and lower dividing the map image from the upper side of the screen so as to push the lower , the previous map image display of the menu image are known corresponding display vehicle to facilitate recognition device a menu image (e.g., see Patent Document 1).
In this vehicular display device, the passenger's switch is operated to be displayed by the image arrangement according to the extrusion direction and 2 division map image upside down is described.
Japanese Patent 2002-340600 JP Japanese Patent 2000-249568 JP
Meanwhile, according to the vehicle display device according to Patent Document 1, only a map image and the menu image is only displayed in two divided screens, the screen operator while performing the display of the extrusion if not visually recognized, a problem that it is impossible to recognize the front and rear display of the menu image corresponding to (i.e. screen transition) occurs. Also, intuition or since the extrusion direction and 2 division position of the menu display switch and passenger's switch arrangement and the map image is not associated with a state by the display of the display which switch is operated to the problem of not being able to grasp occurs.
Furthermore, the device according to the Patent Document 2, since performing decimation display when performing scroll display, the operator can not visually recognize the thinned item, that convenience is impaired problem It occurs.
The present invention has been made in view of the above circumstances, and an object thereof is to provide a or the operator's operation for a vehicle that can be recognized instantaneously apparatus according menu display which switch operation. Further, for the purpose of providing a possible vehicle operating device to improve the convenience of the scroll display.
That is, in the vehicle operating device according to the first aspect of the present invention includes a vehicle device mounted in a vehicle having an operation menu, a display screen for displaying an image of the operation menu, is disposed interior of the vehicle a plurality of switches for operating the operation menu, after moving the image towards a predetermined position from the first edge of the display screen in accordance with any of the operation of the plurality of switches on the display screen, the and display control means for the image at a predetermined position to be displayed so as to stop, the first peripheral edge, said plurality of switches are set to correspond to the relative positional relationship to be disposed, the image is the in a stopped state at the predetermined position on the display screen, in the direction of movement of the image, than the gap between the first peripheral edge of the display screen and the first end portion of the image, the moving direction Definitive, wherein as direction of the gap between the second end opposite the first end and the second peripheral edge of the display screen of the image becomes large, the predetermined position is set.
Further, the vehicle operating apparatus according to the second aspect of the present invention, in a state in which the image is stopped at the predetermined position on the display screen, the position of the first end portion of the image of the operation menu, the display the position of the first circumferential edge of the screen is preferably the same.
Further, the vehicle operating device according to the third aspect of the present invention, in a state in which the image is stopped at the predetermined position on the display screen, of the ends bordering the whole image of the operation menu, the first as only the end is in contact with the first peripheral edge of the display screen, the image of the operation menu is preferably displayed.
Furthermore, in the vehicular operating apparatus according to a fourth aspect of the present invention, the plurality of switches, a left steering switch provided on the left side of the axis of rotation of the steering wheel provided in the room of the vehicle, rotation of the steering wheel and a right steering switch provided on the right side of the shaft, when the left steering switch is operated, the first end is set to the left end of the display screen, the right steering switch is operated If it is, the first end portion is preferably set at the right end of the display screen.
Further, the vehicle operating apparatus according to a fifth aspect of the present invention, the image is composed of an entry frame image surrounding the operation item image and the operation item image, said display control means, the image on the display screen when displaying the said operation item only the item frame image of said image from said first peripheral edge of the display screen is moved toward the predetermined position, after the item frame image is stopped at the predetermined position it is preferable to display the image.
According to the vehicle operating device according to the first aspect of the present invention, when displaying an image of the operation menu on the display screen, the display by sliding the image of the operation menu from the direction corresponding to the arrangement position of the switch (Slide view ) to. As a result, whether or switched the screen display by which switch is operated by the operator can intuitively grasp.
The position where the image of the operation menu is stopped on the display screen is changed in accordance with the slide-in direction of the image corresponding to the position of the switch is operated. As a result, even if the operator has passed some time from the case and switch operation that was not viewing the slide display, a glance or displayed by the operation of which switch image of the operation menu that is currently displayed in can be recognized.
Position where the image of the operation menu is stopped, for example, the position and the occupied position of the operation menu image on the display screen is shifted to the first circumferential edge side of the display screen, area of ​​the first peripheral side from the center of the display screen and the relative area occupied by the image of the operation menu in a 1 peripheral second peripheral region which is opposite of, than the area occupied on the other side of the region it is in the predetermined direction of the area occupied in the area of ​​a predetermined direction It is changed like the larger such a position. The above-mentioned area occupied, for example, the area of ​​each region when the equally divided areas of the display screen by a boundary line which is perpendicular to the moving direction of the image of the operation menu.
Further, according to the vehicle operating device according to the second aspect of the present invention, an image of the operation menu that is currently displayed, whether a state of being moved from any direction (i.e., an operation menu displayed by the operation of which switch it can be more easily recognize an image or) of.
Further, according to the vehicle operating device according to the third aspect of the present invention, even when the image of the operation menu is not viewing the display screen during the sliding movement, the operation that is currently displayed whether a state where the image of the menu is moved from any direction (i.e., the one operation menu displayed by the operation of any switch) can be determined, Furthermore, it is possible to improve convenience.
Further, according to the vehicle operating device according to a fourth aspect of the present invention, when the switch is mounted symmetrically to the steering wheel, the image of which switch of the operation menu displayed on the display screen is operated what is being displayed by the more intuitive it is possible the operator to grasp, the operability is further improved.
Further, according to the vehicle operating device according to a fifth aspect of the present invention, while securing of recognition easiness screen display is switched by which switch is operated, when the sliding display an image of the operation menu it is possible to prevent the amount of information overload occurrence of visual disturbance caused by.
It is a configuration diagram of a vehicle operating apparatus according to a first embodiment of the present invention. Is a diagram showing an example of the arrangement of the left rotation operating member and the right rotation operating member of the operating device for the vehicle. Is a diagram showing an example of the arrangement of the left rotation operating member and the right rotation operating member of the operating device for the vehicle. It is a diagram showing a display example of the display device with the operation of the left rotation operating member of the operating device for the vehicle. It is a diagram showing a display example of the display device with the operation of the left rotation operating member of the vehicle operating device according to a first modification of the first embodiment of the present invention. It is a diagram showing a display example of the display device with the operation of the left rotation operating member of the vehicle operating device according to a second modification of the first embodiment of the present invention. It is a diagram showing a display example of the display device with the operation of the left rotation operating member of the vehicle operating device according to a third modification of the first embodiment of the present invention. It is a diagram showing a display example of the display device with the operation of the left rotation operating member of the vehicle operating device according to a fourth modification of the first embodiment of the present invention. It is a diagram showing a display example of the display device with the operation of the left rotation operating member of the vehicle operating device according to a fifth modification of the first embodiment of the present invention. It is a configuration diagram of a vehicle operating apparatus according to a second embodiment of the present invention. Is a diagram showing an example of the arrangement of the rotation operating member of the operating device for the vehicle. Is a diagram showing an example of the arrangement of the rotation operating member of the operating device for the vehicle. It is a diagram showing a display example of the display device with the operation of the rotation operating member of the operating device for the vehicle.
