JPH1069841A - Switch lever and its manufacture - Google Patents

Abstract

PROBLEM TO BE SOLVED: To facilitate replacement and to enhance assembling workability by unitizing and assembling a plurality of switches as switch units, incorporating them into a lever body, and attaching control knobs. SOLUTION: First and second switch parts are separately assembled as units, fixed contacts 34, 41 are connected to a lead wire 51, and the units are inserted into place inside a shaft 32 inserted in place inside a lever body 31. Thereafter, a first control knob 48, a circular fixed knob 49, and a second control knob 50 are inserted and fitted together, and a lid plate 52 is mounted in an opening 31 in the side face of the lever body. By unitizing the plurality of unit parts and enabling the control knobs 48, 49, 50 serving as outer parts to be assembled to the outsides of the units, replacement is made easier and assembling operability can be enhanced.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a switch lever of a combination switch for a vehicle having a lever-operated light control switch unit, a wiper control switch unit and the like mounted on a steering column of an automobile, and a method of manufacturing the same. is there.

[0002]

2. Description of the Related Art A conventional switch lever of this type has a function as an operation lever for operating one or two of a turn signal switch of a vehicle combination switch, a wiper control switch, and a dimmer passing switch. Further, a light control switch that opens and closes by turning the operation knob is built in the distal end portion. A conventional technique will be described with reference to FIGS. 4 and 5.

FIG. 4 is a cross-sectional view showing the structure of a conventional switch lever, and FIG. 5 is an exploded perspective view of the switch lever. In FIG. 4, reference numeral 1 denotes a vehicle combination switch whose base is held so that each switch can be operated. In addition, a cylindrical first fixed knob 2 made of resin is provided inside a lever body made of a cylindrical metal (not shown) in a dividing groove 1A linearly provided from the tip thereof. The hole 2B having the rotation preventing projection 2A is inserted and fitted from the tip end side of the lever main body 1 so as to correspond to the split groove 1A.

A first terminal plate 4 having a plurality of fixed contacts 3 on an upper surface is provided in a middle portion of the lever body 1 with a hole 4B having a rotation preventing convex portion 4A provided in a central portion thereof.
The rotation preventing projection 4A is inserted and fitted from the end of the lever body 1 so as to correspond to the split groove 1A.

[0005] Furthermore, a metal movable contact 5 elastically contacting the fixed contact 3 of the first terminal plate 4 is rotatably held through a central hole 6A of a first operation knob 6 held on the lower surface from above. And a projection 6B provided in the center hole 6A.
And the rotation is restricted by both ends of the wide dividing groove 1B of the lever main body 1, thereby forming a first switch.

Further, a moderation mountain portion 7A is provided on the upper surface thereof.
A moderating plate 7 having a moderation spring 7 and a ball 1 corresponding to the moderating peak 7A is held by the first operation knob 6.
A second fixing knob 8 having holes 8A1 and 8A2 on its lower surface is provided with a rotation preventing projection 8B provided at the center thereof.
The hole 8 </ b> C having
The rotation-stop projection 8B is inserted and fitted to correspond to C.

Reference numeral 11 denotes an iron C-shaped ring which is engaged with a retaining groove 1D provided on the outer periphery of the central portion of the lever body 1 to prevent the second fixed knob 8 from coming off.

Above the ring 11, a second terminal plate 13 having a plurality of fixed contacts 12 on its upper surface is provided with a hole 13B having a rotation preventing projection 13A provided at the center thereof.
The rotation preventing projection 13A is inserted and fitted from the end of the lever body 1 so as to correspond to the split groove 1C.

Further, a central hole 15A of a second operating knob 15 having a metal movable contact 14 elastically in contact with the fixed contact 12 of the second terminal plate 13 is passed through the central hole 15A from above, and is rotatably held. At the same time, the rotation is restricted by the projection 15B provided in the central hole 15A and both ends of the wide dividing groove 1E of the lever body 1, thereby forming a second switch.

Further, a spring holding body 16 in which a moderating spring 17 and a ball 18 are disposed in holes 16B1 and 16B2 provided on the upper surface outside the center hole 16A is held by a second operation knob 15. A moderation mountain 19 having a moderation peak 19A on the lower surface corresponding to the moderation spring 17 and the ball 18 is divided from a tip of the lever body 1 into a hole 19C having a rotation preventing projection 19B provided at the center thereof. A detent locking portion is formed by inserting and fixing the rotation preventing projection 19B so as to correspond to the groove 1F, and a retaining groove 1G provided on the outer periphery of the distal end portion of the lever body 1 is formed.
An elastic claw 19D protruding inside the hole 19C on the lower surface of the moderation mountain 19 is inserted and fixed to prevent the moderation mountain 19 from slipping upward.

