JP5872263B2 - Handle switch device - Google Patents

Description

  The present invention relates to a handle switch device including a switch case fixed in the vicinity of a grip for gripping a handle bar of a riding means such as a motorcycle, and an operation switch capable of operating various electrical components mounted on the riding means. is there.

  Generally, a grip handle is attached to the left and right ends of a handlebar of a motorcycle, and a handle switch device is fixed in the vicinity of the grip grip. Such a handle switch device includes a switch case fixed in the vicinity of a grip for gripping a handlebar, and an operation switch capable of operating various electrical components mounted on the motorcycle. For example, on the left end side of the handlebar The fixed switch case is provided with a dimmer switch for switching the light of the motorcycle to a high beam or a low beam, a turn signal switch for blinking the blinker, and a horn switch for sounding the horn.

  In a conventional handle switch device, an electric system of various electric appliances (lights, horns, etc.) when a movable terminal formed on a switch knob contacts or separates from a fixed terminal fixed in a switch case via a substrate. Switching is performed by connecting or disconnecting (see, for example, Patent Document 1). In general, the dimmer switch and the turn signal switch are configured as a swing type switch that switches by swinging the knob, and the horn switch is configured as a push button type switch that switches by pressing the knob.

JP 2003-331675 A

  However, in the conventional handle switch device described above, since the operation switch can be switched by a mechanical operation (pressing operation, sliding or swinging operation, etc.), a relatively large operation is required during the operation. However, there is a problem that it is difficult to perform the operation smoothly. In addition, since the conventional handle switch device requires a plurality of components for each operation switch, there is a problem that the number of components increases and the configuration becomes complicated.

  The present invention has been made in view of such circumstances, and it is an object of the present invention to provide a handle switch device that can improve operability and can reduce the number of components and simplify the configuration.

The invention according to claim 1 is a switch case fixed in the vicinity of the grip for gripping the handle bar of the boarding means, and an operation switch formed on the switch case and capable of operating various electrical components mounted on the boarding means. in the handle switch device provided with the said operating switch, Ri formed from the touch sensor to generate a predetermined electric signal by detecting that the operator touches the driven element, the operator's finger with respect to the driven element It is possible to detect sliding in a predetermined direction, and it is possible to operate electrical components in accordance with the sliding direction, and the switch case is arranged around the contacted part of the touch sensor. A concave portion that follows the shape is formed .

  According to a second aspect of the present invention, in the handle switch device according to the first aspect, the touch sensor and the predetermined electric circuit are formed in a predetermined portion while being disposed in the switch case and having flexibility. A flexible substrate is provided.

  According to a third aspect of the present invention, in the handle switch device according to the first or second aspect, the touch sensor includes a capacitive sensor, and a shielding member is provided between the touch sensor and the handle bar. It is characterized by comprising.

According to the first aspect of the present invention, the operation switch includes a touch sensor that detects that the operator has touched the contacted portion and generates a predetermined electrical signal. The number of points can be reduced and the configuration can be simplified.
In addition, the touch sensor can detect the sliding of the operator's finger in a predetermined direction with respect to the contacted portion, and the electrical component can be operated in accordance with the sliding direction. Can be made possible.
Furthermore, the switch case has a concave portion that follows the shape of the operator's finger around the contacted portion of the touch sensor, so that the operator's finger can be guided to the contacted portion and erroneous operation can be performed more reliably. Can be prevented.

  According to the second aspect of the present invention, the touch sensor includes the flexible substrate that is disposed in the switch case and has flexibility and has a touch sensor and a predetermined electric circuit formed at a predetermined portion. It can arrange | position in a desired position and can improve the freedom degree of the layout of the to-be-contacted part in a switch case.

  According to the invention of claim 3, the touch sensor is composed of a capacitance type sensor and includes a shielding member between the touch sensor and the handle bar. It is possible to reliably prevent this.

