KR102007168B1 - Switch apparatus for an automobile - Google Patents

Abstract

The present invention is to provide a switch device for a vehicle capable of reducing the size of the main body as a drainage structure is formed to penetrate a PCB. To this end, the switch device for a vehicle comprises: a main body in which a first installation rib forming an input unit insertion groove inside protrudes from the upper surface and the lower surface is opened; a switch signal input unit of which the lower part is inserted into the input unit insertion groove and which is installed in the main body; a cover body covering the opened lower surface of the main body and coupled with the main body; and a main PCB coupled with the upper surface of the cover body, arranged in the main body and receiving a switch signal from the switch signal input unit. In the main body, a first drainage rib forming a first drainage hole extended from the bottom surface of the input unit insertion groove to the lower side on the inner side protrudes to the lower side. In the main PCB, a penetration hole which the first drainage rib penetrates is formed. In the cover body, a second drainage rib forming a second drainage hole where the first drainage rib is inserted on the inner side protrudes to the upper side.

Description

Switch device of car {SWITCH APPARATUS FOR AN AUTOMOBILE}

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a switch device for an automobile, and more particularly to a switch device for an automobile in which a drainage structure is formed.

In general, various switch devices are installed in an interior of a vehicle, and the types of switches are variously classified according to the operation method of a knob provided in a switch signal input unit. And a push switch device for generating a different switch signal according to the present invention, and the knob being rotated in one direction about a rotation center of which the knob is disposed horizontally to generate a first switch signal, and being rotated in another direction to generate a second switch signal. Typical examples are a switch device and a rotary switch device in which the knob is rotated about a rotation axis to generate different switch signals according to the rotation angle of the knob.

The rotary switch device may be classified into a dial switch device, a joystick switch device, a scroll switch device, and the like according to the shape of the knob.

In addition, although the above-described switch devices have been a mechanical input method in which a user applies a predetermined force to a switch method, a recent development of a touch type switch device operated according to a user's touch input has been actively developed. .

The touch switch device includes a capacitive touch pad configured to be touched by a user with a finger, and the capacitive touch pad is touched by the user to input a touch signal.

On the other hand, the switch devices are a PCB (printed circuit board) that is a portion that is directly manipulated by a user's finger, a body main body on which the knob is installed, and a switch signal installed in the body main body to generate a switch signal according to the operation of the knob. ).

However, when moisture is introduced into the body main body, the PCB, which is a electrical component, may cause malfunction and failure by the introduced moisture.

Accordingly, the switch devices have a drainage structure such that moisture introduced into the body main body is discharged into the body main body without passing through the PCB. However, in the conventional drainage structure, drainage holes and inclined ribs are formed in the body main body so that water introduced into the body main body is drained outward from the circumference of the PCB, thereby increasing the size of the body main body. there was.

In particular, when a plurality of switch devices are integrally installed in one body main body, space limitation for installing the plurality of switch devices is received in the body main body, so that the space for securing the drainage structure is insufficient. There was also.

It is an object of the present invention to provide a switch device of an automobile in which a drainage structure is formed to penetrate a PCB, so that the size of the body body can be reduced.

Another problem to be solved by the present invention is to provide a switch device of an automobile in which the touch switch device is installed inside the dial switch device, which can be reduced in size.

The objects of the present invention are not limited to the above-mentioned objects, and other objects that are not mentioned will be clearly understood by those skilled in the art from the following description.

In order to achieve the above object, the switch device of the vehicle according to the present invention, the first installation ribs for forming the input portion insertion grooves on the inside protruding on the upper surface, the lower body is opened, the lower portion in the input portion insertion groove A switch signal input unit inserted into and installed in the body main body, a cover main body covering the opened lower surface of the body main body, coupled to the body main body, coupled to an upper surface of the cover main body, and disposed in the body main body; A main PCB receiving a switch signal from a switch signal input unit, the body main body having a first drainage rib protruding downward from the bottom of the input part insertion groove to form a first drainage hole therein; The main PCB has a through hole through which the first drain rib penetrates, and the first drain rib is formed in the cover body. A second drainage rib is formed to protrude upward, forming a second drainage hole inserted therein.

