JP2024074186A - Shifting device - Google Patents

Abstract

To eliminate the need to provide a separate detector between shift positions.
[Solution] In the shift device 10, when an occupant touches the P position 20P or the R position 20R, the P position 20P or the R position 20R is selected, respectively. Here, a gap between the P electrode 24P and the R electrode 24R is disposed on the "R" display 18R side from the center between the "P" display 18P and the "R" display 18R. This eliminates the need to provide a separate electrode between the P position 20P and the R position 20R.
[Selected Figure] Figure 1

Description

The present invention relates to a shift device that allows the shift position to be selected.

In the input device described in Patent Document 1 below, each pair of touch sensor surfaces detects contact with each functional recess, and each shift position corresponding to each functional recess is selected.

Here, in this input device, a pair of touch sensor surfaces are also disposed between the functional recesses.

DE 10 2014 009 355 A1

The present invention takes the above facts into consideration and aims to provide a shift device that eliminates the need to provide a separate detection unit between shift positions.

The shift device of the first aspect of the present invention includes a first shift position where a first shift indication is provided, a first detection unit that detects contact with the first shift position to select the first shift position, a second shift position where a second shift indication is provided, and a second detection unit that detects contact with the second shift position to select the second shift position, with a gap between the first detection unit and the second shift indication being located closer to the second shift indication than the center between the first shift indication and the second shift indication.

The second aspect of the shift device of the present invention is the shift device of the first aspect of the present invention, in which the first detection unit is disposed in a central position between the first shift indication and the second shift indication.

The shift device of the third aspect of the present invention is the shift device of the first or second aspect of the present invention, in which the first shift position is a shift position in which the vehicle is not driven, and the second shift position is a shift position in which the vehicle is driven.

The fourth aspect of the shift device of the present invention is a shift device according to any one of the first to third aspects of the present invention, in which a boundary portion is provided between the first shift indication and the second shift indication.

The fifth aspect of the shift device of the present invention is the fourth aspect of the shift device of the present invention, in which the first detection unit is disposed at the position of the boundary portion.

The sixth aspect of the shift device of the present invention is the fourth aspect of the shift device of the present invention, in which a gap between the first detection unit and the second detection unit is disposed at the position of the boundary.

In the shift device of the first aspect of the present invention, the first detection unit detects contact with the first shift position, and the first shift position is selected. Also, the second detection unit detects contact with the second shift position, and the second shift position is selected.

Here, the gap between the first detector and the second detector is located on the second shift display side of the center between the first shift display in the first shift position and the second shift display in the second shift position. This eliminates the need to provide a separate detector between the first shift position and the second shift position.

In the second aspect of the shift device of the present invention, the first detector is disposed in a central position between the first and second shift displays. Therefore, when the center between the first and second shift displays is touched, the first shift position can be selected in preference to the second shift position.

In the shift device of the third aspect of the present invention, the first shift position is set to a shift position where the vehicle is not driven, and the second shift position is set to a shift position where the vehicle is driven. Therefore, when contact occurs between the first shift display and the second shift display, even if the first shift position is selected, the vehicle can be prevented from being driven.

In the fourth aspect of the shift device of the present invention, a boundary is provided between the first shift display and the second shift display. This makes it possible to prevent contact between the first shift display and the second shift display for a predetermined period of time or longer.

In the fifth aspect of the shift device of the present invention, the first detector is disposed at the boundary. Therefore, even if the boundary is touched, the first shift position can be selected in preference to the second shift position.

In the sixth aspect of the shift device of the present invention, a gap between the first and second detectors is disposed at the boundary. Therefore, even if the boundary is touched, the first and second shift positions can be prevented from being selected.

1 is a front view showing a shift device according to a first embodiment of the present invention, as viewed from the front side. FIG. 1 is a cross-sectional view showing a shift device according to a first embodiment of the present invention, as viewed from below. FIG. FIG. 11 is a front view showing a shift device according to a second embodiment of the present invention, as viewed from the front side. FIG. 11 is a front view showing a shift device according to a third embodiment of the present invention, as viewed from the front side.

[First embodiment]
Fig. 1 shows a front view of a shift device 10 according to a first embodiment of the present invention, and Fig. 2 shows a cross-sectional view of the shift device 10 seen from below. In the drawings, the front side of the shift device 10 is indicated by an arrow SF, the right side of the shift device 10 is indicated by an arrow RH, and the upper side of the shift device 10 is indicated by an arrow UP.