The front view which shows the handle switch apparatus which concerns on the 1st reference example of this invention A perspective view showing the handle switch device Exploded perspective view showing the handle switch device The perspective view which shows the handle switch apparatus which concerns on the 2nd reference example of this invention. Schematic showing the contacted part of the handle switch device Schematic showing another contacted part of the handle switch device 3-view drawing showing a handle switch device according to implementation embodiments of the present invention VIII-VIII line sectional view in FIG. A perspective view showing the handle switch device The front view which shows the handle | steering-wheel switch apparatus which concerns on the 3rd reference example of this invention. A three-side view showing a handle switch device according to a fourth reference example of the present invention A three-side view showing a handle switch device according to a fifth reference example of the present invention A three-side view showing a handle switch device according to a sixth reference example of the present invention A three-side view showing a handle switch device according to a seventh reference example of the present invention A perspective view showing the handle switch device The front view and bottom view which show the handle switch apparatus concerning the 8th reference example of this invention A perspective view showing the handle switch device The front view and bottom view which show the handle switch apparatus concerning the 9th reference example of this invention A perspective view showing the handle switch device The block diagram which shows the connection relation of the touch sensor and vibration provision means in the handle switch apparatus which concerns on the 10th reference example of this invention. The block diagram which shows the connection relation of the touch sensor and determination means in the handle | steering-wheel switch apparatus which concerns on the 11th reference example of this invention.

Hereinafter, embodiments and reference examples of the present invention will be specifically described with reference to the drawings.
A handle switch device 1 according to a first reference example is fixed in the vicinity of a grip G of a steering handle bar H for a motorcycle. As shown in FIGS. Operation switches (contacted parts 3 to 9 and touch sensors 10a to 10g) are provided. In the present reference example and a series of reference examples and embodiments described later, both are fixed to the left end of the handle bar H, but the handle switch device is fixed to the right end of the handle bar H. You may apply to.

  The switch case 2 constitutes the housing of the handle switch device 1, and is configured by assembling the first switch case portion 2a and the second switch case portion 2b as shown in FIG. 3, and the assembled state. Therefore, a housing space can be formed inside. Note that a clamping member 12 can be attached to the back surface of the second switch case portion 2b with a screw or the like, and a screw or the like while holding the handlebar H between the clamping member 12 and the second switch case portion 2b. The handle switch device 1 can be fixed to the handle bar H by tightening with.

  In the first switch case portion 2a, contacted portions 3 to 9 constituting the operation switch of the present invention are formed. The contacted parts 3 and 4 are dimmer switches for switching the front lamp as an electrical component mounted on the motorcycle between front irradiation and downward irradiation, and the contacted parts 5 to 7 are turns for operating the winker as the electrical component mounted on the motorcycle. The signal switch, the contacted part 8 operates a parking light (flashes both the left and right blinkers simultaneously), and the contacted part 9 constitutes a horn switch that operates a horn as an electrical component mounted on the motorcycle. Yes.

  A flexible substrate 10 and a shielding member 11 are accommodated in an accommodation space (inside the switch case 2) formed by assembling the first switch case portion 2a and the second switch case portion 2b. The flexible substrate 10 is composed of a substrate having touch sensors 10a to 10g and predetermined electric circuits formed at predetermined portions while having flexibility, and can be connected to the connector 13 to transmit an electric signal to the vehicle side. Has been. With this flexible substrate 10, the touch sensors 10 a to 10 g can be disposed at desired positions, and the degree of freedom in layout of the contacted portions 3 to 9 in the switch case 2 can be improved.

The touch sensors 10a to 10g are formed according to the positions of the contacted parts 3 to 9, detect that the operator has touched the contacted parts 3 to 9, and generate a predetermined electrical signal. The signal can be transmitted to the vehicle side. These touch sensors 10a to 10g and the contacted parts 3 to 9 corresponding to the touch sensors 10a to 10g constitute an operation switch according to this reference example .

