JP3079883B2 - Locking structure of cable adjustment part - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a locking structure for a cable adjusting portion, and more particularly to a locking structure for a cable adjusting portion which can improve the assemblability of a gear control cable.

[0002]

2. Description of the Related Art A vehicle is provided with a transmission in order to sufficiently bring out the performance of an internal combustion engine by changing the driving torque and the number of revolutions of the wheels in accordance with the running conditions of the vehicle which vary widely. This transmission includes a manual transmission and an automatic transmission.

In a manual transmission, a gear control cable, for example, a select cable or a shift cable is operated by operating a shift lever, whereby a shift operation mechanism is operated to change a gear position (gear position). , To change gears.

[0004] That is, FIG.
As shown in FIGS. 8 and 19, one end side of a gear control communication body, for example, a selection body 302, is connected. The other end of the selecting body 302 is connected to a base end 304a of a select cable lever 304 which is a swing lever. A base 308a of a joint 308 constituting a cable adjusting unit 306 is attached to a free end 304b of the select cable lever 304. One end portion 310a of a select cable (inner cable) 310, which is one of the gear control cables, is attached to a distal end portion 308b of the joint 308. The other end of the select cable 310 is connected to a shift lever (not shown).

In the cable adjusting section 306, a joint mounting hole 312 is formed at the free end 304b of the select cable lever 304, and an annular spacer 314 is attached to the joint mounting hole 312. The base 308a of the joint 308 is inserted. The base 308a of this joint 308
Is rotatably attached to the free end 304b of the select cable lever 304 by a retaining ring 320 via an intervening member 316 and a washer 318.

[0006] Also, the tip 308b of the joint 308
Is formed with a cable insertion hole 322 of the joint 308. One end 310a of the select cable 310 is inserted into the cable insertion hole 322. One end 310a of the select cable 310 has a screw 32
4 are formed. When connecting one end 310a of the select cable 310 to the joint 308, first, as shown in FIG. 20, a first lock nut 326-1 is screwed onto one end 310a of the select cable 310, and then, as shown in FIG. As shown in the figure, one end 310a of the select cable 310 is inserted into the cable insertion hole 322, and then a second lock nut 326-2 is screwed into the one end 310a of the select cable 310, and these first and second
The joint 308 is held between the lock nuts 326-1 and 326-2. The length of the select cable 310 is adjusted by changing the positions of the first and second lock nuts 326-1 and 326-2. Reference numeral 328 is an outer cable.

[0007] Such a gear control cable locking structure is disclosed in, for example, Japanese Utility Model Publication No. Sho 61-4196.
No. 6 discloses this. What is described in this publication is
Attach one end of the outer cable to a bracket fixed to the cylinder head cover of the engine, etc. via an elastic vibration isolator to prevent the vibration generated by the engine from being transmitted to the outer cable. This prevents torsional deformation and damage of the vibration isolating member due to the tightening torque of the attached nut. Further, as a cable locking structure, Japanese Utility Model Publication No. 5-24980, Japanese Utility Model Application Laid-open No.
Nos. 8815, 55-152815, 60-47918 and 3-77808.

[0008]

However, in the conventional cable adjusting section, when the select cable is inserted into the cable insertion hole at the end of the joint, the elasticity of the select cable is large. It becomes difficult to insert the lock cable into the hole, and even after the select cable is inserted into the cable insertion hole, it is necessary to screw the second lock nut, resulting in inconvenience that assemblability is reduced.

Further, since the select cable is tightened by the two first and second lock nuts and connected to the joint, the aim of the select cable is deviated depending on the degree of tightening of the first and second lock nuts. There was a problem that it was difficult to adjust the position of the select cable.