It will be described below with reference to the accompanying drawings vehicle operating device according to a first embodiment of the present invention.
Vehicle operating device 10 according to this embodiment, for example, as shown in FIG. 1, a left rotation operating member 11L and a right rotation operating member 11R can be operated by an operator, a vehicle device 12, a display device 13, the processing It is constituted by a device 14.
Left rotation operating member 11L and a right rotation operating member 11R, for example, as shown in FIG. 3, a rotary switch comprising a push operation and a tilt operation is possible rotary wheel 21 in addition to the rotating operation. Left rotation operating member 11L and a right rotation operating member 11R includes a rotary encoder 22, the push switch 23, a left tilt switch 24 is constructed by a right tilt switch 25.
Left rotation operating member 11L, for example 2, as shown in FIG. 3, the neutral position (i.e. position in the straight traveling state of the vehicle) the position of the left side of the rotation axis O of the steering wheel 31 in the spoke 32 of the steering wheel 31 ( for example, a left steering switch disposed location, etc.), symmetrical about the axis of rotation O. On the other hand, the right rotation operating member 11R, for example 2, as shown in FIG. 3, a right steering switch disposed on the right side of the position of the rotation axis O of the steering wheel 31 in the spoke 32 of the steering wheel 31.
Further, in the present embodiment, the left rotation operating member 11L and the right rotation operating member 11R is, for example, are arranged symmetrically about the rotation axis O of the steering wheel 31. Then, the left and right hands of the driver gripping the steering wheel 31 finger (e.g., thumb, etc.) is disposed within the operable position range.
Some of the outer peripheral portion of the rotary wheel 21 of the left rotation operating member 11L and a right rotation operating member 11R, toward the outside from the surface of the spoke portion 32 (i.e., toward the driver) protrudes, the operator's finger it is possible to operate the rotary wheel 21 by. Rotary wheel 21, for example, can rotate in the vertical direction of the steering wheel 31 in the neutral position, and tiltable in the lateral direction of the steering wheel 31 in the neutral position (tilt), and the rotation axis O direction to push (press) to be able to have been constructed.
Rotary encoder 22 outputs, for example, the amount of rotational displacement of the rotary wheel 21, a rotation angle, a signal corresponding to the rotational direction.
Push switch 23 outputs a signal corresponding to the presence or absence of the press operation to the rotary wheel 21.
Left tilt switch 24 outputs a signal corresponding to the presence or absence of the tilting operation in the left direction relative to the rotary wheel 21.
Right tilt switch 25 outputs a signal corresponding to the presence or absence of the tilting operation in the right direction with respect to the rotary wheel 21.
Vehicle device 12, for example, a navigation device 41, an air conditioner 42, an acoustic device 43, a mirror angle adjustment device 44 for adjusting the angle of the room mirror and the side mirrors, the illumination device (not shown), the wiper (not substantially), a condensation removal device (not shown), a driving support device (not shown), the traveling safety device (not shown) and the like.
Display device 13 is, for example, an instrument panel 50 arranged MID (multi-information display) device 51 and a HUD (head-up display) device 52 and the like. Display device 13, as seen from the driver seated on the driver's seat, the position in the lateral direction of the vehicle is arranged so as to be positioned between the left rotation operating member 11L and the right rotation operating member 11R.
Incidentally, MID device 51, for example, a liquid crystal display disposed in a central portion of the meter panel 55 provided with an instrument such as in front of the driver's seat Instruments speedometer 53 provided on Instrument panel 50 and the engine speed meter 54 it is a device. The MID unit 51, the travel distance of the vehicle, the vehicle interior outside temperature, fuel consumption information, various vehicle information such as the state of the vehicle is displayed.
Also, HUD device 52, for example, an image in a part of the front of the driver's seat of the windscreen 56 (e.g., images of various types of vehicle information) the projected display, or above the front of the driver's seat instrument panel 50 images (e.g., images of various types of vehicle information) to the virtual image displayed.
Processor 14, for example, a signal processing unit 61, a device control unit 62 is configured by a display control unit 63.
The signal processing unit 61 obtains a signal output from the left rotation operating member 11L and a right rotation operating member 11R rotary encoder 22 and the switches 23-25 ​​of the rotation operating member 11L, an input operation of the operator with respect to 11R To detect. The signal processing unit 61 outputs a signal of this detection result to the device control unit 62 and the display control unit 63.
The signal processing unit 61 is, for example, an input operation detecting unit 65 is configured by a rotation operation member determination unit 66.
Input operation detection unit 65, for example, based on a signal outputted from the rotary encoder 22 detects the amount of rotational displacement of the rotary wheel 21, the rotation angle, and a rotation direction. Then, the input operation detecting unit 65, based on a signal output from each switch 23-25, and a pressing operation on the rotary wheel 21, detects the presence or absence of a tilting operation in the left-right direction, of the detection result signal the output to the device control unit 62 and the display control unit 63.
Rotation operating member judging unit 66 judges whether the operator of one of the left rotation operating member 11L or the right rotation operating member 11R is operated, outputs a signal of this determination result to the device control unit 62 and the display control unit 63 to.
Device control unit 62, in response to the signal output from the input operation detecting unit 65 and the rotation operating member judging unit 66 outputs a command signal for controlling the operation of the in-vehicle apparatus 12.
The display control unit 63, in response to the signal output from the input operation detecting unit 65 and the rotation operating member judging unit 66 outputs a command signal for controlling the operation of the display device 13.
For example, by the operator of the predetermined operation on one of the rotary wheel 21 of the left rotation operating member 11L or the right rotation operating member 11R, vehicle device 12 is selected to be controlled. When the display of the vehicle device 12 a plurality of operation items that are set in advance for the (operation menu) is instructed, the display control unit 63, an image of the display device 13 of the operation menu of the in-vehicle device 12 selected to be displayed on the display screen.
At this time, the display control unit 63, in response to either of the left rotation operating member 11L or the right rotation operating member 11R is operated, the operation menu in the moving direction toward the predetermined position from the predetermined direction of the display screen on the display screen to move the image. Thereafter, the display control unit 63 displays so as to stop the image of the operation menu at a predetermined position.
The predetermined direction of the display screen is set to correspond to the relative positional relationship left rotation operating member 11L and a right rotation operating member 11R is disposed.
For example, when the left rotation operating member 11L is operated, the left direction in the horizontal direction of the display screen of a rectangular type (e.g., a direction toward the left edge 51L) is set to a predetermined direction. When the right rotation operating member 11R is operated, the right direction in the horizontal direction of the display screen of a rectangular type (e.g., toward the right edge 51R) is set to a predetermined direction.
Further, the predetermined position of the display screen, in a state where the image of the operation menu is stopped at a predetermined position on the display screen, the gap between the edges of the display screen and the end of the predetermined direction of the operation menu image in the moving direction (e.g., zero, etc.) than is set as towards the gap between the edges of the display screen and the opposite end is larger than the predetermined direction side of the operation menu image in the moving direction.
For example, when the left rotation operating member 11L is operated, than the gap between the left edge 51L of the left edge and the display screen of the image of the operation menu, the gap between the right edge of the right end and the display screen of the image of the operation menu it is set so that it is larger. Also, when the right rotation operating member 11R is operated, than the gap between the right edge of the right end and the display screen of the image of the operation menu, the gap between the left edge 51L of the left edge and the display screen of the image of the operation menu it is set so that it is larger.