The second drain rib may support a lower surface of the main PCB.

The switch signal input unit includes a touch switch device having a capacitive touch pad to which a user's touch signal is input, and a dial switch having an annular wheel knob which is rotated in a circumferential direction by a user around the outer circumference of the capacitive touch pad. It may include a device.

The dial switch device includes an annular inner wheel, an annular outer wheel surrounding the outer circumference of the inner wheel, the wheel knob coupled to an upper portion thereof, and the outer wheel rotatably coupled to the inner wheel in a circumferential direction. It may further include a bearing, an annular wheel base disposed in the lower side of the inner wheel and the outer wheel is installed in the input portion insertion groove, the inner wheel is installed.

And a magnet installed on the lower portion of the outer wheel, a hall sensor installed on the body main body to detect the magnet when the wheel knob is rotated, and a hall sensor cover coupled to the body main body to cover the hall sensor. can do.

The touch switch device may include a PCB adhered to a lower surface of the capacitive touch pad, an upper and lower surfaces of the PCB, and a case in which the PCB is inserted and accommodated through the opened upper surface, and an open lower surface of the case. A cover coupled to the case and having an actuator vibrated during operation; and a cover disposed below the cover and installed in the input part insertion groove, the cover being coupled to be shaken by the vibration, and the dial switch. The base may further include a base formed with a rotation axis disposed in the horizontal direction radially outward than the device.

The upper surface of the body body is further formed with a second mounting rib surrounding the first mounting rib and forming a ring insertion groove between the first mounting rib, the lower portion is inserted into the ring insertion groove, the upper portion of the ring insertion It may further include a mood ring which protrudes from the groove and surrounds the switch signal input unit and emits light by light generated by a light source included in the main PCB.

And a mood ring cover surrounding the outer circumference of the second installation rib and the outer ring of the mood ring protruding from the ring insertion groove, and coupled to the body main body. Can be placed high.

Specific details of other embodiments are included in the detailed description and drawings.

In the switch device of an automobile according to the present invention, a first drain rib is formed in the body body, a through hole is formed in the main PCB, and a second drain rib is formed in the cover body. The first drain rib penetrates the through hole and is inserted into the second drain rib. The first drain rib forms a first drain hole extending downward from a bottom surface of the input part insertion groove, and the second drain rib forms a second drain hole in which the first drain rib is inserted. Therefore, when water is introduced into the input unit insertion groove through the switch signal input unit, the introduced water is discharged to the lower side of the cover body through the first drain hole and the second drain hole, so that the main body of the body There is no need to provide a drainage structure outside the periphery of the PCB, thereby reducing the size of the body body.

The switch signal input unit may include a touch switch device and a dial switch device, and the wheel knobs of the dial switch device may be formed in an annular shape to surround the outer circumference of the capacitive touch pad of the touch switch device. Therefore, since the touch switch device is installed inside the dial switch device, the space for installing the touch switch device and the dial switch device in the body main body can be reduced, thereby reducing the size of the body main body. There is an effect that can be reduced.

The effects of the present invention are not limited to the above mentioned effects, and other effects not mentioned will be clearly understood by those skilled in the art from the description of the claims.

1 is a view showing a switch device of a vehicle according to an embodiment of the present invention.
FIG. 2 is a side cross-sectional view of a portion in which a touch switch device and a dial switch device are installed, except for the case body in FIG. 1;
3 is an exploded perspective view illustrating a capacitive touch pad, a wheel knob, an outer wheel, and a wheel base shown in FIG. 2;
4 is an exploded perspective view illustrating a body main body, a main PCB, and a cover main body shown in FIG. 2.

Advantages and features of the present invention, and methods for achieving them will be apparent with reference to the embodiments described below in detail in conjunction with the accompanying drawings. However, the present invention is not limited to the embodiments disclosed below, but may be implemented in various forms. It is provided to fully convey the scope of the invention to those skilled in the art, and the present invention is defined only by the scope of the claims. Like reference numerals refer to like elements throughout.