[0010]

Accordingly, in order to eliminate the above-mentioned disadvantages, the present invention firstly connects one end to a shift operation mechanism of a transmission and the other end to a shift lever. A gear control cable is provided, and a screw is formed at one end of the gear control cable,
One end of the gear control cable is connected to the distal end of the joint by a lock nut screwed onto the screw, and the base of the joint is rotatably provided at the free end of the swing lever. A cable for adjusting the length of the gear control cable by changing the position of the lock nut screwed to one end of the gear control cable, provided with a gear control connecting body connected to the shift operation mechanism at the base end. In the adjusting part, a cable mounting groove for mounting one end of the gear control cable is provided at a distal end of the joint, a plate locking part is provided, and a lock nut is screwed on one end of the gear control cable. A plate for fixing a nut to be locked to the plate locking portion corresponding to the joint. The nut fixing plate is provided with a cable insertion hole for inserting the gear control cable and a bolt insertion hole, and a screw hole is formed in the joint corresponding to the bolt insertion hole, and the nut is inserted into the bolt insertion hole. And a positioning bolt screwed into the screw hole.

Secondly, a gear control cable having one end connected to a shift operation mechanism of a transmission and the other end connected to a shift lever is provided, and a screw is formed at one end of the gear control cable. One end of the gear control cable is connected to the distal end of the joint by a lock nut screwed onto the screw, and the base of the joint is rotatably provided at the free end of the swing lever. A cable for adjusting the length of the gear control cable by changing the position of the lock nut screwed to one end of the gear control cable, provided with a gear control connecting body connected to the shift operation mechanism at the base end. A joint for attaching one end of the gear control cable to a distal end of the joint in the adjustment unit; The cable attachment groove is provided, the lock nut is screwed to one end of the gear control cable,
A nut fixing plate is provided corresponding to the joint, a plate-side cable mounting groove for mounting the gear control cable and a bolt insertion hole are provided on the nut fixing plate, and the joint is provided corresponding to the bolt insertion hole. Has a screw hole formed therein, and a positioning bolt inserted into the bolt insertion hole and screwed into the screw hole is provided.

[0012]

According to the structure of the present invention, first, if one end of the gear control cable is mounted in the cable mounting groove, it can be easily connected to the gear control cable and the joint. In addition, when the positioning bolt is tightened, the lock nut takes out the position of the gear control cable and is fixed by the nut fixing plate, so that the position accuracy of the gear control cable is further improved, Further, since the nut fixing plate is locked and firmly held by the plate locking portion of the joint, it is possible to reliably prevent the select cable from dropping out of the cable mounting groove.

Second, since the gear control cable is mounted in the joint-side cable mounting groove and the plate-side cable mounting groove, the gear control cable is more firmly held and the nut fixing plate needs to be mounted on the gear control cable. Therefore, the handling of the nut fixing plate can be facilitated and the assemblability of the gear control cable can be improved.

[0014]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of the present invention will be described below in detail with reference to the drawings. 1 to 6 show a first embodiment of the present invention. In FIG. 6, reference numeral 2 denotes a manual transmission mounted on a vehicle, reference numeral 4 denotes a shift lever for operating the transmission 2, and reference numeral 6 denotes a shaft support at a base portion of the shift lever 4. The transmission 2 is provided with a shift operation mechanism (not shown) for changing a gear position (gear position).

In order to operate the shift operation mechanism by the operation of the shift lever 4, the shift lever 4 has, for example, a select cable (inner cable) 8 and a shift cable 10 as a gear control cable connected to the transmission 2.
And are connected.

The select cable 8 has one end 8a connected to a shift operation mechanism via a select-side cable adjuster 12, and the other end 8b connected to a base portion of the shift lever 4 by a shaft support 6. I have. The select cable adjuster 12 is provided with a select cable lever 14 as a swing lever.

The shift cable 10 has one end 10.
a is connected to the shift operation mechanism via the shift-side cable adjusting portion 16, and the other end 10 b is connected to the base portion of the shift lever 4 by the shaft support 6. The shift cable adjuster 16 is provided with a shift cable lever 18 as a swing lever.

The select side cable adjusting section 12 includes:
A joint 20 for locking one end 8a of the select cable 8 is provided. This joint 20 is
0a and a tip 20b.