If the gap between the end of the predetermined direction of the operation menu image in the moving direction and the edges of the display screen becomes zero, in a state where the image of the operation menu is stopped at a predetermined position on the display screen, the operation menu image whole of the ends bordering, only the end of the predetermined direction is set so as to be in contact with the periphery of the display screen.
The image of the operation menu, for example, and an image of the item frame surrounding the image and the manipulation item operation item.
The display control unit 63, when displaying the image of the operation menu on the display screen, first moves toward the predetermined position from the predetermined direction of the display screen only images of items frame of the image of the operation menu. Next, the subsequent images of items frame is stopped at a predetermined position, the display control unit 63 displays the image of the operation item.
Vehicle operating device 10 according to the present embodiment has the above configuration, then, operation of the vehicle operating device 10, in particular, the operation of the display control unit 63.
In the following, for example, single example will be described where the operator of the predetermined operation on the rotary wheel 21 of the left rotation operating member 11L is performed.
In this case, for example, a navigation device 41 is selected as the vehicle equipment 12 to be controlled. For example, as shown in FIG. 4 (A) ~ FIG 4 (I), as a plurality of operation items (operation menu) that is set in advance for the navigation device 41, a mobile telephone terminal connected to the navigation device 41 images of selectable plurality of telephone numbers during the outgoing (not shown) is displayed on the display screen 51A of the MID device 51.
First, the display control unit 63, for example as shown in FIG. 4 (A), the operator against the left rotation operating member 11L is before performing the predetermined operation, the per unit travel distance on the display screen 51A of the MID device 51 to display and fuel consumption, and the total distance traveled, the various kinds of information such as the shift position. The various information is displayed by default display is a predetermined normal brightness.
Next, the operator a predetermined operation on the left rotation operating member 11L (i.e., a plurality of operation items that are set in advance for the selection and navigation device 41 of the navigation apparatus 41 which is the control target of (operation menu) performs an operation) to instruct the display, for example, sequentially, FIG. 4 (B), the FIG. 4 (C), the as shown in FIG. 4 (D), a slide display is performed. And the slide display, among the images 71 of the items frame surrounding the operation item image 72 and the manipulation item constituting the image of the operation menu, the left edge of the display screen 51A only image 71 items frame (first peripheral ) 51L, or is to be displayed by moving (sliding in) in a predetermined direction toward the right edge (second peripheral) 51R at a predetermined position. The second peripheral 51R is opposite the end of the first peripheral edge 51L.
Predetermined direction (i.e. slide-in direction) is the direction of the left side horizontal direction of the display screen 51A (e.g., the direction toward the left edge 51L).
For example, as shown in FIG. 4 (D), between the right edge (periphery) 51R moving the right end portion of the image 71 of the items frame in the lateral direction is a direction (second end portion) 71a and the display screen 51A gap distance D1 is greater than the gap distance D2 between the left end left edge of the (first end portion) 71d and the display screen 51A (the peripheral edge) 51L of the image 71 of the items frame. That is, the predetermined position (in this embodiment zero) gap distance D2 is a position which increases towards the gap distance D1 than. Further, the positions of the left end portion 71d of the left edge 51L is the same.
The image 71 of the entry frame, for example, the background color is an image, such as rounded rectangles with a with white rim dark gray.
The image 72 of the operation item, for example the background color is an image having a telephone number by a white or light gray be the same as the background color of the image 71 of the items frame.
At the start of the slide display, among the default display being displayed on the display screen 51A from the previous hand, in the image 71 interferes region of items frame (e.g., a peripheral region image 71 of the entry frame is moved) the default display (e.g., display of the fuel consumption per unit running distance) 51a brightness gradually decreases from the normal luminance below a predetermined value.
Then, with the movement of the image 71 of the items frame on the display screen 51A (slide-in), in the region where the image 71 of the entry frame overlaps the default display 51a, replace the default display 51a in the image 71 of the items frame. Thus, the area to be replaced in the image 71 of the entry frame of the default display 51a gradually increases.
Next, as shown in FIG. 4 (E), and displays an image 72 of the operation items in the subsequent stopping the image 71 of the items frame at a predetermined position.
Operation item image 72 is movable between a plurality of operation items in accordance with a predetermined operation on the left rotation operating member 11L, and the display in the presence or absence of highlighting the selected state of each operation item (the presence or absence of selection) and a possible a selection instruction image 72a. Highlighted by the selection instruction image 72a is, for example, is a display of a different white display and a frame surrounding the telephone number, the light gray is a display color of the display color of other telephone numbers of the telephone number. Here, the predetermined operation, for example, a rotation operation for rotating wheel 21. The operation items, which are a plurality of telephone numbers that can be selected.
Next, a predetermined operation for the left rotation operating member 11L (e.g., such as a pressing operation for the rotary wheel 21) of any one operation item from among the plurality of operation items in accordance with (i.e. selectable plurality of phone numbers) When the selection confirmation is instructed, for example, as shown in FIG. 4 (F), and displays by reversing the display colors of the operation item selected by the highlighted by the selection indication image 72a at this time. In other words, it changed to white from dark gray background color, to change the phone number to dark gray white. Thus, changing the display and one of the plurality of operation items from a selectable state to appropriate operation item is selected selected definite state.
Next, the configuration when the operator of the predetermined operation for the left rotation operating member 11L is completed, for example, sequentially, Fig 4 (G), Fig. 4 (H), as shown in FIG. 4 (I), an image of the operation menu toward the left edge 51L to move (slide-out) an image 71 of the items frame surrounding the image 72 and the manipulation item operation item from a predetermined position of the display screen 51A that by performing slide display. That is, the slide-out direction, in the present embodiment, the left direction in the horizontal direction of the display screen 51A, is a direction toward the example left edge 51L.
In this case, reduce the brightness to a predetermined value or less in accordance with the initiating mobile (slide-in) of the image 71 of the items frame on the display screen 51A. That display screen 51A default display on the image 71 interfere with the region of item frames (such as the peripheral region image 71 of the entry frame is moved) at (e.g., display of the fuel consumption per unit running distance) relative to the 51a , thereby gradually increasing the luminance to ordinary luminance.
Then, with the movement of the image 71 of the items frame on the display screen 51A (slide-out), the default display (e.g., a unit travel distance per display of the fuel consumption) overlap the image 71 items frame for 51a is released gradually that. Display screen 51A in the default display 51a of the normal luminance is not overlap of the image 71 of the final item frame returns.
As described above, according to the vehicle operating device 10 of the present embodiment, when displaying an image of the operation menu on the display screen 51A, corresponding to the arrangement positions of the left rotation operating member 11L or the right rotation operating member 11R display slide the image of the operation menu from the direction (slide display). Thus, by manipulating the one of the left rotation operating member 11L or the right rotation operating member 11R, it is possible to intuitively understand whether or switched the screen display to the operator.
Also, as is the first end and the left edge 51L, the first end portion corresponds to the relative positional relationship in which a plurality of switches (right rotation operating member 11R and a left rotation operating member 11L) are disposed It is set. Therefore, when the operator performs an operation of the right rotation operating member 11R, the first end is a right edge 51R.
