KR930006391Y1 - Winker switch - Google Patents

Abstract

No content.

Description

Winker switch structure with multifunction

1 is a perspective view of the present invention.

2 is a contact connection diagram of an insulating plate showing a state in which each lever of FIG. 1 is removed.

FIG. 3 is an exemplary view showing a sw operating state, in which FIG. 3a is a light high state, FIG. 3b is a light low state, FIG. 3c is a light faning state, 3d is a horn state, and 3e is a self-destructing lamp. "State", Figure 3f is the emergency light "on" state, Figure 3g is the right winger "on" state, Figure 3h is the left winger "on" state.

4 is a contact diagram of an insulating plate showing a state different from that of FIG.

FIG. 5 is a diagram showing an operating state of each sw in FIG. 4, FIG. 5a is a light low state, FIG. 5b is a light high state, FIG. 5c is an emergency light "on" state, FIG. 5d is a "off" state, FIG. 5E shows the "on" state of the road light, FIG. 5F shows the "ON" state of the horn, FIG. 5G shows the "OFF" state, FIG. 5H shows the light high beam (fencing), FIG. 5I shows the left winger "ON" state 5j is an off state diagram, and 5k is a right winger "on" state diagram.

* Explanation of symbols for main parts of the drawings

1: Winker switch body 11: Insulation plate

3, 4, 12, 13: lever 7, 6, 14, 15: connection board

7, 16: through-hole 8, 18: bowl

9, 17: spring 10, 20: lever support rod

31-35, 21-25: Each contact 36-39, 26-28: Each operating point

The present invention secures a plurality of insulating plates to a winger switch body formed of an insulator, and has a multi-function winker that is energized according to the rotation of a connecting plate attached to each of the plurality of contacts formed on the insulating plate and selectively moving each operating point. It relates to a switch contact structure.

The conventional winger switch has only a simple winger function, so when switching to other functions in case of emergency or driving, the switch is not easy and there is always a risk of accident because it cannot cope quickly with the surrounding situation.

In order to solve this problem, the present invention is to provide a winker switch having a versatile ease of versatility of the lever by arranging a plurality of contacts on the insulating plate to be described in detail based on the accompanying drawings.

An insulating plate (2) (11) is installed in the winger switch body (1) formed of an insulator, and the through hole (7) in the center portion on one side of the insulating plate (2) and a plurality of contacts (31) (32) (33) around it. (33A) 34, 35 and V-shaped lever contact points 36, 37, 38, 39 are disposed, and the connecting plates 5 and 6 face each other on the insulating plate 2. And a plurality of springs 9 and bowls 8, separated and molded levers 3 and 4 are coupled by lever support rod 10 to selectively move switch 1 SW1, and to the other side. A through hole 16 in the center portion of the insulating plate 11 and a plurality of contact points 21, 22, 22, 22, 23, 23, 24, 25, and V-shaped lever operating points 26 around the through hole 16. (12) (13) and (13) which are arranged separately from each other on the insulating plate (11) via the connecting rods (14) and (15) and a plurality of springs (17) and bowls (18). ) Is composed of a switch 2 (SW2) and is selectively moved by the lever support rod (20).

Reference numeral 63 denotes an attachment screw, 64 an attachment screw hole, and 65 a switch body lower end.

As described above (9, the operation and effects of the present invention will be described.

As shown in FIG. 2 and FIG. 3, when the lever 4 of the winger switch SW1 is pushed to the light high operating point 38, the spring 9 and the ball 8 attached to the lower side of the lever are attached. As the resilient means moves while making a clicking sound, the connecting plate 6 is moved together so that the high beam contacts 33, 34A and the light small contact 35 are connected and energized, so that the light is high (high). A state)

When the lever B 4 of the winger switch 1 (SW1) is pushed to the off operating point 37, the connecting plate 6 is positioned at the light small contact 35 so that the light is "off".

When the lever 4 of the winger switch 1 (SW1) is pushed to the light-low operating point 36, the low beam contact 34 and the light small contact 35 are connected to the connecting plate 6 so as to energize the light. (B state)

In addition, when the lever 3 of the winger switch 1 (SW1) is pushed to each operating point, the spring 9 and the ball 8 means attached to the lower side of the lever are formed by the V-shaped groove formed in the insulating plate 39. It will turn off automatically when you let go.