  For example, when the operator's finger touches the contacted part 3, the touch sensor 10 a reacts and transmits an electric signal to irradiate the headlamp forward, and when the touched part 4 is touched, the touch sensor 10 b reacts. Then, the headlamp can be switched to downward irradiation by transmitting an electric signal. In addition, when the operator's finger touches the contacted part 6, the touch sensor 10 d reacts and transmits an electrical signal to blink the left blinker, and when the touched part 7 is touched, the touch sensor 10 e reacts and the electrical The right blinker can be blinked by transmitting a signal.

When either the left or right blinker is blinking, touching the contacted portion 5 causes the touch sensor 10c to react and transmit an electrical signal, thereby stopping and canceling blinking of the blinker. The contacted parts 5 to 7 are arranged in a line in the width direction (left and right direction) with respect to the switch case 1 and can maintain the same operability as a conventional general-purpose turn signal switch. ing. In addition, the convex part 5a is formed in the approximate center part of the to-be-contacted part 5 which concerns on this reference example , and the to-be-contacted part 5 can be recognized now by the touch of the said convex part 5a.

  Further, when the operator's finger touches the contacted part 8, the touch sensor 10 f reacts and transmits an electrical signal, thereby allowing the parking light to blink. When the operator's finger touches the contacted part 9, the touch sensor 10 g reacts. The horn can be sounded by transmitting an electric signal. That is, each of the contacted parts 3 to 9 and the touch sensors 10a to 10g are configured in a one-to-one correspondence, and the touch sensors 10a to 10g react when the arbitrary touched parts 3 to 9 are touched. Thus, a desired operation can be performed.

On the other hand, the touch sensors 10a to 10g according to the present reference example are configured by capacitive sensors. This electrostatic capacity type touch sensor can detect that the operator has touched by detecting a change in electrostatic capacity between the fingertip and the conductive film. The shielding member 11 is formed by molding a rubber material into a sheet shape, and is interposed between the flexible substrate 10 and the second switch case portion 2b. When the shielding member 11 is interposed between the touch sensors 10a to 10g and the handle bar H, it is possible to reliably prevent the touch sensor from erroneously reacting due to the influence of the metal handle bar H. . In addition, as long as the shielding member 11 shields the influence of the metal handle bar H, it may be made of other materials.

Here, in the handle switch device 1 according to the present reference example , the switch case 2 includes a plurality of contacted portions 3 to 9 of the touch sensor and an adjacent contacted portion (in this reference example , a contacted portion). Ribs a to c are formed between the part 3 and the contacted part 4, between the contacted part 4 and the contacted part 6, and between the contacted part 6 and the contacted part 9). The ribs a to c are formed of a convex portion integrally formed on the surface of the switch case 2, and when an operation is performed by touching an arbitrary contacted portion, an unintended adjacent contacted portion is formed. It avoids touching. These ribs a to c can reliably prevent erroneous operations.

According to the reference example described above, the operation switch includes the touch sensors 10a to 10g that generate a predetermined electrical signal by detecting that the operator touches the contacted portions 3 to 9, and thus the operation switch has a large operation during the operation. The operability can be improved without being required, and the number of parts can be reduced and the configuration can be simplified. In addition, in this embodiment and the following reference examples (second to 11th reference examples ) , in the embodiment , in addition to the capacitive touch sensor, for example, a resistive film type, surface acoustic wave type, infrared type touch, etc. It may be a sensor or a touch sensor comprising a matrix switch.

Next, a second reference example will be described.
As in the first reference example , the handle switch device 14 according to the second reference example is fixed in the vicinity of the gripping grip G of the steering handlebar H for a motorcycle, as shown in FIGS. The switch case 15 and a plurality of operation switches (contacted portion 16 and touch sensor not shown) are provided. In addition, since the other component in the handle switch apparatus 14 which concerns on this reference example is the same as that of a 1st reference example , detailed description is abbreviate | omitted.