The position of stopping on the image display screen 51A of the operation menu in the slide display is changed in accordance with the slide-in direction of the image corresponding to the operation position of the left rotation operating member 11L or the right rotation operating member 11R . Accordingly, even if the operator has passed some time from the operation of the case has not been viewing a slide display or the left rotation operating member 11L or the right rotation operating member 11R, an image of the operation menu that is currently displayed There which rotation operating member 11L, it is possible to recognize at a glance the operator or displayed by 11R operations.
Position where the image of the operation menu is stopped, the position and for example is occupied position of the operation menu image on the display screen 51A (in this embodiment, the left edge 51L) first end portion of the display screen 51A shifted to the side, for example, a region of the first end portion side from the center of the display screen 51A, with respect to the area occupied by the image of the operation menu in the region of the opposite side (second end portion) of the first end, the first end portion towards the occupied area in the region is modified as long as larger such position than the area occupied on the other side of the region of the first end. Here, the occupied area is, for example, the area occupied in each region when the equally divided areas of the display screen 51A by a boundary line which is perpendicular to the moving direction of the image of the operation menu.
Furthermore, the position of the left end portion 71d of the image of the operation menu and the position of the left edge 51L of the display screen 51A is the same. In other words, the gap D2 between the left edge 51L of the display screen 51A and the left end portion 71d of the image of the operation menu is zero in a state where the image of the operation menu is stopped at a predetermined position on the display screen 51A. Thus, the image of the operation menu that is currently displayed, whether a state of being moved from any direction (i.e., is an image of the displayed operation menu by any operation of the left rotation operating member 11L or the right rotation operating member 11R it can be more easily aware of or).
Further, in a state where the image of the operation menu is stopped at a predetermined position on the display screen 51A, of the ends bordering the entire image of the operation menu, only the end of the predetermined direction are in contact with the periphery of the display screen 51A. Therefore, either while the image of the operation menu is slid even if the operator has not viewing the display screen 51A, state of the image of the operation menu currently being displayed it is moved from any direction it can be determined by the operator. That is, whether the operation menu displayed by the operation of which switch, the operator can determine. Furthermore, it is possible to improve convenience.
Further, the display device 13, as seen from the driver seated on the driver's seat, the position in the lateral direction of the vehicle is arranged so as to be positioned between the left rotation operating member 11L and the right rotation operating member 11R . When the left rotation operating member 11L is operated to slide in the image of the operation menu from the left side of the display screen 51A, it is stopped to leave a predetermined gap with respect to the right edge of the display screen 51A. If the right rotation operating member 11R is operated to slide in the image of the operation menu from the right side of the display screen 51A, and stops leaving a predetermined gap with respect to the left edge 51L of the display screen 51A. Thus, the image of the operation menu displayed on the display screen 51A is grasped either left rotation operating member 11L or the right rotation operating member 11R is displayed by being operated, the more intuitive user is to be able, operability is further improved.
Further, to display an image 72 of the operation items in the subsequent stopping the image 71 of the items frame at a predetermined position. Thus, while ensuring whether the recognition easiness screen display is switched by either of the left rotation operating member 11L or the right rotation operating member 11R has been operated, the amount of information overload when sliding display an image of the operation menu it is possible to prevent the occurrence of visual disturbance caused by.
In the embodiment described above, it has been to display an image 72 of the operation items in the subsequent stopping the image 71 of the items frame at a predetermined position is not limited to this. For example fade-in to increase gradually lower limit luminance, contrast, color saturation items frame subsequent to the operation item image 72 the image 71 is stopped at a predetermined position from the (e.g., zero, etc.) to a specified value it may be performed by the display.
Hereinafter, the first modification, an example of a case where for example, the operator of the predetermined operation on the rotary wheel 21 likewise left rotation operating member 11L of the embodiment described above has been performed.
The display control unit 63, first, for example, FIG. 5 (A) ~ as shown in Figure 5 (D), FIG. 4 (A) ~ FIG 4 (D) corresponding to the work with the same operation in the embodiment described above to run.
Then, for example, sequentially, FIG. 5 (E), the as shown in FIG. 5 (F), the subsequent stopping the image 71 of the items frame at a predetermined position, the image 72 of the operation item luminance, contrast, color gradually lower limit saturation (e.g., zero, etc.) to display an image 72 of the operation item by fade-in be increased from up to a predetermined specified value.
Then, in the subsequent brightness, contrast, color saturation of the image 72 of the operation item reaches a predetermined specified value, for example, as shown in FIG. 5 (F) ~ FIG 5 (J), the embodiments described above form executing the FIG. 4 (E) ~ FIG 4 (I) the same operations as corresponding to the at.
In the embodiment described above, it has been to display an image 72 of the operation items in the subsequent has been stopped at a predetermined position by sliding display only image 71 items frame, not limited to this. For example the image 71 of the entry frame, the subsequent of stopping the slide display to a predetermined position and the image 72 of the visible operation items is lowered than a predetermined specified value saturation of brightness, contrast, color, operation brightness, contrast and color saturation of the items of image 72 may be increased to a prescribed value.
Hereinafter, the second modification, an example of a case where for example, the operator of the predetermined operation on the rotary wheel 21 likewise left rotation operating member 11L of the embodiment described above has been performed.
The display control unit 63, first, for example, as shown in FIG. 6 (A), before the operator of the predetermined operation on the left rotation operating member 11L is performed, the unit travel distance on the display screen 51A of the MID device 51 fuel consumption per a total distance, a default display for displaying various information such as the shift position is performed.
Next, the left rotation operating member 11L, when the operator performs a predetermined operation, for example, as shown in FIG. 6 (B), the image 71 interfere region of items frame on the display screen 51A (item frame image 71 default display (e.g. in a peripheral region) to be moved, the display of the fuel consumption per unit running distance) decreases the brightness of 51a below a predetermined value. Here, the predetermined operation is an operation for instructing display of a plurality of operation items that are set in advance for the selection and navigation device 41 of the navigation device 41 which is a control object (operation menu).
Lowering Then, for example, sequentially, FIG. 6 (C), the FIG. 6 (D), the as shown in FIG. 6 (E), an image 71 of the items frame, than a specified value the saturation of luminance, contrast, color and an image 72 of the visible operation items were to move toward the predetermined position from the left edge 51L of the display screen 51A (slide-in) to perform slide display. That is, the left direction in the horizontal direction of the display screen 51A, for example, in the direction toward the left edge 51L, moves the image 72 of the operation item image 71 items frame.
Image 72 Viewable operation items is lowered than the prescribed value saturation of brightness, contrast, color, having a telephone number by pale gray be the same as the background color of the image 71 of the item inventory example background color is an image.
At this time, if with the movement of the image 71 of the items frame on the display screen 51A (slide-in), in the region where the image 71 of the entry frame overlaps the default display 51a, the luminance of the default display 51a is greater than zero, the default replacing the display 51a in image 72 of image 71 and the operation item of the item frame. Thus, the area to be replaced in the image 72 of the image 71 and the operation item of the item frame of the default display 51a gradually increases.