Hereinafter, a switch device of an automobile according to an embodiment of the present invention will be described with reference to the drawings.

1 is a view showing a switch device of a vehicle according to an embodiment of the present invention, Figure 2 is a side cross-sectional view of a portion in which a touch switch device and a dial switch device is installed, except for the case body in Figure 1, Figure 3 is FIG. 4 is an exploded perspective view illustrating a capacitive touch pad, a wheel knob, an outer wheel, and a wheel base, and FIG. 4 is an exploded perspective view illustrating the body body, the main PCB, and the cover body shown in FIG. 2.

1 to 4, a switch device of an automobile according to the present invention includes a body main body 100, a cover main body 200, a case main body 300, a touch type switch device 400, and a dial. And a switch device 500, a scroll switch device 600, and a push switch device 700.

The body main body 100, the cover main body 200, and the case main body 300 are each formed in a quadrangular shape.

The lower surface of the body main body 100 is opened, and the cover main body 200 is inserted into the lower surface of the body main body 100 to be coupled to the body main body 100. When the cover main body 200 is inserted into the opened lower surface of the body main body 100, the opened lower surface of the body main body 100 may be covered by the cover main body 200.

After the main PCB (Printed Circuit Board) 800 is coupled to the top surface of the cover body 200, the cover body 200 may be inserted into the opened bottom surface of the body body 100. Accordingly, when the cover body 200 is inserted into the opened lower surface of the body body 100, the main PCB 800 may be disposed in the body body 100. The main PCB 800 may receive a switch signal from the touch switch device 400, the dial switch device 500, the scroll switch device 600, and the push switch device 700.

The touch switch device 400, the dial switch device 500, the scroll switch device 600, and the push switch device 700 are respectively installed on the body main body 100.

The touch type switch device 400 may have a capacitive touch pad 410 that is touched by a user and pressed upward and downward.

The dial switch device 500 may have an annular wheel knob 530 that is rotatable about an imaginary rotation axis disposed in a vertical direction. Since the wheel knob 530 is formed in an annular shape, the capacitive touch pad 410 is disposed inside the wheel knob 530, so that the switch device of the vehicle according to the embodiment of the present invention is the inside of the dial switch device 500. The touch switch device 400 may be installed in the space to reduce the size. The wheel knob 530 is disposed to surround the outer circumference of the corrective touch pad 410 and may be rotated in a circumferential direction by a user's manipulation.

The scroll switch device 600 may have a scroll switch knob 620 that can rotate the rotation axis 627A arranged in the horizontal direction at the center of rotation.

The scroll switch device 600 may be installed in plural in the body main body 100. In the present embodiment, two scroll switch devices 600 may be installed in the body main body 100.

The push switch device 700 may have a push button 710 pressed up and down by a user. The push switch device 700 may include a plurality of push buttons 710 and a plurality of button holders 720 to which the plurality of push buttons 710 are coupled, respectively. In the present embodiment, three push buttons 710 may be provided, and three button holders 720 may be provided so that one push button 710 may be installed per one button holder 720. The push button 710 may be coupled to the button holder 720 by inserting a lower portion into the button holder 720 from the upper side of the button holder 720.

The button holder 720 may be inserted into the installation portion protruding upward on the upper surface of the body main body 100 and installed to be movable upward and downward. When the upper surface of the push button 710 is pressed downward by the user, The button holder 720 may move downward to contact a switch provided in the main PCB 800, and when the switch is in contact, the main PCB 800 may generate a switch signal. Since the push switch device 700 included in the switch device of the vehicle according to the embodiment of the present invention is already disclosed, a detailed description thereof will be omitted.

The case body 300 may cover the upper side of the body body 100 and be coupled to the body body 100. An upper portion of the case body 300 includes a hole 310 exposing the wheel knob 530 and the capacitive touch pad 410, a hole 320 exposing the scroll switch knob 620, and a push button 710. A hole 330 exposing the gap may be formed.