Here, in this reference example , the contacted part 16 of the touch sensor is formed in a concave shape (see FIG. 5) or a convex shape (see FIG. 6). That is, the contacted portion 16 is recessed and recessed as shown in FIG. 5 with respect to the surface of the switch case 15, or is projected and protruded as shown in FIG. Thus, since the contacted part 16 of the touch sensor according to this reference example is formed in a concave shape or a convex shape, it can be operated based on the concave or convex feel, and the operability is further improved. In addition, the operation during driving can be performed more safely and easily.

Next, a description will engage Ru implementation form the present invention.
The handle switch device 17 according to the present embodiment is fixed in the vicinity of the grip G of the handlebar H for steering in a two-wheeled vehicle as in the previous reference example . As shown in FIGS. 18 and a plurality of operation switches (contacted parts A to D and a touch sensor (not shown)). In addition, since the other component in the handle switch apparatus 17 which concerns on this embodiment is the same as that of the previous reference example , detailed description is abbreviate | omitted.

  Here, as for switch case 18 concerning this embodiment, crevices 18a-18d which followed the shape of an operator's finger are formed around contacted parts AD. Specifically, a recessed portion 18a (see FIG. 8) extending in the left-right direction is formed around the contacted portion A, and recessed portions 18b to 18d are formed around the contacted portions B to D, respectively. Thus, when the finger of the hand holding the grip G for gripping is extended to touch the contacted portions A to D, the operator's finger is guided in the recesses 18a to 18d. Therefore, according to the present embodiment, the operator's finger can be guided to the contact parts A to D, and an erroneous operation can be more reliably prevented.

  In particular, the contacted part A according to the present embodiment is formed to extend in the width direction (left-right direction) with respect to the switch case 18, and a touch sensor corresponding to this extends the finger of the operator with respect to the contacted part A. It is possible to detect sliding in a predetermined direction (left and right direction) (moving in a predetermined direction while maintaining a touched state), and it is possible to operate an electrical component (blinker) according to the sliding direction. In the present embodiment, when the operator's finger is slid leftward, the blinker on the left side of the vehicle blinks, and when the operator's finger is slid rightward, the blinker on the right side of the vehicle can blink. It is configured. In addition, if the substantially center part of the to-be-contacted part A is touched, blinking of a blinker can be stopped and canceled.

  Furthermore, in the present embodiment, the present invention is applied to a turn signal switch that can detect the sliding of an operator's finger in a predetermined direction with respect to the contacted portion A and can operate the winker according to the sliding direction. However, for example, it may be applied to a dimmer switch. In this case, the contacted part is formed so as to extend in the height direction (vertical direction) with respect to the switch case 18, and the corresponding touch sensor is slid in the predetermined direction (vertical direction) of the operator's finger with respect to the contacted part. Motion can be detected, and the headlamp can be operated according to the direction of the sliding. For example, when the operator's finger is slid upward, the headlamp is irradiated forward. In addition, when the operator's finger is slid downward, the headlamp can be irradiated downward.

As described above, the touch sensor can detect the sliding of the operator's finger in a predetermined direction with respect to the contacted portion, and the operation according to the sliding direction can be performed, thereby enabling a more intuitive operation. It can be .

Next, a third reference example will be described.
As in the previous reference example , the handle switch device 19 according to the third reference example is fixed in the vicinity of the grip G of the handlebar H for steering in a motorcycle. As shown in FIG. 20 and a plurality of operation switches (contacted portion 21 and touch sensor (not shown)). In addition, since the other component in the handle switch apparatus 19 which concerns on this reference example is the same as that of the previous reference example , detailed description is abbreviate | omitted.

Here, the contacted portion 21 of the touch sensor according to the present reference example is arranged in an arc shape along the locus of the thumb of the hand holding the grip G for gripping. Specifically, on the gripping grip G side of the switch case 20, a contact portion 21 of a touch sensor that constitutes a dimmer switch, a turn signal switch (one of left and right blinking operation), and a horn switch is disposed. These contacted portions 21 are arranged along an arc shape α (arc-shaped trajectory) formed when the thumb of the hand holding the gripping grip G is extended.