At the free end 14b of the select cable lever 14, a joint mounting hole 22 is formed. A spacer 24 made of an annular body is mounted in the joint mounting hole 22.

The joint 20 has a base 20a mounted in a spacer 24, an intervening member 26 and a washer 28.
Select cable lever 1 by retaining ring 30 through
4 is rotatably attached to the free end 14b.

The base end 14a of the select cable lever 14 has a shaft mounting hole 32 formed therein. In the shaft mounting hole 32, a select body 34, which is a gear control connecting body connected to the speed change operation mechanism, is inserted and mounted.

At the tip 20b of the joint 20,
A cable mounting groove 36 is formed in a U-shape that opens in the distal end surface 20c in the axial direction of the joint 20. The cable locking groove 36 has a width A and a depth B. The cable mounting groove 36 is provided with the select cable 8.
Is completely immersed in the one end 8a.

The joint 20 is provided at the distal end portion 20b of the joint 20 at the entrance of the cable mounting groove 36.
In the axial direction 0, the one-side cable retaining portion 38 is provided on one side.
-1 and 38-2, and other-side cable retaining portions 40-1 and 40-2 are provided on the other side. These cable retaining portions 38 and 40 are both formed to have a width C, a thickness D and a height E.

At one end 8a of the select cable 8, a screw 42 is formed. Flanged first and second lock nuts 44-1 and 44-2 are screwed onto the screw 42 so as to clamp the distal end portion 20b of the joint 20. In FIG. 5, reference numeral 46 denotes an outer cable.

Next, the operation of the first embodiment will be described.

As shown in FIG. 2, when connecting the select cable 8 to the select side cable adjusting unit 12, first,
The first lock nut 4 is attached to one end 8 a of the select cable 8.
4-1 is screwed together with the second lock nut 44-2, and the first lock nut 44-1 and the second lock nut 44-2 are separated from each other by a predetermined width of the distal end portion 20b of the joint 20. Position.

The first lock nut 44-1 and the second lock nut 44-1
When one end 8 a of the select cable 8 between the lock nut 44-2 and the lock cable 4 is attached to the cable attachment groove 36, the select cable 8 is connected to the joint 20.

Thus, when connecting the select cable 8 to the cable adjusting section 12, it is not necessary to insert the select cable 8 into the hole as in the prior art.
Can be easily attached, and the assemblability of the select cable 8 can be improved.

Next, when the select cable 8 is attached to the joint 20 in this manner, the first lock nut 44-
The first lock nut 44-2 is locked to the one-side cable retaining portions 38-1 and 38-2, and the second lock nut 44-2 is locked to the other-side cable retaining portions 40-1 and 40-2.

As a result, the first and second lock nuts 44
Even if -1, 44-2 becomes loose, the select cable 8 does not fall out of the cable mounting groove 36,
Detachment of the select cable 8 can be effectively performed.

Further, the select cable 8 can be attached without moving the select cable lever 14 which is aligned with the proper position, and there is no possibility that the position of the select cable 8 is shifted.

FIGS. 7 to 10 show a second embodiment of the present invention.

In the second embodiment, the shift lever 4 in FIGS. 5 and 6 of the first embodiment is operated, and the shift operation mechanism of the transmission 2 is operated via the select cable 8 and the shift cable 10. Therefore, here, only the different portions of the cable adjustment unit will be described.

The features of the second embodiment are as follows. That is, the select side cable adjusting unit 102
, A joint 106 for locking the select cable 104 is provided. This joint 106
Consists of a base 106a and a tip 106b.

A joint mounting hole 110 is formed in the free end 108b of the select cable lever 108. An annular spacer 112 is mounted in the joint mounting hole 110.

The joint 106 has a base 106a inserted into a spacer 112, and is rotatably attached to a free end 108b of a select cable lever 108 by a retaining ring 118 via an intervening member 114 and a washer 116.

A shaft mounting hole 120 is formed in the base end 108a of the select cable lever 108. A selection member (not shown), which is a gear control connecting member connected to the speed change operation mechanism, is inserted through and attached to the shaft mounting hole 120.