The surface of the case body 300 may be formed of a metal material. In this embodiment, the metal material is formed of chromium. That is, the surface of the case body 300 may be plated with chromium and have a color of approximately silver. The surface of the wheel knob 530 may be formed of the same metal material as the surface of the case body 300. That is, the surface of the wheel knob 530 is plated with chromium, and may have an approximately silvery color. The surface of the scroll switch knob 620 may be formed of the same metal material as that of the case body 300. That is, the surface of the scroll switch knob 620 may be plated with chromium, so that the silver may have a color.

On the other hand, the body main body 100 has a drainage structure is formed in the portion where the touch switch device 400 and the dial switch device 500 is installed. The drainage structure will be described below. However, the touch type switch device 400 and the dial switch device 500 do not necessarily need to be installed in the upper surface of the body main body 100 where the touch type switch device 400 and the dial switch device 500 are installed. Since the drainage structure can be applied even if other switch devices are installed, the touch type switch device 400 and the dial switch device 500 are referred to as switch signal input units 400 and 500, and a switch among the upper surfaces of the body main body 100. A portion into which the lower portion of the signal input unit 400 and 500 is inserted will be described as an input unit insertion groove 130.

The first mounting ribs 110 and the second mounting ribs 120 protrude upward from the upper surface of the body main body 100, respectively. The first installation ribs 110 and the second installation ribs 120 may each be formed in an annular shape, and at least one side thereof may be opened. The second installation ribs 120 may have a larger diameter than the first installation ribs 110 and surround the circumference of the first installation ribs 110.

The first installation rib 110 forms an input part insertion groove 130 therein. The switch signal input parts 400 and 500 are inserted into the input part insertion groove 130 and are installed in the body main body 100. The switch signal input units 400 and 500 are manipulated by a user to input a switch signal. The main PCB 800 may receive the switch signal from the switch signal input units 400 and 500.

The first drain rib 145 protrudes downward from the body main body 100. The first drain rib 145 forms a first drain hole 140 extending downward from a bottom surface of the input part insertion groove 130. In addition, a through hole 801 through which the first drain rib 145 penetrates is formed in the main PCB 800. In addition, a second drainage rib protrudes upward from the cover body 200. The second drain rib 245 forms a second drain hole 240 into which the first drain rib 145 is inserted. The first drain rib 145, the through hole 801, and the second drain rib 245 are each formed in a quadrangular shape. Moisture introduced into the input insertion groove 130 through the upper sides of the switch signal input parts 400 and 500 may be formed in the first drain hole 140 formed in the bottom surface of the input insertion groove 130 and the cover body 200. 2 may pass through the drain hole 240, and may be discharged to the outside of the cover body 200 through the lower side of the cover body 200. Through this drainage structure, moisture may not penetrate into the main PCB 800.

The second drain rib 245 may support the bottom surface of the main PCB 800. An upper end of the second drain rib 245 may contact the lower surface of the main PCB 800.

The dial switch device 500 may further include an inner wheel 510, an outer wheel 520, a bearing 560, and a wheel base 540.

The inner wheel 510, the outer wheel 520, the bearing 560, and the wheel base 540 may all be formed in an annular shape. Since the wheel knob 530, the inner wheel 510, the outer wheel 520, and the wheel base 540 are all formed in an annular shape, the touch switch device 400 may be disposed inside the dial switch device 500. .

The outer wheel 520 surrounds the outer circumference of the inner wheel 510 and is disposed to rotate in the circumferential direction with respect to the inner wheel 510. The outer wheel 520 may be rotatably coupled to the outer circumference of the inner wheel 510 through the bearing 560 in the circumferential direction. The bearing 560 rotatably couples the outer wheel 520 to the inner wheel 510 in the circumferential direction. As the inner ring of the bearing 560 is coupled to the inner wheel 510, and the outer ring of the bearing 560 is coupled to the outer wheel 520, the bearing 560 circumscribes the outer wheel 520 to the inner wheel 510. It can be rotatably coupled in the direction.