As shown in Figures 1 and 2, the shift device 10 according to this embodiment is installed in the center of the instrument panel 12 of a vehicle (automobile) in the vehicle width direction, and is disposed inside the vehicle's steering wheel (not shown) in the vehicle width direction. In addition, the front side, right side, and top side of the shift device 10 face the rear side, right side, and top side of the vehicle, respectively.

The shift device 10 is provided with a roughly rectangular box-shaped case 14 as an installation body, and the case 14 is fixed to the vehicle front side of the instrument panel 12. The case 14 is elongated in the left-right direction, and the inside of the case 14 is open to the front side. The instrument panel 12 is formed with a rectangular opening 12A on the vehicle rear side of the case 14, and the inside of the case 14 faces the opening 12A. A plurality of fixed pillars 14A are provided inside the case 14, and the fixed pillars 14A protrude from the back wall of the case 14 to the front side.

A rectangular plate-shaped panel 16 is provided on the front side of the case 14 as a contact body, and the panel 16 is fixed to the front side of the fixed column 14A of the case 14 and fitted into the opening 12A of the instrument panel 12.

A rectangular plate 18 is provided on the front portion of the panel 16 as a contact member, and the plate 18 is made of, for example, resin, making it an insulator. The front surface of the plate 18 is disposed flush with the rear side surface of the instrument panel 12, and together with the rear side surface of the instrument panel 12, the front surface of the plate 18 forms the design surface of the vehicle's interior. For this reason, the front surface of the plate 18 is made contactable with the fingers F of vehicle occupants (particularly the driver).

On the front side of the plate 18, there are provided a P position 20P (park position) as the first shift position, an R position 20R (reverse position) as the second shift position, an N position 20N (neutral position) as the first shift position, and a D position 20D (drive position) as the second shift position, and the P position 20P, R position 20R, N position 20N, and D position 20D are arranged in the left-right direction in this order from left to right. The P position 20P, R position 20R, N position 20N, and D position 20D are rectangular, and the vertical dimensions of the P position 20P, R position 20R, N position 20N, and D position 20D are the same. The left-right dimension of the N position 20N is larger than the left-right dimension of the P position 20P, and the left-right dimensions of the R position 20R and the D position 20D are the same, and the left-right dimensions of the P position 20P and the N position 20N are larger than the left-right dimensions of the R position 20R and the D position 20D.

A "P" display 18P as a first shift display, an "R" display 18R as a second shift display, an "N" display 18N as a first shift display, and a "D" display 18D as a second shift display are displayed approximately at the center of the P position 20P, the center of the R position 20R, the center of the N position 20N, and the center of the D position 20D, respectively. The left-right distance between the left-right center of the "P" display 18P and the left-right center of the "R" display 18R, the left-right distance between the left-right center of the "R" display 18R and the left-right center of the "N" display 18N, and the left-right distance between the left-right center of the "N" display 18N and the left-right center of the "D" display 18D are all the same, and the "P" display 18P, the "R" display 18R, the "N" display 18N, and the "D" display 18D are arranged at equal intervals in the left-right direction.

A rectangular electrostatic sheet 22 is fixed to the back side of the plate 18 as a detection unit, and the electrostatic sheet 22 covers the back side of the plate 18.

On the front side of the electrostatic sheet 22, a P electrode 24P as a first detection unit, an R electrode 24R as a second detection unit, an N electrode 24N as a first detection unit, and a D electrode 24D as a second detection unit are provided, and the P electrode 24P, the R electrode 24R, the N electrode 24N, and the D electrode 24D are arranged in this order from left to right. The P electrode 24P, the R electrode 24R, the N electrode 24N, and the D electrode 24D are made of, for example, metal and have conductivity, and the P electrode 24P, the R electrode 24R, the N electrode 24N, and the D electrode 24D are formed into a rectangular film shape. The entire P electrode 24P, the entire R electrode 24R, the entire N electrode 24N, and the entire D electrode 24D are opposed to the entire P position 20P, the entire R position 20R, the entire N position 20N, and the entire D position 20D in the front-back direction (thickness direction of the plate 18), and the vertical dimensions of the P electrode 24P, the R electrode 24R, the N electrode 24N, and the D electrode 24D are the same.