The tip 106b of the joint 106
Are formed to have a large width F as shown in FIG. Further, a plate locking portion 122 having a height G and a thickness H is formed on the entire distal end surface 106c of the distal end portion 106b of the joint 106.

The distal end portion 106b of the joint 106 is oriented in the axial direction of the
A cable mounting groove 124 opening at 06c is formed in a U-shape. The cable mounting groove 124 has a width I and a depth J. This cable mounting groove 124
Is a shape in which the one end 104a of the select cable 104 is completely immersed and attached.

One end 10 of the select cable 104
A screw 126 is formed in 4a. This screw 12
6 is screwed with a flange-shaped lock nut 128.

The joint 106 is provided with a nut fixing plate 130 corresponding to the joint 106. The nut fixing plate 130 is provided with a cable insertion hole 132 for inserting the select cable 104 and a bolt insertion hole 134. Further, a screw hole 136 is formed in the joint 106 corresponding to the bolt insertion hole 134. The nut fixing plate 130
Is provided with a positioning bolt 138 that is inserted into the bolt insertion hole 134 and screwed into the screw hole 136.

As shown in FIGS. 7 and 8, both ends of the nut fixing plate 130 are formed with a height K at both ends thereof. The sections 140-2 are provided respectively.

The other-side nut rotation preventing portion 140
A small first gap L is formed between the inner surface of the lock nut 128 and the outer surface of the lock nut 128, as shown in FIG. FIG.
As shown in FIG. 5, a second gap M is formed between the end surface of the other-side nut rotation portion 140-2 and the tip end portion 20b of the joint 20.

Next, the operation of the second embodiment will be described.

One end 104a of the select cable 104
Is connected to the cable adjustment unit 102, first, one end 104a of the select cable 104 is inserted into the cable insertion hole 132 of the nut fixing plate 130, and a lock nut 128 is inserted into the one end 104a of the select cable 104. The lock nut 128 and the nut fixing plate 130 are attached to one end 104a of the select cable 104 by screwing.
8 is adjacent to the distal end 106b of the joint 106, and the positioning bolt 138 is connected to the nut fixing plate 13
0 and is screwed into the screw hole 136 of the joint 106. At this time, due to the presence of the second gap M, the other-side nut rotation preventing portion 140-2 is displaced toward the joint 106, and the lock nut 128 is fixed.

Thus, the nut fixing plate 130
Has a function of clamping the lock nut 128 and fixing the position of the select cable 104 by being tightened to the joint 106 by the positioning bolt 138.

The lock nut 128 is used to determine the position of the select cable 104, and is fixed by a nut fixing plate 130 to improve the positioning accuracy of the select cable 104.

As a result, in the second embodiment, the cable mounting groove 12
4, the select cable 104 is easily connected to the joint 106, and the select cable 10
4 can be improved in assemblability.

The position of the select cable 104 is determined by the lock nut 128 and the positioning bolt 1 is positioned.
Since the lock nut 128 is fixed by tightening the lock 38, the position of the select cable 104 does not shift, and the select cable 104 can be maintained at an appropriate position.

Further, the tip 106b of the joint 106
Since the second gap M is present between the end face of the other-side nut rotation preventing portion 140-2 and the other side, when the positioning bolt 138 is tightened, the nut fixing plate 130 is displaced and the position of the select cable 104 is prevented from shifting. Can be prevented.

Further, a small first surface is provided between the outer surface of the lock nut 128 and the inner surface of the other-side nut rotation preventing portion 140-2.
Since only the gap L exists, the rotation of the lock nut 128 is stopped by the other-side rotation preventing portion 140-2, and the lock nut 128 is fixed to the nut fixing plate 130.
, The lock nut 128 is prevented from rotating, and the lock nut 128 is prevented from rotating.
Can be effectively prevented from being loosened.