The wheel base 540 may be disposed below the inner wheel 510 and the outer wheel 520. The wheel base 540 may be inserted into the input unit insertion groove 130 and installed in the body main body 100. The inner wheel 510 may be fixed to the wheel base 540 or may be installed to be movable up and down.

The magnet 570 may be installed at the lower portion of the outer wheel 520, and the hall body 160 may be installed at the body body 100 to detect the magnet 570 when the wheel knob 530 rotates. The hall sensor 160 may detect the rotation angle of the wheel knob 530 by detecting the magnet 570 when the wheel knob 530 rotates. The main PCB 800 may generate different switch signals according to the rotation angle of the wheel knob 530. The hall sensor cover 170 covering the hall sensor 160 may be coupled to an upper surface of the body main body 100. The hall sensor cover 170 may cover the hall sensor 160 to prevent moisture from penetrating into the hall sensor 160.

The touch switch device 400 may further include a PCB 420, a case 430, a cover 440, and a base 450.

The PCB 420 may be attached to the bottom surface of the capacitive touch pad 410. The capacitive touch pad 410 may have a top surface concave, and a bottom surface may be flat in the horizontal direction. The capacitive touch pad 410 may include a plurality of grating-shaped sensing cells. By detecting that the user's finger passes through the plurality of sensing cells while touching the top surface of the capacitive touch pad 410, the user's finger can know the moving direction and the touch length, and the user's finger is the capacitive touch pad. The touch signal touching the upper surface of the 410 may be input to the PCB 420.

Upper and lower surfaces of the case 430 may be respectively opened. The PCB 420 may be inserted into the case 430 through the opened upper surface of the case 430 to be accommodated in the case 430. When the PCB 420 is accommodated inside the case 430, the PCB 420 is seated on a protrusion formed on the inner circumferential surface of the case 430, and the capacitive touch pad 410 may face the opened upper surface of the case 430. The cover may be seated on the top of the case 430.

The cover 440 may cover the opened lower surface of the case 430 and be coupled to the case 430. The cover 440 may have an upper portion inserted into the case 430. An actuator 445 may be installed in the cover 440. Actuator 445 may vibrate during operation. The cover 440 may be vibrated together with the actuator 445 by the vibration of the actuator 445. The actuator 445 may be provided to vibrate horizontally, or may be provided to vibrate vertically.

The base 450 may be disposed under the cover 440 to be installed in the input insertion groove 130. The cover 440 may be coupled to the base 450 so as to be shaken by the vibration. Cover 440 is coupled to the base 450 through a leaf spring (not shown), it can be shaken by the vibration.

The rotation shaft 455 may be formed on the base 450. The rotary shaft 455 may be disposed in the horizontal direction on the outer side in the radial direction than the dial switch device 500. When the user presses the upper surface of the capacitive touch pad 410 to the lower side, the base 450 may be rotated about the rotation axis 455 to the center of rotation, and a pusher part (not shown) provided to protrude toward the lower surface of the base 450. By contacting the switch provided in the main PCB 800, the actuator 445 is operated to generate a vibration, the user can feel the feedback by the generated vibration.

The rotating shaft 455 may be formed at the end of the bridge 456 protruding radially to the base 450. The rotating shaft 455 may be formed long in a direction orthogonal to the longitudinal direction of the bridge 456. The rotating shaft 455 may be formed long in the horizontal direction. The bridge 456 may be formed in plural, and in this embodiment, two bridges 456 are formed. The bridge 456 may connect the base 450 and the rotation shaft 455. The wheel base 540 of the dial switch device 500 may have a through hole 549 through which the bridge 456 radially penetrates.

On the other hand, the second installation rib 120 may form a ring insertion groove 150 on the inside. The mood ring 900 may be installed on an upper surface of the body main body 100. The mood ring 900 has a lower portion inserted into a ring insertion groove 150 formed on an upper surface of the body main body 100, and an upper portion thereof protrudes upward of the ring insertion groove 150 to surround the outer circumference of the switch signal input unit 400, 500. It can be cheap. The upper portion of the mood ring 900 may be disposed to surround the outer circumference of the wheel knob 530. The mood ring 900 may emit light by light generated by a light source provided on an upper surface of the main PCB 800. The mood ring 900 may emit light with a soft light, to allow the user to recognize the position of the wheel knob 530 and to beautify the switch device.