First, the lever 3 of the winger switch 1 (SW1) is pushed to the left of the light-fusing operating point 39. The contact 32 and the light high beam contact 33 are connected by the connecting plate 5 to Since the power is energized to the light high beam contact 33 terminal, the high beam (high) turns on instantaneously high, and thus serves as a fan switch. (C state)

At this time, if you let go, it automatically goes to the "off" state.

Push the lever 3 of the winger switch 1 (SW1) to the right of the horn (horn) operating point 39 again, and the junction point 31 and the battery The contact 32 is connected by the connecting plate 5 so that the horn sounds (D state) and is automatically "off" when released.

In addition, when the lever 13 of the winger switch 2 (SW2) is in the "off" state (the winker off state), the lever D 12 is pushed toward the operating point 28 of the vehicle-side light, etc. The contact 21 and the connecting contact 22 are connected by the connecting piece 14 and at the same time connected to the connecting contact 22 and the contact 22A, so that the left and right winger contacts 24 are connected by the connecting piece 15 ( 25) is connected, so both the left and right wingers are turned on and used as vehicle lights. (E state)

At this time, when the winger is turned on in the above-described vehicle lights, the direction indicator lamp of the desired side can be operated by disconnection of the connecting contact 22A and the connecting contact 22 by the movement of the connecting plate 15.

Further, when the lever 12 of the linker switch 2 (SW2) is pushed to the off operating point 27, the connecting plate 14 is placed on the connecting contact 22A and is in an "off" state.

Further, the lever 13 pushes the lever 12 of the winger switch 2 (SW2) to the emergency light operating point 26 side in the " off " state (winker off state), and the contact point 22 and the linker relay contact 23 23A is connected to the connecting piece 14, and the left and right winger contacts 24 and 25 are connected to each other by the connecting piece 15. Both right wingers will flash and provide emergency lights.

At this time, when the linker is turned on, the contact points 22 and 22A are disconnected due to the movement of the connecting plate 15, so that the linker S / W can be operated regardless of the “on” state of the vehicle lights and emergency lights. Emergency, rupture, etc. can be performed only in the "off" state of the winker switch (F state).

Further, when the lever 13 of the winger switch 2 (SW2) is pushed toward the right winger operating point 28 side, the linker relay contacts 23 and 23A and the right winger contact 24 are connected to each other by the connecting plate 15. All other contacts are disconnected, so only the right winger is turned on (G status).

If the lever 13 is positioned toward the "off" operating point 27, the connecting plate 15 and the left and right winger contacts 24, 25 and 22A are positioned above the contacts, and are in the "off" state. .

In addition, when the lever 13 of the winger switch 2 (SW2) is pushed toward the left winger operating point 26 side, the linker relay contacts 23 and 23A and the left winger contact 25 are connected and energized by the connecting plate 15. All other contacts are disconnected, so only the left winger is turned on.

4 and 5, first, when the lever (not shown) is pushed toward the light-low operating point 43 in the insulating plate A, the light small contact 41 and the light are connected by the connecting plate 67. Since the low contact point 42 is connected and the light high contact point 40 is disconnected, the light is low.

When the lever is pushed toward the off-operation point 44 side, the connecting plate 67 is positioned at the light small contact 41, and both terminals are disconnected, thereby bringing it to the " off " state.

When the lever is pushed toward the light high operating point 45 side, the light high contact 40 and the light small contact 41 are connected by the connecting plate 67, and the light low contact 42 is disconnected so that the light shines high. (B state)

In addition, in the insulating plate B, when the lever (not shown) is pushed toward the emergency light operating point 51 side, the contact 47 and the contact 48 are connected by the connecting plate 68 and the contact 56 of the insulating plate D ( 57 is connected to each other, so that the contact 56 is connected by the connecting plate 70. The right winger contacts 58 and 59 are connected so that the emergency light is turned on. (C state)

Pushing the lever toward the " off " operating point 50 causes the contact plate 68 to lie in contact 47 and contacts 46 and 48 are disconnected and thus in an " off " state.