Further, since the lock nut 128 and the nut fixing plate 130 are separately formed, even if the nut fixing plate 130 is tightened by the positioning bolt 138, the tightened state can be stabilized.

Further, one end 1 of the select cable 104
04a is inserted into the cable insertion hole 132 of the nut fixing plate 130, and the nut fixing plate 130 is locked by the distal end portion 106b of the joint 106 and by the plate locking portion 122.
The nut fixing plate 130 is firmly held, and the select cable 104 can be reliably prevented from dropping out of the cable mounting groove 124.

FIGS. 11 to 14 show a third embodiment of the present invention.

In the third embodiment, the shift lever 4 in FIGS. 5 and 6 of the first embodiment is operated to operate the shift operation mechanism of the transmission 2 via the select cable 8 and the shift cable 10. Therefore, here, only the different portions of the cable adjustment unit will be described.

The features of the third embodiment are as follows. That is, the select side cable adjustment unit 202
, A joint 206 for locking the select cable 204 is provided. This joint 206
Consists of a base 206a and a tip 206b.

At the free end 208b of the select cable lever 208, a joint mounting hole 210 is formed. An annular spacer 212 is inserted into the joint mounting hole 210.

The joint 206 has a base portion 206a mounted in a spacer 212 and is rotatably attached to a free end portion 208b of a select cable lever 208 by a retaining ring 218 via an intervening member 214 and a washer 216.

A shaft mounting hole 220 is formed at the base end 208a of the select cable lever 208. A select member (not shown), which is a gear control connecting member connected to the speed change operation mechanism, is inserted through and attached to the shaft mounting hole 220.

The tip 206b of the joint 106
Are formed to have a large width N as shown in FIG.
A plate locking portion 222 having a height O and a thickness P is formed at a distal end portion 206b of the joint 206.

The distal end portion 206b of the joint 206 is directed in the axial direction of the joint
A joint-side cable mounting groove 224 opening at 06c is formed in a U-shape. The joint-side cable mounting groove 224 has a width Q and a depth R. The joint-side cable mounting groove 224 has a shape in which the one end 204a of the select cable 204 is completely immersed and mounted.

One end 20 of the select cable 204
A screw 226 is formed in 4a. This screw 22
6 is screwed with a flange-shaped lock nut 228.

The joint 206 is provided with a nut fixing plate 230 corresponding to the joint 206. The nut fixing plate 230 is provided with a plate-side cable mounting groove 232 for mounting the select cable 204 and a bolt insertion hole 234. A screw hole 236 is formed in the joint 206 so as to correspond to the bolt insertion hole 234. The nut fixing plate 230 is provided with a positioning bolt 238 inserted into the bolt insertion hole 234 and screwed into the screw hole 236.

Further, one end of the nut fixing plate 230 has a fixing piece 240 bent over the entire one end.
Are formed. The fixing piece 240 is attached to an engaging hole 244 of a fixing protrusion 242 provided integrally on the outer surface of the joint 206. Therefore, nut fixing plate 2
Numeral 30 is firmly held by the positioning bolt 238 and the fixed projection 242.

Next, the operation of the third embodiment will be described.

One end 204a of select cable 204
Is connected to the cable adjusting unit 202, first, the lock nut 2 is attached to one end 204a of the select cable 204.
28, one end 2 of the select cable 204.
04a is mounted in the joint-side cable mounting groove 224, and the positioning bolt 238 is inserted into the bolt insertion hole 234 of the nut fixing plate 230 and screwed into the screw hole 236.
30 is rotated to fit the plate-side cable mounting groove 232 from above the one end 204a of the select cable 204, and the positioning bolt 238 is further tightened.

Thus, there is no need to insert the select cable 204 through the hole, and the nut fixing plate 230 can be rotated.
04 can be improved.

Further, since the fixing piece 240 of the nut fixing plate 230 is engaged with the fixing protrusion 242 of the joint 306, the nut fixing plate 230 can be firmly held.

Furthermore, since it is not necessary to directly attach the nut fixing plate 230 to the select cable 204 itself, the assemblability of the select cable 204 can be further improved.