Then, for example, sequentially, FIG. 6 (E), the as shown in FIG. 6 (F), an image 71 of the items frame, visible saturation of brightness, contrast, color was lowered below the predetermined value operation and an image 72 of the items to later was stopped at a predetermined position, increases the saturation of the brightness, contrast, color of the image 72 of the operation item to the specified value.
Then, in the subsequent brightness, contrast, color saturation of the image 72 of the operation item has reached a predetermined value, for example, as shown in FIG. 6 (F) ~ FIG 6 (J), in the embodiment described above Figure 4 (E) which execute the same operations as corresponding to through Figure 4 (I).
According to the second modification, even at a timing when the image 71 of the entry frame is slid displayed by the slide-in, visibly displays the image 72 of the operation item. Thus, it is possible to recognize at a glance what kind of operation menu is associated with respect to the operated left rotation operating member 11L or the right rotation operating member 11R to the operator.
In the above-described embodiment, of the ends bordering the entire image of the operation menu, only the left end 71d is in contact with the left edge 51L of the display screen 51A, but is not limited thereto. Of the ends bordering the entire image of the operation menu, in addition to the left end portion 71d of the image 71, the other end may be in contact with the periphery of the display screen 51A. However, the other end is other than the right end portion 71a of the opposite side of the left end portion 71d side of the operation menu image in the moving direction.
Hereinafter, the third modification, an example of a case where for example, the operator of the predetermined operation on the rotary wheel 21 likewise left rotation operating member 11L of the embodiment described above has been performed.
The display control unit 63, first, for example, FIG. 7 (A), as shown in FIG. 7 (B), in response to the operator's predetermined operation on the left rotation operating member 11L is performed, the operation menu an image 72 of the operation items making up the image, move the operation of the image 71 of the items frame surrounding the item, toward only the image 71 items frame from the left end portion 71d of the display screen 51A in a predetermined position (slide-in) It is allowed to perform the slide display. That is, the left direction in the horizontal direction of the display screen 51A, for example, to move the image 71 of the entry frame in a direction toward the left edge 51L.
At this time, the vertical direction of the upper end portion 71b of the image 71 of the items frame forming an end of the vertical of the ends bordering the entire image of the operation menu, the lower end portion 71c, so as to be in contact with the periphery of the display screen 51A indicate.
Then, for example, as shown in FIG. 7 (C), and displays an image 72 of the operation items in the subsequent stopping the image 71 of the items frame at a predetermined position.
At this time, of the ends bordering the entire image of the operation menu, as vertical upper portion 71b of the image 71 of the entry frame, the lower end portion 71c in contact with the periphery of the display screen 51A, the display image 71 of the item frame while, of the ends bordering the entire image of the operation menu, as the left end 71d of the image 71 of the entry frame is in contact with the left edge (peripheral edge) 51L of the display screen 51A, and displays the image 71 of the items frame.
In the embodiment described above, corresponding to the relative positional relationship of the left rotation operating member 11L and a right rotation operating member 11L (i.e., the left and right sandwiching the display screen 51A in the lateral direction from both sides position), a display a moving direction of moving the image of the operation menu on the screen 51A and the lateral direction, but is not limited thereto. For example left rotation operating member 11L and a right rotation operating member 11L is, when it is arranged at a position sandwiching the display screen 51A from the both sides in inclined oblique direction from the left and right direction, the moving direction of the oblique direction operation menu image to.
Hereinafter, the fourth modification, an example of a case where for example, the operator of the predetermined operation on the rotary wheel 21 likewise left rotation operating member 11L of the embodiment described above has been performed.
The operation display controller 63, first, for example, as shown in FIG. 8 (A) ~ FIG 8 (C), in accordance with the operator's predetermined operation on the left rotation operating member 11L, to construct an image of the operation menu among the images 71 of the items frame surrounding the item image 72 and the manipulation item, moving to (slide-in) to perform slide display towards only the image 71 of the item inventory from the left edge 51L of the display screen 51A in a predetermined position .
That is, slide-in direction is the direction toward the upper left edge in the oblique direction of the display screen 51A.
Predetermined position, for example, as shown in FIG. 8 (D), the peripheral edge of the moving end of the diagonal direction of the upper left end 71f of the image 71 of the item inventory in the oblique direction is a direction (right bottom) 71e and the display screen 51A ( the gap between the lower right edge) 51e is a position greater than the gap between the upper left edge 51f of the display screen 51A with the upper left corner 71f of the image 71 of the items frame.
Note that if the gap between the upper left edge 51f of the display screen 51A with the upper left corner 71f of the image 71 of the items frame is zero, of the ends bordering the entire image of the operation menu, the item frame image 71 It is displayed and the upper edge 51U of the upper portion 71b and the display screen 51A so that contact is displayed so as to be in contact and the left edge 51L of the left end portion 71d and the display screen 51A.
In the embodiment described above, in a state where the image of the operation menu is stopped at a predetermined position on the display screen, the ends of the predetermined direction of the operation menu image in the moving direction may be displayed by the gradient.
Hereinafter, the fifth modification, for example with respect to rotary wheel 21 of the above-described embodiment and the third modification and fourth modification as well as the left rotation operating member 11L, when the operator has predetermined operation one case will be described.
The display control unit 63, first, with respect to the left rotational operation member 11L, in accordance with a predetermined operation of the operator, the image 71 of the items frame surrounding the image 72 of the operation items constituting the image of the operation menu operation items among moves toward only the image 71 of the item inventory from the left edge 51L of the display screen 51A in a predetermined position (slide-in) to perform slide display. Direction sliding-in, for example, FIG. 9 (A), the a horizontal direction toward the right edge 51R from the left edge 51L of the display screen 51A in FIG. 9 (B), the display screen 51A in FIG. 9 (C) it is a diagonal direction toward the lower right end 51e from the upper left end 51f.
For example, as shown in FIG. 9 (A) ~ FIG 9 (C), the left end portion 71d of the subsequent on operation item image 72 stopping the image 71 of the items frame at a predetermined position is displayed so that the gradation .
In view of this gradient, e.g., with that toward the left end portion 71d of the image 72 of the operation item, the brightness increases toward the upper limit value, or displayed so as to decrease toward the lower limit.
According to the fifth modified example, currently displayed image which the rotation operating member 11L of the operation menu, whether displayed by 11R operation, further, it is possible to recognize easily the operator.
In the embodiments described above, the left rotation operating member 11L and a right rotation operating member 11L is not limited to a rotary switch, or other switches.
It will be described below with reference to the rotary input device accompanying drawings according to the second embodiment of the present invention.
Rotary input device according to the present embodiment (the vehicle operating device) 110 is mounted for example on a vehicle, as shown in FIG. 10, operable rotation operating member 111R by an operator, and 111L, and the in-vehicle device 112, a display a device 113, a processor 114 is configured by a vehicle state sensor 115.
Rotation operating member 111R, 111L is, for example, a rotary switch comprising a rotary wheel 121 capable pushed and the tilt operation in addition to the rotating operation. Rotation operating member 111R, 111L includes a rotary encoder 122, the push switch 123, a left tilt switch 124 is configured to include a right tilt switch 125.