The left-right dimension of the N electrode 24N is larger than the left-right dimension of the P electrode 24P, and the left-right dimensions of the R electrode 24R and the D electrode 24D are the same, and the left-right dimensions of the P electrode 24P and the N electrode 24N are larger than the left-right dimensions of the R electrode 24R and the D electrode 24D. The P electrode 24P is arranged in the left-right center position between the left-right center of the "P" display 18P and the left-right center of the "R" display 18R, the N electrode 24N is arranged in the left-right center position between the left-right center of the "R" display 18R and the left-right center of the "N" display 18N, and the N electrode 24N is arranged in the left-right center position between the left-right center of the "N" display 18N and the left-right center of the "D" display 18D.

The P electrode 24P, R electrode 24R, N electrode 24N, and D electrode 24D of the electrostatic sheet 22 are electrically connected to a control device 26 of the vehicle, which is electrically connected to a transmission 28 (automatic transmission) of the vehicle. The control device 26 is provided with a microcomputer in which a CPU, ROM, RAM, non-volatile memory (storage), etc. are connected by a bus, and in the control device 26, the CPU reads out programs stored in the ROM and storage, expands them into the RAM, and executes them to realize various functions.

Next, the operation of this embodiment will be explained.

In the shift device 10 configured as described above, a "P" indicator 18P, an "R" indicator 18R, an "N" indicator 18N, and a "D" indicator 18D are provided at the P position 20P, the R position 20R, the N position 20N, and the D position 20D of the panel 16 (plate 18), respectively.

When an occupant touches the P position 20P, the R position 20R, the N position 20N or the D position 20D with a finger F, a capacitance is generated between the finger F and the P electrode 24P, the R electrode 24R, the N electrode 24N or the D electrode 24D of the panel 16 (electrostatic sheet 22), respectively (contact of the finger F with the P position 20P, the R position 20R, the N position 20N or the D position 20D is detected). Then, if the capacitance (selected value) between the finger F and the P electrode 24P, the R electrode 24R, the N electrode 24N, or the D electrode 24D is equal to or greater than the capacitance threshold value for a time period equal to or greater than the time threshold value (a predetermined time period, for example, 0.5 seconds), the control device 26 determines that the P position 20P, the R position 20R, the N position 20N, or the D position 20D has been selected, and the shift range of the transmission 28 is changed to the corresponding P range (park range), R range (reverse range), N range (neutral range), or D range (drive range) under the control of the control device 26.

Here, the left-right center of the gap between the P electrode 24P and the R electrode 24R is located closer to the "R" display 18R than the left-right center between the "P" display 18P and the "R" display 18R (between the left-right center of the "P" display 18P and the left-right center of the "R" display 18R), and the P electrode 24P is made larger on the R electrode 24R side. This eliminates the need to provide a separate electrode (detection unit) between the P position 20P and the R position 20R. Furthermore, when the occupant's finger F touches the left-right center between the "P" display 18P and the "R" display 18R on the panel 16, the capacitance between the finger F and the P electrode 24P can be increased, and the P position 20P can be selected in preference to the R position 20R.

In addition, the P electrode 24P is disposed in the center position in the left-right direction between the "P" display 18P and the "R" display 18R. Therefore, when the occupant's finger F touches the center position in the left-right direction between the "P" display 18P and the "R" display 18R on the panel 16, the capacitance between the finger F and the P electrode 24P can be appropriately increased, and the P position 20P can be appropriately selected in preference to the R position 20R.

Furthermore, the P position 20P is set as a shift position where the vehicle is not driven, and the R position 20R is set as a shift position where the vehicle is driven. Therefore, when the occupant's fingers F contact the left-right center between the "P" display 18P and the "R" display 18R on the panel 16, the P position 20P is selected in preference to the R position 20R, thereby preventing the vehicle from being driven.

In addition, the left-right center of the gap between the R electrode 24R and the N electrode 24N is located on the "R" display 18R side of the left-right center between the "R" display 18R and the "N" display 18N (between the left-right center of the "R" display 18R and the left-right center of the "N" display 18N), and the N electrode 24N is made larger on the R electrode 24R side. This eliminates the need to provide a separate electrode (detection unit) between the R position 20R and the N position 20N. Furthermore, when the occupant's finger F touches the left-right center between the "R" display 18R and the "N" display 18N on the panel 16, the capacitance between the finger F and the N electrode 24N can be increased, and the N position 20N can be selected in preference to the R position 20R.