According to the present reference example , the contacted portion 21 of the touch sensor is arranged in an arc shape along the locus of the thumb of the hand holding the grip G for gripping, so that a smooth operation can be performed. The operability can be further improved. In addition, the touched part of the touch sensor constituting the turn signal switch is formed in an arc shape along the locus of the thumb (that is, one touched part is elongated in an arc shape), and an operator for the touched part The finger may be detected to slide in a predetermined direction, and the blinker may be blinked according to the sliding direction.

Next, a fourth reference example will be described.
As in the previous reference example , the handle switch device 22 according to the fourth reference example is fixed in the vicinity of the grip G of the handlebar H for steering in a two-wheeled vehicle. As shown in FIG. 23 and a plurality of operation switches (contacted parts 24a to 24c and a touch sensor (not shown)). In addition, since the other component in the handle switch apparatus 22 which concerns on this reference example is the same as that of the previous reference example , detailed description is abbreviate | omitted.

The contacted parts 24a to 24c of the touch sensor according to this reference example constitute a turn signal switch. For example, when an operator's finger touches the contacted part 24a, the corresponding touch sensor reacts to an electric signal. The blinker on the left side is caused to blink, and when the touched portion 24c is touched, the corresponding touch sensor reacts and transmits an electric signal, thereby blinking the right blinker. Further, when either the left or right blinker is blinking, when the touched portion 24b is touched, the corresponding touch sensor reacts and transmits an electric signal, so that blinking of the blinker can be stopped and canceled. .

Here, the contacted portions 24a to 24c of the touch sensor according to the present reference example are set such that the projecting dimension from the surface of the switch case 23 increases as the distance from the grip G for gripping increases. That is, the contacted portion 24b located farther from the gripping grip G than the contacted portion 24a has a larger projecting dimension, and is farther from the gripping grip G than the contacted portion 24b. The projecting dimension of the contacted part 24c is set larger.

In this reference example , the contacted portion 24d that constitutes the dimmer switch and the contacted portion 24e that constitutes the parking light switch are provided. The contacted portion 24d is located farther from the gripping grip G than the contacted portion 24d. The contact portion 24e is disposed, and the protruding size of the contacted portion 24e is set larger than that of the contacted portion 24d. Thus, according to the present reference example , the touch sensor at a position away from the gripping grip G can be operated more smoothly, and an unintended contacted part at a position close to the gripping grip G can be touched. It is possible to reliably prevent erroneous operation by avoiding such a situation.

Next, a fifth reference example will be described.
As in the previous reference example , the handle switch device 25 according to the fifth reference example is fixed in the vicinity of the grip G of the handlebar H for steering in a two-wheeled vehicle. As shown in FIG. 26 and a plurality of operation switches (contacted portions 27 to 29 and a touch sensor (not shown)). In addition, since the other component in the handle switch apparatus 25 which concerns on this reference example is the same as that of the previous reference example , detailed description is abbreviate | omitted.

The contacted part 27 of the touch sensor according to this reference example constitutes a parking light switch, and the contacted parts 28 and 29 constitute a switch for canceling the turn signal switch and blinking the right blinker. And when it touches the protrusion end surfaces 27a-29a of the to-be-contacted parts 27-29, it is comprised so that the touch sensor corresponding to it may react, an electrical signal may be transmitted, and a predetermined electrical equipment may be operated.

Here, as in the fourth reference example , the contacted portions 27 to 29 according to the present reference example are set so that the projecting dimension from the surface of the switch case 26 increases as the distance from the gripping grip G increases. The projecting end surfaces 27a to 29a are inclined toward the gripping grip G. As a result, the projecting dimension from the surface of the switch case 26 is set larger as the contacted portions 27 to 29 of the touch sensor are further away from the gripping grip G, so that the operation of the touch sensor at a position away from the gripping grip G is performed. Can be performed more smoothly, and an unintentional operation can be reliably prevented by avoiding touching an unintended contacted part at a position close to the gripping grip G, and the contacted parts 27 to 29 can be prevented. Since the projecting end surfaces 27a to 29a are inclined toward the grip G for gripping, it is possible to perform a smooth operation on the contacted portions 27 to 29 and to further improve the operability.