A substantially disc-shaped lid 20 is provided on the step 15D on the inner surface of the opening 15C above the second operation knob 15.
The claw 20A having elasticity extending downward from the outer peripheral portion is inserted and fitted.

The plurality of lead wires 21A connected to the fixed contact 3 of the first terminal plate 4 and the second terminal plate 13
The plurality of lead wires 21B connected to the fixed contact 12 are guided from the inside of the cylinder of the lever main body 1 to the switch main body through the hole 1H at the intermediate portion, and are electrically connected.

Next, a method of assembling the switch lever will be described. The lead wire 21 is inserted and penetrated from the hole 1H of the lever main body 1 toward the distal end portion, and then the detent groove 2A of the first fixed knob 2 is inserted into the split groove 1A of the lever main body 1 from the distal end portion.
A is inserted and fitted.

Next, the short lead wire 21A taken out of the split groove 1A is soldered to the fixed contact 3 of the first terminal plate 4, and then inserted and fitted into the split groove 1A of the lever body 1.

Further, the first operating knob 6 to which the first movable contact 5 is fixed, the moderating plate 7, the second fixed knob 8 into which the moderating spring 9 and the ball 10 are inserted are connected to the long lead wire 21B. After inserting it so that it does not bite,
1 is fitted into a groove 1D provided on the outer periphery of the intermediate portion of the lever body 1.

Next, the long lead wire 2 taken out of the split groove 1C of the lever body 1 is connected to the fixed contact 12 of the second terminal plate 13.
After soldering 1B, it is inserted and fitted to the lever body 1.

Further, the second movable contact 14 is mounted on the second
The operation knob 15, the spring holding body 16, the moderating spring 17 and the ball 18 are sequentially inserted, and the moderating mountain 19
Is inserted and engaged to prevent falling off.

Thereafter, the lid 20 is attached to the upper opening 15C of the second operation knob 15. Next, the operation of the switch lever will be described.

When the first operation knob 6 is rotated, the moderating plate 7 rotates in conjunction with the first operating knob 6, and the fixed contact 3 with moderation by a moderating lock between the moderating plate 7 and the second fixed knob 8.
And the movable contact 5 comes in contact with and separates from each other, and turns on or off a fog lamp or the like on the vehicle side from the lead wire 21A connected to the fixed contact 3. When the second operation knob 15 is rotated, the spring is held. The fixed contact 12 and the movable contact 14 come into contact with and separate from each other with the moderation of the moderation locking portion between the spring holding body 16 and the moderation mountain body 19 while the body 16 rotates in conjunction with the body 16, and the lead wire 21 connected to the fixed contact 12.
B turns on or off a headlamp or the like on the vehicle side.

[0020]

However, in the switch lever having the above-mentioned conventional structure, the fixing knobs 2, 8 and the operation knobs 6, 15 provided with various function indicators are exterior parts, and the fixing knobs 2, 2 are assembled at the time of assembly. In the event of a defective appearance due to scratches on the control knob 8 or the operation knobs 6 and 15, it is necessary to reassemble from the beginning, and there are problems such as difficulty in automation due to the configuration of the switch lever and difficulty in rational production. Was.

An object of the present invention is to provide a switch lever of such a conventional vehicle combination in which the operation knob can be easily replaced and the assembling workability can be easily improved.

[0022]

In order to solve the above-mentioned problems, a switch lever according to the present invention comprises a plurality of switches mounted on the switch lever, each of which is assembled into a switch unit, assembled into a lever body, and then assembled. The operation knob is attached to the.

According to the present invention, it is possible to provide a switch lever which is easy to improve the assembling workability.