The mood ring cover 950 may be coupled to the body body 100. The mood ring cover 950 may surround the outer circumference of the mood ring 900. The outer circumferential surface of the mood ring 900 may be formed to be stepped in the vertical direction, and the mood ring cover 950 may be formed to be stepped in the vertical direction to surround the outer circumference of the stepped mood ring 900. An upper end of the mood ring 900 may protrude higher than an upper end of the mood ring cover 950.

As described above, in the switch device of the vehicle according to the embodiment of the present invention, the first drain rib 145 is formed in the body main body 100, the through hole 801 is formed in the main PCB 800, the cover A second drain rib 245 is formed in the main body 200. The first drain rib 145 passes through the through hole 801 and is inserted into the second drain rib 245. The first drain rib 145 forms a first drain hole 140 extending downward from the bottom surface of the input part insertion groove 130, and the second drain rib 245 is the first drain rib 145. The second drainage hole 240 into which the is inserted is formed. Therefore, when moisture is introduced into the input unit insertion groove 130 through the switch signal input units 400 and 500, the introduced water is transferred to the cover body 200 through the first drain hole 140 and the second drain hole 240. Since it is discharged to the lower side, it is not necessary to provide a drainage structure to the outer circumference of the main PCB 800 of the body main body 100, it is possible to reduce the size of the body main body 100.

In addition, the switch signal input unit 400, 500 includes a touch switch device 400 and a dial switch device 500, the wheel knob 530 of the dial switch device 500 is formed in an annular shape, The outer circumference of the capacitive touch pad 410 of 400 is enclosed. Therefore, since the touch switch device 400 is installed inside the dial switch device 500, a space for installing the touch switch device 400 and the dial switch device 500 in the body main body 100 is provided. Since it can be reduced, the size of the body main body 100 can be reduced.

Those skilled in the art will appreciate that the present invention can be embodied in other specific forms without changing the technical spirit or essential features of the present invention. Therefore, it should be understood that the embodiments described above are exemplary in all respects and not restrictive. The scope of the present invention is indicated by the scope of the following claims rather than the detailed description, and all changes or modifications derived from the meaning and scope of the claims and the equivalent concept are included in the scope of the present invention. Should be interpreted.

100: body body 110: first mounting rib
120: second installation rib 130: input section insertion groove
140: first drain hole 145: first drain rib
150: ring insertion groove 160: Hall sensor
170: Hall sensor cover 200: cover body
240: second drain hole 245: second drain rib
400,500: switch signal input unit 400: touch switch device
410: capacitive touch pad 420: PCB
430: Case 440: Cover
445 actuator 450 base
455: axis of rotation 500: dial switch device
510: inner wheel 520: outer wheel
530: wheel knob 540: wheel base
560: bearing 570: magnet
800: main PCB 801: through hole

Claims (8)