Next, a sixth reference example will be described.
As in the previous reference example , the handle switch device 30 according to the sixth reference example is fixed in the vicinity of the grip G of the handlebar H for steering in a motorcycle. As shown in FIG. 31 and a plurality of operation switches (contacted parts 32 and 33 and a touch sensor (not shown)). In addition, since the other component in the handle switch apparatus 30 which concerns on this reference example is the same as that of the previous reference example , detailed description is abbreviate | omitted.

The contacted part 32 of the touch sensor according to this reference example constitutes a parking light switch, and the contacted part 33 constitutes a turn signal switch. And when it touches the protrusion end surfaces 32a and 33a-33c of the to-be-contacted parts 32 and 33, the touch sensor corresponding to it will respond, an electric signal will be transmitted, and a predetermined | prescribed electrical component can be operated. Among these, the contacted portion 33 is integrally formed with a projecting end surface 33a for lighting the left winker of the turn signal switch, a projecting end surface 33c for lighting the right winker, and a projecting end surface 33b for canceling operation. Projecting from the surface of the switch case 31.

Here, the contacted portions 32 and 33 according to the present reference example are configured such that the protruding end surfaces 32a and 33a to 33c are inclined toward the gripping grip G side. Thereby, since the projecting end surfaces 32a, 33a to 33c of the contacted parts 32, 33 are inclined toward the gripping grip G, the smooth operation on the contacted parts 32, 33 can be performed. The sex can be further improved.

In particular, the contacted portion 33 according to the present reference example includes a protruding end surface 33a for lighting the left winker of the turn signal switch, a protruding end surface 33c for lighting the right winker, and a protruding end surface 33b for canceling operation. Are formed so as to protrude from the surface of the switch case 31 and are inclined toward the grip G for gripping, so that the winker operation can be performed more smoothly and reliably.

Next, a seventh reference example will be described.
As in the previous reference example , the handle switch device 34 according to the seventh reference example is fixed in the vicinity of the grip G for the steering handle bar H for a motorcycle, as shown in FIGS. A switch case 35 and a plurality of operation switches (contacted portion 36 and touch sensor not shown) are provided. In addition, since the other component in the handle switch apparatus 34 which concerns on this reference example is the same as that of the previous reference example , detailed description is abbreviate | omitted.

Here, as shown in the figure, the switch case 35 according to the present reference example has a concavely curved shape from the upper end portion to the lower end portion toward the driver side. That is, while there is a circular arc shape in a direction switch case 2, 15 according to the first and second reference example are modeled on the outer peripheral surface of the handle bar H, the switch case 35 according to the present embodiment, the handle bar The shape of the outer peripheral surface of H is warped on the opposite side.

Thus, according to the present reference example , the switch case 35 has a concavely curved shape toward the driver side from the upper end portion to the lower end portion thereof. The contacted part 36 positioned on the lower end side can be set to a position close to the thumb of the hand holding the grip G for gripping. Therefore, a smooth operation on the contacted part 36 can be performed, and the operability can be further improved.

Next, an eighth reference example will be described.
As in the previous reference example , the handle switch device 37 according to the eighth reference example is fixed in the vicinity of the grip G of the handlebar H for steering in a motorcycle, and as shown in FIGS. A switch case S and a touch panel P on which a contacted portion is displayed on a screen are provided. The touch panel P refers to an electronic component that combines a display device such as a liquid crystal panel and a position input device such as a touch pad, and generates a predetermined electrical signal by touching a display on the screen to perform a predetermined operation. Can be performed.