[0024]

DESCRIPTION OF THE PREFERRED EMBODIMENTS The invention according to claim 1 of the present invention is characterized in that a root portion is used as a mounting portion, a shaft holding portion is provided in the vicinity of a tip portion, and a side wall is partially cut away to form a cylindrical shape. A resin-made lever body, a cylindrical shaft whose lower end is held by a shaft holding portion provided on the lever body so as to protrude outside from the tip of the lever body, and a plurality of fixed contacts on the upper surface A first rotor having a movable contact resiliently in contact with the fixed contact and a moderating member abutting on the moderating ridge is rotatably connected to an upper portion of the first terminal plate having the moderating ridge. A first switch mounted on an intermediate portion of the shaft, and a second terminal plate provided with a plurality of fixed contacts on an upper surface; Is rotatably connected to a second rotor holding the
A second switch portion mounted on an upper portion of the shaft by engaging a moderation mountain having a moderation mountain portion provided on a lower surface in contact with the moderation member, and the first switch portion. An annular first operation knob fitted to a projection provided on the outer periphery of the first rotor to rotate the first switch, and a second terminal plate of the second switch; An annular fixed knob fitted to a protrusion provided on the outer periphery of the second switch, and an elastic claw provided on the outer periphery of the second rotor, a square hole of a lower peripheral wall is fitted to the second fixed switch. The exterior component has a configuration including a cap-shaped second operation knob that rotationally operates the first switch unit and the second switch unit, and has various appearance variations. The first operation knob, the fixed knob and the second operation knob It will be able to incorporate in extent, an effect that can greatly improve the assembling workability.

According to a second aspect of the present invention, in the first aspect of the present invention, the lower portion of the shaft holding portion provided inside the lever body has an elastic contact with the lower end portion of the shaft held by the shaft holding portion. It has a configuration in which a projection is provided, and serves as a stopper when the shaft is inserted, and has an effect that the rattling of the shaft can be absorbed.

According to a third aspect of the present invention, in the first or second aspect of the present invention, a lead wire insertion portion capable of inserting a lead wire from an outer peripheral side into a first terminal plate constituting a first switch portion. Is provided so as to penetrate through the upper and lower surfaces, and the lead wire connected to the second switch portion is inserted into the lead wire storage portion provided on the first terminal board from the outer peripheral side. Since it can be easily penetrated and housed in the lower surface, it has an effect that it is easy to assemble and that it is possible to prevent the interference of the lead wires when the first rotor is rotated.

According to a fourth aspect of the present invention, in the first aspect of the present invention, a plurality of lead wires provided on a second terminal plate constituting a second switch portion. The configuration is such that the lead wire holding direction of the connection portion is formed in the same direction, and the lead wires connected to the plurality of lead wire connection portions are easily combined into one, and the lead wire holding direction of the lead wire connection portion is changed. By adjusting to the lead wire storage part provided in the first switch part, the load applied to the lead wire connection part at the time of storing the lead wire can be suppressed, so that the operation is stable and the workability is good. .

According to a fifth aspect of the present invention, in the first aspect of the present invention, the opening formed by cutting off a part of the side wall of the lever main body is formed on the lower surface side of the lever main body mounted state. In addition, the opening is closed by a cover plate slightly narrower than the width of the opening, so that the position of the opening of the lever main body is inconspicuous and for closing the opening. By making the lid plate a lid plate slightly smaller in width than the outside of the wall of the opening of the lever main body, even if the opening of the lever main body is slightly narrowed by shrinkage at the time of resin molding, it is difficult to see the deviation in the external surface. It has the effect of becoming.

According to a sixth aspect of the present invention, in the first aspect of the present invention, the first switch section and the second switch section are assembled, and the assembly is completed. After inserting and fixing the first and second switch parts to the shafts whose lower ends are fitted and held in shaft holding parts provided on the lever body, respectively, the first switch part is rotated and operated. A method of manufacturing a switch lever in which an operation knob, a fixed knob for positioning and fixing a second switch portion, and a second operation knob for rotating and operating the second switch portion are sequentially mounted and assembled. And
This has the effect of facilitating assembly work and improving productivity.

FIG. 1 shows an embodiment of the present invention.
This will be described with reference to FIG. 1 is a sectional view showing a switch lever according to the embodiment, FIG. 2 is an exploded perspective view of the same, FIG.
FIG. 4 is a cross-sectional view of a fitting portion between the lever main body and a cover plate.