In addition, the N electrode 24N is disposed in the center position in the left-right direction between the "R" display 18R and the "N" display 18N. Therefore, when the occupant's finger F touches the center position in the left-right direction between the "R" display 18R and the "N" display 18N on the panel 16, the capacitance between the finger F and the N electrode 24N can be appropriately increased, and the N position 20N can be appropriately selected in preference to the R position 20R.

Furthermore, the N position 20N is a shift position where the vehicle is not driven, and the R position 20R is a shift position where the vehicle is driven. Therefore, when the occupant's fingers F contact the center in the left-right direction between the "R" display 18R and the "N" display 18N on the panel 16, the N position 20N is selected in preference to the R position 20R, thereby preventing the vehicle from being driven.

In addition, the left-right center of the gap between the N electrode 24N and the D electrode 24D is located closer to the "D" display 18D than the left-right center between the "N" display 18N and the "D" display 18D (between the left-right center of the "N" display 18N and the left-right center of the "D" display 18D), and the N electrode 24N is made larger on the D electrode 24D side. This eliminates the need to provide a separate electrode (detection unit) between the N position 20N and the D position 20D. Furthermore, when the occupant's finger F touches the left-right center between the "N" display 18N and the "D" display 18D on the panel 16, the capacitance between the finger F and the N electrode 24N can be increased, and the N position 20N can be selected in preference to the D position 20D.

In addition, the N electrode 24N is disposed in the center position in the left-right direction between the "N" display 18N and the "D" display 18D. Therefore, when the occupant's finger F touches the center position in the left-right direction between the "N" display 18N and the "D" display 18D on the panel 16, the capacitance between the finger F and the N electrode 24N can be appropriately increased, and the N position 20N can be appropriately selected in preference to the D position 20D.

Furthermore, the N position 20N is a shift position where the vehicle is not driven, and the D position 20D is a shift position where the vehicle is driven. Therefore, when the occupant's fingers F contact the center in the left-right direction between the "N" display 18N and the "D" display 18D on the panel 16, the N position 20N is selected in preference to the D position 20D, thereby preventing the vehicle from being driven.

[Second embodiment]
FIG. 3 shows a front view of a shift device 50 according to a second embodiment of the present invention.

The shift device 50 of this embodiment has a configuration similar to that of the first embodiment, but differs in the following respects.

As shown in FIG. 3, in the shift device 50 according to this embodiment, the panel 16 has long columnar PR convex portion 30PR, RN convex portion 30RN, and ND convex portion 30ND integrally formed as a boundary portion on the front side of the plate 18, and the PR convex portion 30PR, RN convex portion 30RN, and ND convex portion 30ND each protrude to the front side and extend in the vertical direction.

The PR protrusion 30PR is disposed between the "P" marking 18P and the "R" marking 18R on the plate 18, and the left-right center of the PR protrusion 30PR is disposed at the left-right center between the left-right center of the "P" marking 18P and the left-right center of the "R" marking 18R. Therefore, the PR protrusion 30PR is disposed at the P position 20P, and is disposed at the position of the P electrode 24P of the electrostatic sheet 22.

The RN convex portion 30RN is disposed between the "R" marking 18R and the "N" marking 18N on the plate 18, and the left-right center of the RN convex portion 30RN is disposed at the left-right center between the left-right center of the "R" marking 18R and the left-right center of the "N" marking 18N. Therefore, the RN convex portion 30RN is disposed at the N position 20N, and is disposed at the position of the N electrode 24N of the electrostatic sheet 22.

The ND convex portion 30ND is disposed between the "N" marking 18N and the "D" marking 18D on the plate 18, and the left-right center of the ND convex portion 30ND is disposed at the left-right center between the left-right center of the "N" marking 18N and the left-right center of the "D" marking 18D. Therefore, the ND convex portion 30ND is disposed at the N position 20N, and is disposed at the position of the N electrode 24N of the electrostatic sheet 22.

Here, this embodiment can achieve the same effects and advantages as the first embodiment.

In addition, a PR protrusion 30PR is provided in the left-right center between the "P" display 18P and the "R" display 18R (between the left-right center of the "P" display 18P and the left-right center of the "R" display 18R). This makes it possible to prevent the occupant's fingers F from touching the left-right center between the "P" display 18P and the "R" display 18R on the panel 16 for a period of time equal to or longer than the time threshold, and to prevent the P position 20P and the R position 20R from being selected.