Here, the touch panel P according to the present reference example includes a liquid crystal panel that can display the contacted part on the screen, and when the operator touches the desired contacted part displayed, the electric power corresponding to the contacted part is displayed. A signal is generated so that the electrical components can be operated. As described above, according to this reference example , the touch sensor includes the touch panel P in which the contacted portion is displayed on the screen, so that the degree of freedom in layout of the contacted portion can be improved and the touch screen can be displayed on the screen. In addition to displaying the contacted part, arbitrary display can be performed. Note that a desired cover can be put on the touch panel P. For example, a cover such as a color or shape according to the user's preference can be selectively put on the touch panel 37.

Next, a ninth reference example will be described.
As in the previous reference example , the handle switch device 38 according to the ninth reference example is fixed in the vicinity of the gripping grip G of the steering handlebar H for a motorcycle, as shown in FIGS. A switch case 39 and a plurality of operation switches (contacted portion 40 and touch sensor (not shown)) are provided. In addition, since the other component in the handle switch apparatus 38 which concerns on this reference example is the same as that of the 1st- 7th reference example , detailed description is abbreviate | omitted.

Here, the switch case 39 according to this reference example is fixed so as to cover the entire circumference of the handle bar H as shown in the figure, and is composed of a front switch case 39a and a rear switch case 39b. Yes. That is, the switch case 39 is fixed to the handle bar H by matching the front switch case 39a and the rear switch case 39b with the handle bar H interposed therebetween, and tightening with a screw or the like in that state. Yes. According to this reference example , the appearance can be similar to that of a conventional handle switch device.

Next, a tenth reference example will be described.
As in the previous reference example , the handle switch device according to the tenth reference example is fixed in the vicinity of the grip G of the handlebar H for steering in a motorcycle. As shown in FIG. 20, the switch case 41 And a plurality of operation switches (contacted portion 43 and touch sensor 42). Note that the other components in the handle switch device according to the present reference example (similar in appearance and the like of the switch case 41) are the same as those in the first to seventh reference examples, and thus detailed description thereof is omitted.

In this reference example, it is provided with vibration applying means 44 made of vibration or the like that vibrates the contacted part, and the vibration applying means 44 operates on the condition that the contacted part 43 of the touch sensor 42 is touched, The operated contacted portion 43 can be vibrated by the vibration applying means 44 by vibrating the switch case 41. The reference example is configured to vibrate the contacted portion 43 by vibrating the entire switch case 41 by the vibration applying means 44 on condition that the contacted portion 43 of the touch sensor 42 is touched. However, you may comprise so that the to-be-contacted part 43 which the finger touched may vibrate directly the vibration provision means 44. FIG. As described above, according to the present reference example , since the vibration imparting means 44 that vibrates the contacted portion 43 is provided on the condition that the contacted portion 43 of the touch sensor 42 is touched, the operator is operated. This can be confirmed by vibration.

Next, an eleventh reference example will be described.
As in the previous reference example , the handle switch device according to the eleventh reference example is fixed in the vicinity of the gripping grip G of the steering handlebar H for a motorcycle. As shown in FIG. And a plurality of operation switches (contacted portion 47 and touch sensor 46). Note that other components in the handle switch device according to the present reference example (the appearance of the switch case 45 is the same) are the same as those in the first to seventh reference examples, and thus detailed description thereof is omitted.

In the present reference example , the contacted portion 47 of the touch sensor 46 can be operated (for example, displaced in the operation direction) by an operation, and detection of touching the contacted portion 47 and detection of the operation are performed. A determination means 48 capable of determining whether or not both are present is provided. Then, the determination means 48 determines that both the detection of touching the contacted portion 47 and the detection of the operation corresponding to the operation on the contact portion 47 are present, and a predetermined electric power is provided on the condition that both are detected. A signal (a signal corresponding to an operation on the contacted portion 47) is generated. As described above, according to this reference example , the contacted portion 47 of the touch sensor 46 can be operated by an operation, and there is both detection of touching the contacted portion 47 and detection of the operation. Since a predetermined electric signal is generated on the condition, it is possible to suppress the generation of an electric signal based on an unintended operation.