In the drawing, reference numeral 31 denotes a base 31 so that each switch of the vehicle combination switch can be operated.
A (not shown) is a cylindrical lever main body made of molding resin, and a cylindrical shaft 32 is inserted into a hole 31D having a rotation stopping convex portion 31C of a shaft holding portion 31B provided inside thereof.
The groove 32A provided in the lower part of the rotation stop protrusion 31C
Opening 31 at the tip of lever body 31 so as to fit into
The side opening 31F of the lever body 31 is inserted into the first groove 32B provided on the outer peripheral surface of the lower end of the shaft 32.
By inserting and engaging the first ring 33 more, the shaft 3
2 is prevented from coming off. At this time, the shaft holding unit 3
1B presses the shaft 32 toward the shaft holding portion 31B, thereby restricting the position of the shaft 32 and preventing the groove 3 from moving.
The rattling due to the clearance between the 2B and the ring 33 is absorbed.

The shaft 32 has a first terminal plate 35 having a plurality of fixed contacts 34 and a moderating peak 35A formed on the upper surface by insert molding. Rotation stop notch 35 in stop projection 32C
C is inserted and fitted so as to fit.

Further, from above, a holding portion of the movable contact 36 elastically contacting the fixed contact 34 of the first terminal plate 35, a moderating spring 38 contacting the moderating hill 35A, and the ball 3
9 provided with holes 37B for holding the holes 9 respectively.
The first switch portion I is formed while being rotatably held through a central hole 37A of the rotor 37, and the ring 40 is inserted into and engaged with an outer peripheral groove 32D formed at an intermediate portion of the shaft 32. Thus, the first switch unit I is prevented from coming off.

In the middle part of the shaft 32, a second terminal plate 42 having a plurality of fixed contacts 41 disposed on the upper surface by insert molding.
However, the rotation-stop projection 42A is inserted and fitted into the hole 42B having the rotation-stop projection 42A so that the rotation-stop projection 42A fits into the split groove 32E formed at the intermediate portion from the tip of the shaft 32.

Further, a central hole 44A of a second rotor 44, which has a movable contact 43 elastically contacting the fixed contact 41 of the second terminal plate 42 on its lower surface, is passed through the shaft 32 from above and is rotatably held. To form a second switch, and a hole 44B provided on the upper surface outside the central hole 44A.
A moderation spring 45 and a ball 46 are disposed on the lower surface, and a moderation mountain body 47 having a moderation mountain portion 47A corresponding to the moderation spring 45 and the ball 46 on the lower surface is further provided thereon. A rotation locking projection 47B is inserted into the hole 47C having the locking projection 47B from the tip of the shaft 32 so as to fit into the split groove 32E to form a moderation locking portion, and a groove provided at the tip of the shaft 32. 32F
In addition, an elastic claw 47D protruding inside the hole 47C on the lower surface of the moderation mountain 47 is inserted and fixed to prevent the second switch part II from coming off.

The first switch unit I
37C1, 37 provided on the outer periphery of the rotor 37
C2 and 37C3 are connected to the first operation knob 48 correspondingly.
By press-fitting three grooves 48A1, 48A2 (not shown) and 48A3 provided on the inner peripheral surface of
The first rotor 37 can be turned by the turning operation of the operation knob 48.

Also, three projections 42C1 and 42C provided on the outer peripheral surface of the second terminal plate 42 of the second switch portion II.
Grooves 49A1, 49A2 (not shown), 49A provided with 2, 42C3 (not shown) on the inner peripheral surface of the annular fixed knob 49.
3 and press-fit the annular fixing knob 49 to the second terminal plate 42.
And the annular fixed knob 49
Elastic claws 49B1, 49B2, 4 provided on the lower surface of
9B3 is engaged with the lower surface of the outer periphery of the second terminal plate 42 to prevent it from coming off upward.

Further, the second switch section II
The outer periphery of the rotor 44 is provided with a convex portion 44C extending in the axial direction and an elastic claw 44D below the convex portion 44C, and the inner periphery of a corresponding opening below the cap-shaped second operation knob 50. And a square hole 50B formed in the lower peripheral wall portion, and a cylindrical protrusion hole 50C provided on the top surface of the second operation knob 50. The projection 47E on the upper surface of the 47 is inserted and fitted, and the second operation knob 50 can be rotated by rotating the second operation knob 50, and the second operation knob 50 is prevented from being pulled out. I have.

A plurality of lead wires 51 connected to the fixed contact 34 of the first terminal plate 35 and the fixed contact 41 of the second terminal plate 42 by caulking or soldering are connected to the switch from the inner periphery of the lever body 31. It is led to the main body and is electrically connected.

The side opening 31F on the outer periphery of the lever main body 31 is closed by a cover plate 52 after assembling the present switch lever.