Furthermore, the P electrode 24P is disposed at the position of the PR protrusion 30PR. Therefore, even if the occupant's finger F touches the PR protrusion 30PR, the P position 20P can be selected in preference to the R position 20R.

In addition, an RN protrusion 30RN is provided in the left-right center between the "R" display 18R and the "N" display 18N (between the left-right center of the "R" display 18R and the left-right center of the "N" display 18N). This makes it possible to prevent the occupant's fingers F from touching the left-right center between the "R" display 18R and the "N" display 18N on the panel 16 for a period of time equal to or longer than the time threshold, and to prevent the R position 20R and the N position 20N from being selected.

Furthermore, an N electrode 24N is disposed at the position of the RN protrusion 30RN. Therefore, even if the occupant's finger F touches the RN protrusion 30RN, the N position 20N can be selected in preference to the R position 20R.

In addition, an ND protrusion 30ND is provided in the left-right center between the "N" display 18N and the "D" display 18D (between the left-right center of the "N" display 18N and the left-right center of the "D" display 18D). This makes it possible to prevent the occupant's fingers F from touching the left-right center between the "N" display 18N and the "D" display 18D on the panel 16 for a period of time equal to or longer than the time threshold, and to prevent the N position 20N and the D position 20D from being selected.

Furthermore, an N electrode 24N is disposed at the position of the ND protrusion 30ND. Therefore, even if the occupant's finger F touches the ND protrusion 30ND, the N position 20N can be selected in preference to the D position 20D.

[Third embodiment]
FIG. 4 shows a front view of a shift device 70 according to a third embodiment of the present invention.

The shift device 70 of this embodiment has a configuration similar to that of the second embodiment, but differs in the following respects.

As shown in FIG. 4, in the shift device 70 according to this embodiment, the P electrode 24P of the electrostatic sheet 22 on the panel 16 is arranged with its right end on the left side, making the left-right dimension smaller, and a gap between the P electrode 24P and the R electrode 24R is arranged in the left-right center position between the left-right center of the "P" mark 18P and the left-right center of the "R" mark 18R. The PR convex portion 30PR of the plate 18 is arranged to the right of the P position 20P of the plate 18, and the PR convex portion 30PR is not arranged at the position of the P electrode 24P.

The N electrode 24N of the electrostatic sheet 22 is arranged with its left end on the right side, making the left-right dimension smaller, and a gap is arranged between the R electrode 24R and the N electrode 24N in the left-right center position between the left-right center of the "R" mark 18R and the left-right center of the "N" mark 18N. The RN protrusion 30RN of the plate 18 is arranged to the left of the N position 20N of the plate 18, and the RN protrusion 30RN is not arranged at the position of the N electrode 24N.

The N electrode 24N of the electrostatic sheet 22 is arranged with its right end on the left side, further reducing the left-right dimension, and a gap is arranged between the N electrode 24N and the D electrode 24D at the left-right center position between the left-right center of the "N" mark 18N and the left-right center of the "D" mark 18D. The ND protrusion 30ND of the plate 18 is arranged to the right of the N position 20N of the plate 18, and the ND protrusion 30ND is not arranged at the position of the N electrode 24N. In addition, the left-right dimension of the N position 20N and the N electrode 24N is the same as the left-right dimension of the P position 20P and the P electrode 24P.

Here, this embodiment can achieve the same effects and advantages as the first embodiment.

In particular, a gap between the P electrode 24P and the electrode 24R is disposed in the center position in the left-right direction between the "P" display 18P and the "R" display 18R (between the left-right center of the "P" display 18P and the left-right center of the "R" display 18R). Therefore, when the occupant's finger F touches the left-right center between the "P" display 18P and the "R" display 18R on the panel 16, the P position 20P and the R position 20 are prevented from being selected.

Furthermore, a PR protrusion 30PR is provided in the center in the left-right direction between the "P" display 18P and the "R" display 18R. This makes it possible to prevent the occupant's fingers F from touching the center in the left-right direction between the "P" display 18P and the "R" display 18R on the panel 16 for a period of time equal to or longer than the time threshold, further preventing the P position 20P and the R position 20R from being selected.

In addition, a gap is disposed between the R electrode 24R and the N electrode 24N at the center position in the left-right direction between the "R" display 18R and the "N" display 18N (between the center of the "R" display 18R in the left-right direction and the center of the "N" display 18N in the left-right direction). Therefore, when the occupant's finger F touches the center of the left-right direction between the "R" display 18R and the "N" display 18N on the panel 16, the R position 20 and the N position 20N can be prevented from being selected.