When the lever is pushed back to the operating point 49 side such as the vehicle width, the battery is connected by the connecting plate 68. Since the contact 46 and the contact 47 are connected to each other and the contact 56 of the insulating plate D, the contact 56 and the left and right winger contacts 58 and 59 are connected by the connecting plate 70 so that the vehicle width and the like are reduced. (E state)

In addition, in the insulating plate C, when the lever (not shown) is pushed to the left by the Horn operating point 55, the battery is connected by the connecting plate 69. Since the contact 53 and the contact point 54 are connected and energized, the horn sounds (E state), and the spring and retaining means mounted on the back side of the lever by the wide V-shaped groove are released automatically. Off state. (G state)

When the lever is pushed to the right side of the light panning (momentary) operating point 55 again, at this time, the light panning (momentary) contact (52) by the connecting plate 69 and the battery 69 is instantaneous (52). ) And batteries When the contact 53 is connected, the light high contact 40 of the insulating plate A and the battery of the insulating plate B It is also connected to the contact point 46, so that the light can be turned high instantaneously and is automatically turned off when released. (H state)

In addition, in the insulating plate D, when the lever (not shown) is pushed to the winger operating point 60 to the left side, the winker relay contact 57 and the left winger contact 58 are connected by the connecting plate 70 and the other contacts are blocked. The left winger turns on.

When the lever is positioned in the off state 61, the contact plate 56 and the left and right winger contacts 58 and 59 are connected by the connecting plate 70, so that the left and right wingers are both in the "off" state. (J state)

When the lever is pushed to the right winger operating point 62, the right winger is turned on because the winker relay contact 57 and the right winger contact 59 are energized by the connecting plate 70. (K state)

The lead wires from the switches of the respective contacts are the light high contact point 40 line, the light small contact point 41 line, the light low point contact 42 line, and the battery. The eight wires of the contact 46 line, the winker relay contact 7 line, the mixed contact 54 line, the left linker contact 58 line, and the right linker contact 59 line are externally wired.

As shown in FIG. 6, the band-shaped winger switch body 1 of the present invention is fixedly attached to the inner side of the motorcycle right handle 64 with a screw 63, and the thumb is attached to the lower end 65 of the winger switch body 1. Since the finger is located, it is easy to rotate the accelerator pipe.

According to the present invention configured as described above, it is a very economical and practical design that can easily select a plurality of insulation plates and contact terminals on the talpia type winger switch body in the function of the existing winger switch.

Claims (5)

Insulating plates (2) and (3) are installed in the body (1) of the winger switch formed of an insulator, with a through hole (7) in the center of one insulating plate (2), and a number of angled contacts (31) and (35) around it. ) And V-shaped lever operating points (36)-(39), interposed (5) (6), and a plurality of springs (9) and bowl (8), which are connected to each other on the insulating plate (2). The switch 3 (4), which is separated and formed by the lever support rod 10, is selectively moved and selectively moved by the switch 1 (SW1), the through hole 16 in the center portion on the other insulating plate 11, Many contact points 21-25 and V-shaped lever operating points 26-28 are arrange | positioned, and it faces the said insulating board 11, and it is many with the connection board 14 and 15. Multifunctional, characterized in that the lever 12, 13 is separated and formed via the spring 17 and the bowl 18 of the switch 2 and the switch (SW2) is selectively coupled by the lever support rod 20 is moved. Having a winker switch structure. The high beam contacts 33 and 33A on the insulating plate 2 of the switch 1 (SW1) are connected, and the connecting contacts 22 and 22A on the insulating plate 11 of the switch 2 (SW2). ), The winker relay contacts 23 and 23A, and the battery of the switch 1 (SW1) Winker switch structure having a multifunction, characterized in that the connection with the contact point (32) and (21) of the switch (SW2). According to claim 1, wherein the winger switch body (1) is provided with an insulating plate (AD) provided with a button assembly hole 66 in the center portion, but the contact point (40)-(42) and the operating point around the insulating plate (A) (43)-(45) are arranged, and the contact points 46- (48) and the operating points 49--51 are arranged around the insulating plate B, and the contacts 52- (54 are formed around the insulating plate C. ) And a wide V-shaped operating point 55 and a contactor 56 having a multi-function winker switch, characterized in that the contact plate 56-59 and operating point 60-62 are disposed on the insulating plate D. rescue. The light high contact point 40 of the insulating plate A and the light fusing contact 52 of the insulating plate C are connected to each other, and the battery of the insulating plate B is disposed. Battery of contact 46 and insulation plate C The contact 53 is connected, the contact 47 of the insulation plate B is connected with the contact 56 of the insulation plate D, and the winker relay contact 48 of the insulation plate B is connected with the contact 57 of the insulation plate D. Winker switch structure having a multifunction, characterized in that the configuration. According to claim 1, wherein the winger switch body (1) is attached to the inner side of the right handle portion 64 of the motorcycle by fastening with a screw (63), the thumb is located on the lower surface 65 of the body Winker switch structure having a multifunction, characterized in that.