According to the embodiment and the first to eleventh reference examples , since the operation switch includes the touch sensor that detects that the operator has touched the contacted portion and generates a predetermined electrical signal, A large operation is not required and the operability can be improved, and the number of parts can be reduced and the configuration can be simplified. Further, the handle switch device can be miniaturized by using an operation switch including a touch sensor instead of the operation switch having a mechanical structure.

  Furthermore, according to the handle switch device according to the present embodiment, it is possible to improve waterproofness and dust resistance as compared with a handle switch device having a conventional general-purpose mechanical structure operation switch. It is possible to suppress an increase in the number of parts in order to improve the dustproof property. In other words, in a conventional handle switch device equipped with a general-purpose mechanical structure operation switch, it is sufficient to provide waterproof and dust-proofing to the mating surface of the switch case and the connection part of the wiring, which affects operability. It is easy to add sealing means such as waterproof packing.

  Although the present embodiment has been described above, the present invention is not limited thereto. For example, an operation switch including a touch sensor on the back side (the surface facing the traveling direction of the vehicle), the upper and lower surfaces, or the side surfaces of the switch case. May be formed. Moreover, the shape of a to-be-contacted part can be made arbitrary and can be set as the shape and display according to operation content. In addition, in this embodiment, although applied to a two-wheeled vehicle, it is applicable to other boarding means (including not only a vehicle but also a small ship, a snowmobile, etc.) provided with a handlebar.

Operation switches, and can detect a predetermined direction of sliding of the finger of the operator for the operator detects that the touched Ri formed from the touch sensor to generate a predetermined electrical signal, the driven element to the driven element The switch case can be operated according to the sliding direction, and the switch case has a handle switch in which a concave portion is formed around the contacted portion of the touch sensor in accordance with the shape of the operator's finger. If it is an apparatus, it can apply to the thing from which an external shape differs, or the thing to which the other function was added.

DESCRIPTION OF SYMBOLS 1 Handle switch apparatus 2 Switch case 3-9 Contacted part 10 Flexible board 10a-10g Touch sensor 11 Shielding member 12 Holding member 13 Connector 14 Handle switch apparatus 15 Switch case 16 Contacted part 17 Handle switch apparatus 18 Switch case 19 Handle switch Device 20 Switch case 21 Contacted portion 22 Handle switch device 23 Switch cases 24a-24c Contacted portion 25 Handle switch device 26 Switch cases 27-29 Contacted portion 30 Handle switch device 31 Switch cases 32, 33 Contacted portion 34 Handle switch Device 35 Switch case 36 Contacted portion 37 Handle switch device 38 Handle switch device 39 Switch case 40 Contacted portion 41 Switch case 42 Touch sensor 43 Touched Part 44 vibrating means 45 switch case 46 touch sensor 47 contacted element 48 judging unit P touch panel S switch case

Claims (3)

A switch case fixed near the grip for grip of the handle bar of the boarding means;
An operation switch formed on the switch case and capable of operating various electrical components mounted on the boarding means;
In the handle switch device comprising:
The operation switch, can detect a predetermined direction of sliding of the finger of the operator for the operator detects that the touched Ri formed from the touch sensor to generate a predetermined electrical signal, the driven element to the driven element The switch case can be operated according to the sliding direction, and the switch case is formed with a concave portion that follows the shape of the operator's finger around the contacted portion of the touch sensor. A handle switch device characterized by that.   2. The handle switch according to claim 1, further comprising a flexible board which is disposed in the switch case and has flexibility and has the touch sensor and a predetermined electric circuit formed in a predetermined portion. apparatus.   The handle switch device according to claim 1, wherein the touch sensor includes a capacitive sensor, and includes a shielding member between the touch sensor and the handle bar.

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