Furthermore, an RN protrusion 30RN is provided in the left-right center between the "R" display 18R and the "N" display 18N. This makes it possible to prevent the occupant's fingers F from touching the left-right center between the "R" display 18R and the "N" display 18N on the panel 16 for a period of time equal to or longer than the time threshold, further preventing the R position 20R and the N position 20N from being selected.

In addition, a gap is disposed between the N electrode 24N and the D electrode 24D at the center position in the left-right direction between the "N" display 18N and the "D" display 18D (between the center of the "N" display 18N in the left-right direction and the center of the "D" display 18D in the left-right direction). Therefore, when the occupant's finger F touches the center of the left-right direction between the "N" display 18N and the "D" display 18D on the panel 16, the N position 20N and the R position 20R can be prevented from being selected.

Furthermore, an ND protrusion 30ND is provided in the left-right center between the "N" display 18N and the "D" display 18D. This makes it possible to prevent the occupant's fingers F from touching the left-right center between the "N" display 18N and the "D" display 18D on the panel 16 for a period of time equal to or longer than the time threshold, further preventing the N position 20N and the D position 20D from being selected.

In the second and third embodiments, the PR convex portion 30PR, the RN convex portion 30RN, and the ND convex portion 30ND (boundary portion) are convex. However, the boundary portion may be concave, or the boundary portion may be displayed.

Furthermore, in the second and third embodiments described above, the PR convex portion 30PR, the RN convex portion 30RN, and the ND convex portion 30ND are arranged at equal intervals. However, the PR convex portion 30PR, the RN convex portion 30RN, and the ND convex portion 30ND do not have to be arranged at equal intervals.

In addition, in the first to third embodiments, the "P" display 18P, the "R" display 18R, the "N" display 18N, and the "D" display 18D are arranged at equal intervals. However, the "P" display 18P, the "R" display 18R, the "N" display 18N, and the "D" display 18D do not have to be arranged at equal intervals.

Furthermore, in the first to third embodiments, the "P" display 18P, the "R" display 18R, the "N" display 18N, and the "D" display 18D (including the P position 20P, the R position 20R, the N position 20N, and the D position 20D, and the P electrode 24P, the R electrode 24R, the N electrode 24N, and the D electrode 24D) are arranged in the left-right direction. However, the "P" display 18P, the "R" display 18R, the "N" display 18N, and the "D" display 18D (including the P position 20P, the R position 20R, the N position 20N, and the D position 20D, and the P electrode 24P, the R electrode 24R, the N electrode 24N, and the D electrode 24D) may be arranged in a direction other than the left-right direction (for example, the up-down direction).

In addition, in the first to third embodiments described above, the shift devices 10, 50, and 70 are installed in the instrument panel. However, the shift devices 10, 50, and 70 may also be installed in other parts of the vehicle (such as the console or column cover).

10...shift device, 18P..."P" display (first shift display), 18R..."R" display (second shift display), 18N..."N" display (first shift display), 18D..."D" display (second shift display), 20P...P position (first shift position), 20R...R position (second shift position), 20N...N position (first shift position), 20D...D position (second shift position), 24P...P electrode (first detection part), 24R...R electrode (second detection part), 24N...N electrode (first detection part), 24D...D electrode (second detection part), 30PR...PR convex part (boundary part), 30RN...RN convex part (boundary part), 30ND...ND convex part (boundary part), 50...shift device, 70...shift device

Claims (6)

a first shift position where a first shift indicator is provided;
a first detector that detects contact with the first shift position to select the first shift position;
a second shift position where a second shift indicator is provided;
a second detection unit that is disposed with a gap between itself and the first detection unit on the second shift display side from a center between the first shift display and the second shift display, and that detects contact with the second shift position to select the second shift position;
A shift device comprising: The shift device according to claim 1, wherein the first detector is disposed at a central position between the first shift indicator and the second shift indicator. The shift device according to claim 1, wherein the first shift position is a shift position in which the vehicle is not driven, and the second shift position is a shift position in which the vehicle is driven. The shift device of claim 1, wherein a boundary is provided between the first shift display and the second shift display. The shift device according to claim 4, wherein the first detector is disposed at the boundary. The shift device according to claim 4, wherein a gap between the first detection unit and the second detection unit is disposed at the boundary portion.