Next, the method of assembling the switch lever will be described. The first switch portion I and the second switch portion II are separately assembled as a unit, and the connection between the fixed contacts 34 and 41 and the lead wire 51 is established. Then, after being inserted and fixed to the shaft 32 inserted and fixed to the lever body 31, respectively, the first operation knob 48, the annular fixing knob 49, and the second
The operation knob 50 is inserted and fitted, and the cover plate 52 is attached to the side opening 31F of the lever body.

The first rotor 37 rotatably held by the first terminal plate 35 is provided by a plurality of elastic engaging claws 35D provided on the outer peripheral wall of the first terminal plate 35. , Is engaged with the outer periphery of the first rotor 37 to form a unit,
A first lead 37 serves as a rotation restricting portion of the first rotor 37 by a lead wire storage portion 35E penetrating the upper and lower surfaces into which lead wires can be inserted from the outer peripheral side of the terminal plate 35 and the protrusions 37C of the first rotor 37. The switch part I is formed.

A cylindrical portion 44E which fits inside or outside a cylindrical portion 42E provided at the center of the upper surface of the second terminal plate 42 is provided, and is rotatably held by the second terminal plate 42. The second rotor 44 is engaged with the upper surface of the circular portion 44F on the lower surface of the second rotor 44 by a plurality of elastic engaging claws 42D provided on the outer peripheral wall of the second terminal plate 42. On the upper surface of the second rotor 44, a plurality of elastic engaging claws 47F provided on the lower surface outer peripheral wall of the moderation mountain 47 are provided on the upper surface of the second rotor 44. To form the second switch section II.

After the second switch portion II is inserted and fixed to the shaft 32, the lead wire 51 connected to the fixed contact 41 on the second terminal plate 42 prevents the operation of the first operation knob 48 from being hindered. Each lead wire connecting portion 41A is connected to the lead wire connecting portion 41A so that the lead wire connecting portion 41A can be accommodated in the lead wire accommodating portion 35E of the first terminal board 35 so that a load is not applied when forming the lead wire. The structure is formed toward the storage section 35E.

Further, the side opening 31 of the lever body 31
F is a lid plate 52 slightly smaller in width than the outside of the wall of the opening.
As shown in FIG. 3, even when the wall of the opening 31 </ b> F of the lever body 31 shrinks during resin molding, the cover plate 52 easily fits, and it is difficult to see the deviation in the outer surface, as shown in FIG. 3. It has the effect of doing.

Next, the operation of the switch lever by turning the operation knob of the first switch section I or the second switch section II will be described.

In the first switch section I, when the first operation knob 48 is rotated, the first rotor 37 is rotated in conjunction with the first operation knob 48, and the first rotor 37 and the first terminal board 35 are rotated.
The fixed contact 34 and the movable contact 36 are brought into contact with and separated from each other with moderation by the moderation locking portion between the moderation peak portions 35A, and the fog lamps and the like on the vehicle side are turned on or off from the lead wire 51 connected to the fixed contact 34. is there.

In the second switch section II, when the second operation knob 50 is rotated, the second rotor 44 is rotated in conjunction with the second operation knob 50, and the second rotor 44 and the detent mountain body 4 are rotated.
The fixed contact 41 and the movable contact 43 come into contact with and separate from each other with moderation by a moderation lock portion between the seven, and turn on or off a vehicle-side headlamp or the like from a lead wire 51 connected to the fixed contact 41.

The first switch section I and the second switch section II are composed of fixed contacts 34 and 41 and movable contacts 36 and 43.
The switch operation is performed by the contact and separation of the contact. However, instead of the fixed contacts 34 and 41, a resistance printed board having a resistance portion and a conductor portion printed on the inner and outer circumferences is mounted on the surface corresponding to the movable contacts 36 and 43. , First or second operation knob 48,5
The resistance value can be varied by rotating operation of 0, and for example, an intermittent time adjustment type wiper switch that continuously switches the intermittent time of the wiper device from a short time to a long time can be provided.

[0050]

According to the present invention, as apparent from the above embodiment, a plurality of switches inside the operation knob are unitized by elastic claws or the like, and after assembling this switch unit, the operation knob serving as an exterior component is unitized. Since it is possible to assemble the control knob outside, it is easy to replace the operation knob, and it is easy to automate the production of the switch unit, and it is possible to provide a large quantity and stable quality.