Rotation operating member 111R, 111L, for example 11, as shown in FIG. 12, the left and right of the rotation axis O of the steering wheel 131 in the spoke 132 of a steering wheel 131 of the neutral position (i.e. position in the straight traveling state of the vehicle) position (e.g., position, etc. of the symmetrical about the rotation axis O) is a so-called steering switch disposed. Then, the left and right hands of the driver gripping the steering wheel 131 the fingers (e.g., a thumb, etc.) is disposed within the operable position range.
Rotation operating member 111R, a portion of the outer peripheral portion of the rotary wheel 121 of 111L, towards the outside from the surface of the spoke portion 132 with (i.e., opposite the driver) protruding, the rotary wheel 121 operator with a finger it is possible to operate. Rotating wheel 121, for example, can rotate in the vertical direction of the neutral position the steering wheel 131, and can tilt in the horizontal direction of the neutral position the steering wheel 131 (tilt), and the rotation axis O direction to push (press) to be able to have been constructed.
Rotary encoder 122 outputs, for example, the amount of rotational displacement of the rotary wheel 121, a rotation angle, a signal corresponding to the rotational direction.
Push switch 123 outputs a signal corresponding to the presence or absence of the press operation to the rotary wheel 121.
Left tilt switch 124 outputs a signal corresponding to the presence or absence of the tilting operation in the left direction relative to the rotary wheel 121.
Right tilt switch 125 outputs a signal corresponding to the presence or absence of the tilting operation in the right direction with respect to the rotary wheel 121.
Then, the rotation operating member 111R, 111L, to the rotating operation for rotating the wheel 121, and a click feeling imparting mechanism that imparts a click feeling every predetermined angle of the rotation operation direction.
The click feeling imparting mechanism 126 is, for example, a click pin (not shown), is constituted by a protruding member (not shown). Click pin, the rotation operating member 111R to rotatably support the rotary wheel 121, it is elastically deformable and elastic recovery provided in the main body (not shown) of 111L. Projection member is provided on the rotary wheel 121, into contact with the click pin with the rotation of a predetermined angle each of the rotary wheel 121, the click pin is elastically deformed.
That is, according to this click feeling imparting mechanism 126, protruding member with the rotation of a predetermined angle each of the rotary wheel 121 is in contact with the click pin, click pin is elastically deformed. At this time, click feeling caused by the elastic force of the click pin is provided to the rotary wheel 121. Then, by the elastic deformation of the click pin, the contact between the protruding member and the click pin is released, the click pin is elastically restored. The rotary wheel 121, the protrusion member is to abut the click pin when rotated further by a predetermined angle each.
Vehicle device 112 is, for example, a navigation device 141, the air conditioner 142, a sound device 143, a mirror angle adjustment device 144 for adjusting the angle of the room mirror and the side mirrors, the illumination device (not shown), the wiper (not substantially), a condensation removal device (not shown), a driving support device (not shown), the traveling safety device (not shown) and the like.
Display device 113, for example, instrumentation disposed instrument panel 150 an MID (multi-information display) device 151 and a HUD (head-up display) device 152, and the like. Display device 113, as seen from the driver seated on the driver's seat, the position in the lateral direction of the vehicle, the left and right rotary operation member 111R, and is arranged so as to be positioned between the 111L.
Incidentally, MID device 151, for example, a liquid crystal display disposed in a central portion of the meter panel unit 155 having an instrument such as a driver's seat in front of the instrument panel speed provided 150 meter 153 and the engine speed meter 154 it is a device. MID devices 151, the travel distance of the vehicle, the vehicle interior outside temperature, fuel consumption information, displays various vehicle information such as the state of the vehicle.
Also, HUD device 152 is, for example, an image in a part of the front of the driver's seat of the windshield 156 (e.g., images of various types of vehicle information) the projected display, or above the front of the driver's seat instrument panel 150 images (e.g., images of various types of vehicle information) to the virtual image displayed.
Vehicle state sensor 115 is, for example, a vehicle speed sensor for detecting the speed of the vehicle, and a shift position switch for outputting a signal corresponding to the position of the shift position, and the brake pedal switch, is configured to include a like parking brake switch .
Processor 114, for example, a signal processing unit 161, a device control unit 162 is configured by a display control unit 163.
The signal processing unit 161, the rotation operating member 111R, and obtains a signal output from the rotary encoder 122 and the switches 123-125 of 111L, the rotation operating member 111R, detects the input operation of the operator for 111L. The signal processing unit 161 outputs a signal of this detection result to the device control unit 162 and the display control unit 163.
The signal processing unit 161, for example, is configured by an input operation detection unit 165.
Input operation detection unit 165 is, for example, based on a signal outputted from the rotary encoder 122 detects the amount of rotational displacement of the rotary wheel 121, the rotation angle, and a rotation direction. Then, the input operation detecting unit 165, based on the signals outputted from the respective switches 123-125, a pressing operation on the rotary wheel 121, to detect the presence or absence of a tilting operation in the left-right direction, of the detection result signal the output to the device control unit 162 and the display control unit 163.
Device control unit 162, in response to the signal output from the input operation detecting unit 165 outputs a command signal for controlling the operation of the in-vehicle device 112.
The display control unit 163, a signal output from the vehicle state sensor 115, in accordance with the signal output from the input operation detecting unit 165 outputs a command signal for controlling the operation of the display device 113.
The display control unit 163, for example, the rotation operating member 111R, the operator of the predetermined rotation operation for rotating the wheel 121 of the 111L (e.g., rotary operation such that a predetermined angle rotary wheel 121 which click feeling once occurs rotates ) in accordance with, and it controls the scrolling display of a plurality of items on the display screen of the display device 113. Here, the predetermined rotating operation, for example, by a predetermined angle moderation feeling once occurs rotary wheel 121 and the like rotating operation to rotate.
When one of the items among the plurality of items is stopped in a predetermined display state at a predetermined selection position display indicating that the item has been stopped is selected (e.g., and additional frame display surrounding the item, luminance Ya perform highlighting, etc.) to change the saturation of the contrast and color. Predetermined display state, for example, a display state of setting items of the brightness, contrast and color saturation of a predetermined specified value.
Then, the display control unit 163, for example, is configured to include a selection determination unit 166.
For example, of the adjacent item is an item that is adjacent to the items displayed on the predetermined selection position on the display screen of the display device 113, the rotation operating member 111R, the corresponding scroll direction as the rotation of the rotary wheel 121 of 111L selection determining section 166 whether the adjacent item is a selectable state present determination, and outputs a signal of the determination result.
For example, selection determination unit 166, for each of a plurality of items scrolled on the display screen of the display device 113, in accordance with the state of the vehicle detected by the vehicle state sensor 115, associated with the selectable or unselectable previously stores data such as the map was. Then, based on a signal output from the vehicle state sensor 115, and searches the data to determine whether each item is selectable or not selectable. The state of the vehicle, for example, whether the vehicle is traveling, the shift position and the like whether a parking position.
Then, the display control unit 163, when the rotary wheel 121 is rotated by a predetermined angle, when it is determined that the adjacent item can be selected by the selection determining part 166 of the display adjacent fields device 113 performing scroll display control to stop at a predetermined selection position on the display screen.