A body main body having a first installation rib protruding from an upper surface thereof and having a lower surface opened therein;
A switch signal input unit inserted into the input unit insertion groove and installed in the body main body;
A cover body covering the opened lower surface of the body body and coupled to the body body; And
A main PCB coupled to an upper surface of the cover body and disposed in the body body and receiving a switch signal from the switch signal input unit;
The body main body has a first drainage rib protruding downward to form a first drainage hole extending downward from a bottom surface of the input part insertion groove,
The main PCB has a through hole through which the first drain rib is formed,
The cover main body has a second drainage rib protruding upward to form a second drainage hole into which the first drainage rib is inserted.
The second drain rib is a switch device of a vehicle for supporting the lower surface of the main PCB. delete The method according to claim 1,
The switch signal input unit,
A touch type switch device having a capacitive touch pad to which a user's touch signal is input;
And a dial switch device surrounding the outer circumference of the capacitive touch pad and having an annular wheel knob rotated in a circumferential direction by a user. The method according to claim 3,
The dial switch device,
With an annular inner wheel,
An annular outer wheel surrounding an outer circumference of the inner wheel and having the wheel knob coupled thereto;
A bearing for rotatably coupling the outer wheel to the inner wheel in a circumferential direction;
And an annular wheel base disposed below the inner wheel and the outer wheel and installed in the input part insertion groove and in which the inner wheel is installed. A body main body having a first installation rib protruding from an upper surface thereof and having a lower surface opened therein;
A switch signal input unit inserted into the input unit insertion groove and installed in the body main body;
A cover body covering the opened lower surface of the body body and coupled to the body body; And
A main PCB coupled to an upper surface of the cover body and disposed in the body body and receiving a switch signal from the switch signal input unit;
The body main body has a first drainage rib protruding downward to form a first drainage hole extending downward from a bottom surface of the input part insertion groove,
The main PCB has a through hole through which the first drain rib is formed,
The cover main body has a second drainage rib protruding upward to form a second drainage hole into which the first drainage rib is inserted.
The switch signal input unit,
A touch type switch device having a capacitive touch pad to which a user's touch signal is input;
A dial switch device surrounding the outer circumference of the capacitive touch pad and having an annular wheel knob rotated in a circumferential direction by a user,
The dial switch device,
With an annular inner wheel,
An annular outer wheel surrounding an outer circumference of the inner wheel and having the wheel knob coupled thereto;
A bearing for rotatably coupling the outer wheel to the inner wheel in a circumferential direction;
It is disposed in the lower side of the inner wheel and the outer wheel is installed in the input portion insertion groove, further comprising an annular wheel base is installed, the inner wheel,
A magnet installed at a lower portion of the outer wheel,
A hall sensor installed in the body main body to detect the magnet when the wheel knob is rotated;
And a hall sensor cover coupled to the body body to cover the hall sensor. A body main body having a first installation rib protruding from an upper surface thereof and having a lower surface opened therein;
A switch signal input unit inserted into the input unit insertion groove and installed in the body main body;
A cover body covering the opened lower surface of the body body and coupled to the body body; And
A main PCB coupled to an upper surface of the cover body and disposed in the body body and receiving a switch signal from the switch signal input unit;
The body main body has a first drainage rib protruding downward to form a first drainage hole extending downward from a bottom surface of the input part insertion groove,
The main PCB has a through hole through which the first drain rib is formed,
The cover main body has a second drainage rib protruding upward to form a second drainage hole into which the first drainage rib is inserted.
The switch signal input unit,
A touch type switch device having a capacitive touch pad to which a user's touch signal is input;
A dial switch device surrounding the outer circumference of the capacitive touch pad and having an annular wheel knob rotated in a circumferential direction by a user,
The touch switch device,
PCB bonded to the lower surface of the capacitive touch pad,
Upper and lower surfaces are respectively opened, and a case into which the PCB is inserted and received through the opened upper surface;
A cover which covers the opened lower surface of the case and is coupled to the case and has an actuator installed therein that vibrates during operation;
The base is disposed in the lower side of the cover is installed in the input portion insertion groove, the cover is coupled to be swayed by the vibration, the base is further formed a rotation axis disposed in the horizontal direction radially outward than the dial switch device Automotive switch device that includes. The method according to claim 1,
A second mounting rib is further formed on an upper surface of the body main body to surround the first mounting rib and form a ring insertion groove between the first mounting rib and the first mounting rib.
A switch of the vehicle further includes a mood ring in which a lower portion is inserted into the ring insertion groove and an upper portion protrudes from the ring insertion groove to surround the switch signal input unit and emit light by light generated by a light source included in the main PCB. Device. The method according to claim 7,
And a mood ring cover surrounding the outer circumference of the second installation rib and the outer circumference of the mood ring protruding from the ring insertion groove, and coupled to the body body.
The top of the mood ring is a switch device of the vehicle is disposed higher than the top of the mood ring cover.

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