Therefore, it is possible to cope with a change in the function display (design) of the operation knob, the fixed knob, and the like only by changing the operation knob and the fixed knob.

[Brief description of the drawings]

FIG. 1 is a sectional view showing a switch lever according to an embodiment of the present invention;

FIG. 2 is an exploded perspective view of the same.

FIG. 3 is a sectional view of a fitting portion between a main body of the switch lever and a cover plate.

FIG. 4 is a sectional view showing a conventional switch lever.

FIG. 5 is an exploded perspective view of the same.

[Explanation of symbols]

 31 Lever body 31A Root portion 31B Shaft holding portion 31C Rotation stop projection 31D Hole 31E Opening 31F Side opening 31G Elastic protrusion 32 Axis 32A Split groove 32B Groove 32C Rotation stop 32D Outer groove 32E Split groove 33 Ring 34 Fixed contact 35 First terminal plate 35A Moderation peak 35B Hole 35C Rotation stop notch 35D Engagement claw 35E Lead wire housing 36 Movable contact 37 First rotor 37A Center hole 37B hole 38 Moderation spring 39 Ball 40 Ring 41 Fixed contact 42 Second terminal plate 42A Detent for rotation prevention 42B Hole 42C Projection 42D Engagement claw 42E Cylindrical part 43 Movable contact 44 Second rotor 44A Center hole 44B hole 44C Convex part 44D elastic claw 44E cylinder Shaped part 44F Circular part 44G Step part 45 Moderation spring G 46 Ball 47 Moderation peak 47A Moderation peak 47B Rotation stop projection 47C Hole 47D Elastic claw 47E Projection 47F Engagement claw 48 First operation knob 49 Annular fixed knob 50 Second operation knob 51 Lead wire 52 Cover plate

Claims (6)

[Claims] 1. A resin-made lever body formed in a cylindrical shape having a root portion as an attachment portion, a shaft holding portion provided in the vicinity of the tip portion and a side wall partially cut away, and a tip portion of the lever body. A cylindrical shaft having a lower end held by a shaft holding portion provided on a lever body so as to protrude outward from the portion, and an upper portion of a first terminal plate provided with a plurality of fixed contacts and detent peaks on an upper surface A first switch portion mounted on an intermediate portion of the shaft by rotatably connecting a movable contact that resiliently contacts the fixed contact and a first rotor having a moderating member abutting on a moderating crest on a lower surface; ,
On a second terminal plate provided with a plurality of fixed contacts on an upper surface, a movable rotor elastically contacting the fixed contact is held on a lower surface and a second rotor holding a moderating member on an upper surface is rotatably connected. A second switch portion mounted on an upper portion of the shaft by engaging a moderating mountain having a moderating mountain portion provided on a lower surface thereof in contact with the moderating member;
An annular first operation knob which is fitted to a projection provided on the outer periphery of the first rotor of the first switch to rotate the first switch; and a second operation knob of the second switch. An annular fixed knob fitted to a protrusion provided on the outer periphery of the terminal plate, and an elastic claw provided on the outer periphery of the second rotor are fitted with square holes in the lower peripheral wall to fit the second hole. A switch lever comprising a cap-shaped second operation knob for rotating the switch section. 2. The switch lever according to claim 1, wherein an elastic projection is provided at a lower portion of the shaft holding portion provided inside the lever main body to elastically contact a lower end portion of the shaft held by the shaft holding portion. 3. The switch according to claim 1, wherein a lead wire insertion portion through which a lead wire can be inserted from an outer peripheral side is provided through the upper and lower surfaces of the first terminal plate constituting the first switch portion. lever. 4. The lead switch according to claim 1, wherein the plurality of lead wire connection portions provided on the second terminal plate constituting the second switch portion have the same lead wire holding direction. Switch lever described in. 5. An opening in which a part of a side wall of a lever main body is cut out is provided on a lower surface side in a state where the lever main body is mounted, and the opening is closed by a lid plate having a width slightly smaller than the width of the opening. The switch lever according to any one of claims 1 to 4, wherein: 6. The first switch section and the second switch section are assembled, and then the first switch section and the first switch section are assembled.
A first operation knob for rotating the first switch after inserting and fixing the second switch to the shaft held by fitting the lower end of the second switch to the shaft holding portion provided on the lever body; And a fixing knob for positioning and fixing the second switch portion, and a second operation knob for rotating and operating the second switch portion.
The method for manufacturing a switch lever according to any one of the above.