Further, the display control unit 163, when the rotary wheel 121 is rotated by a predetermined angle, when it is determined that the adjacent item is not selectable by the selection determining part 166, visible the first adjacent item passing a predetermined selection position on the display screen of the display device 113 in the display state.
The display control unit 163 when displaying the next item in a selected position, the first adjacent item it is determined that the selection determining section 166 is a non-selectable, first determines that the selection determining section 166 can be selected 2 controlled to be different display states in the adjacent fields and visual.
At this time, passes through a first adjacent item is determined to be not selectable by the selection determining part 166, to simply be passed through a selected position, or selected position after stopping at the selection position for a predetermined time it may be. Visually different display states, for example, a display state is lower than the first predetermined saturation of brightness, contrast and color of the adjacent field values.
First, sequentially with the adjacent item existing item sequentially adjacent to the scroll direction. Then, sequentially until one of the adjacent item it is determined to be selected by the selection determining part 166, and sequentially passes through the selected position successively adjacent items viewable display state from the adjacent fields passing through the selected position . The display control unit 163 performs the scroll display control to stop at a selected position successively adjacent items is determined that the selection determining section 166 is selectable.
First scroll speed is moved from the item selection position displayed in the selection position, the selection position first adjacent item is determined to be not selectable by the selection determining part 166 passes through the selected position is the rate at which you want to move. Second scroll speed, move the item that is displayed in the selected position from the selected position to the selected position second adjacent items that are determined to be selected by the selection determining part 166 is stopped at a selected location is the rate at which you want to move. The display control unit 163, from the first scroll speed, performs the scroll display control so towards the second scroll speed is increased.
The second rotary input device according to the embodiment of the 110 has the above-described configuration, then, operation of the rotary input device 110, in particular, the operation of the display control unit 163.
In the following, for example, the rotation operating member 111R, an example of the case where the rotation operation of the operator with respect to the rotary wheel 121 111L is performed will be described.
In this case, for example, as shown in FIG. 13 (A) ~ FIG 13 (M), in a predetermined selection position 113A of the display screen of the display device 113, a plurality of items are scrolled, any of the plurality of items Kano item by stopping at a predetermined selected position 113A, which shows that the item is selected.
First, the display control unit 163, the rotation operating member 111R, the operator of the predetermined rotation operation on 111L (e.g., rotary operation such that a predetermined angle rotary wheel 121 which click feeling once occurs rotates) row in prior dividing, for example, as shown in FIG. 13 (a), a predetermined selection position 113A of the display screen of the display device 113 the appropriate item is determined to be selected by the selection determining section 166 (a) in is stopped performs predetermined highlighting. Thus, maintaining the standby state to indicate that the item (A) is selected. Here, the item (A) is an item that has been determined to be selected by the selection determining part 166.
Then, the rotation operating member 111R, relative to 111L, performs the operator a predetermined rotation operation (e.g., rotary operation such that a predetermined angle rotary wheel 121 which click feeling once occurs is rotated). For example, sequentially, FIG 13 (B), as shown in FIG. 13 (C), and displays moved by scrolling the adjacent item (B). Adjacent item (B) is an item which exists adjacent to the scroll direction corresponding to the rotational operation direction of the rotary wheel 121 with respect to item (A) (e.g., the vertical direction of the display screen).
At this time, for example due to such that it is detected that the vehicle is detected speed higher than a predetermined value by the vehicle speed sensor of the vehicle state sensor 115 is traveling, the adjacent item by selecting determination unit 166 (B) There is judged to be not selectable. Then, set the speed to move the scroll the adjacent item (B) the (scroll speed) on the first scroll speed. Furthermore, lowering than a specified value the saturation of luminance, contrast, color of the adjacent item (B).
Then, for example, sequentially, FIG 13 (D), FIG. 13 (E), as shown in FIG. 13 (F), it is passed through a selected position 113A in the display state visible adjacent item (B). Accordingly, the movement the adjacent item (B) scroll direction corresponding to the rotation operation direction of the rotary wheel 121 with respect to (e.g., the vertical direction of the display screen) by scrolling the adjacent item (C) present adjacent to the It is to be displayed.
For example, when the adjacent item (B) is passing the selection position 113A, the adjacent item (C) is determined to be not selectable by the selection determining section 166, the adjacent item (B) is selected position 113A in subsequent timing that has passed it is set to the first scroll speed. Furthermore, lowering than a specified value the saturation of luminance, contrast, color of the adjacent item (B).
The first scroll speed, in the subsequent timing of adjacent item (B) has passed the selection position 113A, a scroll speed of moving by scrolling the adjacent item (C).
Then, for example, sequentially, FIG 13 (G), as shown in FIG. 13 (H), to pass the selected position 113A in viewable display state adjacent item (C). Accordingly, the movement the adjacent item (C) the scroll direction corresponding to the rotational operation direction of the rotary wheel 121 with respect to (e.g., the vertical direction of the display screen) by scrolling the adjacent item (D) present adjacent to the It is to be displayed.
For example, when the adjacent item (C) has passed the selection position 113A, the adjacent item (D) is determined to be selected by selecting determination section 166, the adjacent item (C) is selected position 113A in subsequent timing has passed, setting the second scroll speed. Moreover, setting the saturation of luminance, contrast, color of the adjacent item (D) to the specified value.
Second scroll speed is faster the scroll speed to move by scrolling the adjacent item (D) than the first scroll speed.
Then, as shown in FIG. 13 (I), to stop the adjacent item (D) at a selected position 113A. Next, as shown in FIG. 13 (J), by performing a predetermined highlighting to the adjacent item (D), shifts to the standby state to indicate that the adjacent item (D) is selected.
Then, the rotation operating member 111R, the operator a predetermined rotation operation on 111L (e.g., a predetermined angle of moderation feeling once occurs rotary wheel 121 rotating operation such as rotating) is performed, for example, sequentially as shown in FIG. 13 (K), and displays moved by scrolling the adjacent item (E). Adjacent item (E) is present adjacent to the adjacent item (D) the scroll direction corresponding to the rotational operation direction of the rotary wheel 121 with respect to (e.g., the vertical direction of the display screen).
In this case, for example, adjacent fields by selecting determination unit 166 (E) is determined to be selected, and sets the second scroll speed, the saturation of the brightness, contrast, color of the adjacent item (E) setting the specified value. Second scroll speed is faster the scroll speed to move by scrolling the adjacent item (E) than the first scroll speed.
Then, for example, as shown in FIG. 13 (L), to stop the adjacent item (E) at a selected position 113A. Then, for example, as shown in FIG. 13 (M), by performing a predetermined highlighting to the adjacent item (E), shifts to the standby state to indicate that the adjacent item (E) is selected .
As described above, according to the rotary input device 110 according to this embodiment, when performing scroll display of a plurality of items can be visually recognized by the operator without the thinning items unselectable. Furthermore, the items not selected rotation operating member 111R, 1 once tactile feedback is passed only by the rotation operation of a predetermined angle to be imparted to the 111L, then be automatically scroll through the available choices to the selection position it can be, thereby improving the operability.
Furthermore, the visually different display state to have been determined to be selected and is determined to be not selectable by the selection determining part 166 Item. Thus, it is possible to more easily view the content of the item is not selectable, it can be recognized instantaneously to the operator the items passed through the selected position is not selectable, thereby improving the convenience be able to.
In addition, compared to the scroll to be selected item, the slow scrolling speed of the scroll to a non-selectable item. Accordingly, while securing the time visible content item is not selectable, it is possible to shorten the travel time to the next selectable item, it is possible to improve convenience.
In the second embodiment described above, the device control section 162, a scrolling time required for scrolling between items that are determined to be selected by the selection determining part 166, not selected by the selection determining part 166 item (unselectable item) that is determined to be set to be constant regardless of whether there may control the scrolling speed.
For example, the device control unit 162 moves the selected position an item displayed on the selected position is determined to be selected by the selection determining part 166 (first selectable item). Then scrolling time required to move the item that is determined to be selected by the selection determining section 166 (second selectable item) in a selected position, a first selectable item and the second selectable set to be constant regardless of whether the item (unselectable item) exists which is determined to be not selectable by the selection determining part 166 between the items, to control the scrolling speed.
For example, the device control unit 162 for the scroll from the first selectable item in the absence unselectable item to a second selectable item, sets the scroll speed Va and scrolling time Ta.
Then, for example, if one unselectable item between the first selectable item and a second selectable item is present, the relative scroll up unselectable item from the first selectable item set 1 scroll speed Vb1 and a first scroll time Tb1, sets a second selectable second scroll speed Vb2 and second scroll time Tb2 against scroll to the item from the unselectable item.
Since the second scroll speed Vb2 as described above faster than the first scrolling speed Vb1, Va <Vb1 <Vb2 becomes, the scrolling time from the first selectable item to the second selectable item is constant , the Ta = Tb1 + Tb2.
In each embodiment described above, the rotary input device 110 may be mounted to other devices other than a vehicle.
As another embodiment according to the vehicle operating device, when a plurality of items by scrolling the display, the selected selection item among the plurality of items is stopped in a predetermined display state at a predetermined selection position, the selection control for controlling the scrolling display of said display means in response to rotation of said operation means; operation means and for operating the plurality of items by rotating; display means and for performing a display indicating that the item is selected means and; of the adjacent items adjacent to the item displayed in the selection position, determine the or adjacent item is a selectable conditions existing in the scroll direction corresponding to the direction of rotation of said operating means to a selection determination means; equipped with: said operating means, said every predetermined angle of rotation has a click feeling imparting mechanism that imparts a click feeling; wherein, said operating means is said predetermined When rotated by degrees, the first adjacent item is determined to be selected by the selection determination unit is stopped at the selected position, the second adjacent which is determined to be not selectable by said selection determination means the item is passed through the selected position in the viewable display state, by either said selection determination means sequentially adjacent items existing sequentially adjacent from said second adjacent item passing through the selected position in the scroll direction until it is determined to be selected, said sequential adjacent items sequentially passed through the selected position in the viewable display state, the said sequential adjacent items that are determined to be selected by the selection determination means it may be stopped at a selected position.
As another embodiment according to the vehicle operating device, wherein, when said second adjacent item passes through the selected position of the display means, and said first adjacent item the second adjacent item after only stopped a predetermined time to said selected position in different display states visually, said sequential adjacent items may be performed scroll display control to display by scrolling to the selected position adjacent to the first adjacent item.
As another embodiment according to the vehicle operating device, the control means, wherein said items displayed in the selected position by moving from the selected position, the second adjacent item passes the selected position compared to the first scroll speed to move to the selected position Te, the said items displayed in the selected position by moving from the selected position, the selected position said first adjacent item is stopped at the selected location the scroll display may be controlled so that towards the second scroll speed to move faster on.
10 vehicle operating device 11L left rotation operating member (switch)
11R right rotation operating member (switch)
12-vehicle device 13 display device 14 processor 31 Steering wheel 51A display screen 63 display control section (display control means)
110 rotary input device (vehicle operating device)
111R, 111L rotation operating member (operating means)
112 vehicle equipment 113 display device (display means)
114 processor 115 vehicle state sensor 163 display control section (control means)
166 selection determination unit (selection determination means)
An operation menu-vehicle apparatus mounted in the vehicle;
A display screen for displaying an image of the operation menu;
A plurality of switches for operating the operation menu is placed in a room of said vehicle;
Displaying the image toward a predetermined position from the first edge of the display screen in accordance with any of the operation of the plurality of switches after moving on the display screen, as the image at the predetermined position is stopped and display control means for;
It said first peripheral edge is set to correspond to the relative positional relationship that the plurality of switches are arranged;
In a state in which the image is stopped at the predetermined position on the display screen, in the direction of movement of the image, than the gap between the first peripheral edge of the display screen and the first end portion of the image, in the direction of movement, wherein as towards the gap between the second end opposite the first end and the second peripheral edge of the display screen of the image becomes large, the predetermined position is set;
The vehicle operating device, characterized in that.
In a state in which the image is stopped at the predetermined position on the display screen, the position of the first end portion of the image of the operation menu, the position of the first edge of the display screen, is the same;
The vehicle operating device according to claim 1, characterized in that.
In a state in which the image is stopped at the predetermined position on the display screen, of the ends bordering the whole image of the operation menu, such that only the first end is in contact with the first peripheral edge of the display screen the vehicular operating apparatus according to claim 1, wherein the image of the operation menu is displayed.
Wherein the plurality of switches comprises a left steering switch provided on the left side of the axis of rotation of the steering wheel provided in the room of the vehicle, and a right steering switch provided on the right side of the axis of rotation of the steering wheel;
When the left steering switch is operated, the first end is set to the left end of the display screen;
When the right steering switch is operated, the first end is set to the right end of the display screen;
The image is composed of an entry frame image surrounding the operation item image and the operation item image;
Wherein the display control unit, when displaying the image on the display screen, only the item frame image of said image is moved toward the predetermined position from the first edge of the display screen, the items frame images to display the operation item image after stopping at the predetermined position;
PCT/JP2011/068766 2010-08-26 2011-08-19 Operating device for vehicle WO2012026402A1 (en)
JP2010189722 2010-08-26
JP2010-189722 2010-08-26
US13818517 US20130190977A1 (en) 2010-08-26 2011-08-19 Operating device for vehicle
CN 201180040930 CN103068616A (en) 2010-08-26 2011-08-19 Operating device for vehicle
EP20110819865 EP2610098A4 (en) 2010-08-26 2011-08-19 Operating device for vehicle
JP2012530649A JP5456899B2 (en) 2010-08-26 2011-08-19 Vehicle operating device
WO2012026402A1 true true WO2012026402A1 (en) 2012-03-01
ID=45723402
PCT/JP2011/068766 WO2012026402A1 (en) 2010-08-26 2011-08-19 Operating device for vehicle
US (1) US20130190977A1 (en)
EP (1) EP2610098A4 (en)
JP (1) JP5456899B2 (en)
CN (1) CN103068616A (en)
WO (1) WO2012026402A1 (en)
US9902268B2 (en) * 2014-08-06 2018-02-27 Denso Corporation Display device for vehicle
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