Furthermore, since the select cable 204 is mounted by the joint-side cable mounting groove 224 and the plate-side cable mounting groove 232, the removal of the select cable 8 can be more reliably prevented.

FIGS. 15 to 17 show modifications of the third embodiment.

In the modification of the third embodiment, since the structure is substantially the same as that of the third embodiment described above, only the portions different from the third embodiment will be described.

The features of the modification of the third embodiment are as follows. That is, the nut fixing plate 2
The nut 30 includes a nut rotation preventing portion 250. Therefore, the outer surface of the lock nut 128 and the nut rotation preventing portion 25
Only a small gap S is formed between the 0 inner surfaces.

According to the configuration of the modification of the third embodiment,
The same effect as in the third embodiment described above is obtained, and the function of preventing the lock nut 228 from rotating can be provided in the nut fixing plate 230 to prevent the lock nut 228 from being loosened and to prevent the lock nut 228 from rotating. Therefore, other components are not required, and the configuration can be simplified.

In each of the above-described embodiments and the modifications, the description has been given of the select-side cable adjuster of the select cable which is one of the gear control cables. It goes without saying that each of the above-described embodiments and modified examples can be applied to the side cable adjustment unit.

[0076]

As is apparent from the above detailed description, according to the present invention, first, a cable mounting groove for mounting one end of a gear control cable is provided at the end of the joint, and a plate locking portion is provided. A lock nut is screwed onto one end of the gear control cable, and a nut fixing plate that locks to the plate locking part is provided corresponding to the joint. The gear control cable is inserted through this nut fixing plate By providing a cable insertion hole and a bolt insertion hole, a screw hole is formed in the joint corresponding to the bolt insertion hole, and a positioning bolt inserted into the bolt insertion hole and screwed into the screw hole is provided. If one end of the gear control cable is installed in the cable mounting groove, it can be easily connected to the gear control cable and the joint. It is possible to improve the assemblability of the gear control cable, and when the positioning bolt is tightened, the lock nut comes out of the position of the gear control cable and is fixed by the nut fixing plate, The position accuracy of the gear control cable is further improved, and the nut fixing plate is securely held by locking to the plate locking part of the joint, so that the select cable is securely prevented from dropping out of the cable mounting groove I can do it.

Secondly, a joint-side cable mounting groove for mounting one end of a gear control cable is provided at the distal end of the joint, and a lock nut is screwed into one end of the gear control cable so as to correspond to the joint. A nut fixing plate is provided.The nut fixing plate is provided with a plate-side cable mounting groove for mounting a gear control cable and a bolt insertion hole, and a screw hole is formed in the joint corresponding to the bolt insertion hole. By providing the positioning bolt which is inserted into the insertion hole and screwed into the screw hole, the gear control cable is mounted in the joint side cable mounting groove and the plate side mounting groove, so that the gear control cable is more firmly held. At the same time, the gear control It can improve the assembling performance of Le cables.

[Brief description of the drawings]

FIG. 1 is a side view of a select cable adjusting unit according to a first embodiment.

FIG. 2 is a diagram illustrating an assembled state of a select cable.

FIG. 3 is a front view of a cable adjusting unit to which a select cable is attached.

FIG. 4 is a side view of a cable adjustment unit to which a select cable is attached.

FIG. 5 is a plan view of a cable adjustment unit.

FIG. 6 is a configuration diagram showing a relationship between a shift lever and a transmission.

FIG. 7 is a plan view of a cable adjusting unit according to the second embodiment.

FIG. 8 is a front view of a nut fixing plate.

FIG. 9 is a front view of a state where a select cable and a positioning bolt are assembled.

FIG. 10 is a side view showing a state where a select cable and a positioning bolt are assembled.

FIG. 11 is a plan view of a cable adjusting unit according to a third embodiment.

FIG. 12 is a front view of a nut fixing plate.

FIG. 13 is a front view of a state where a select cable and a positioning bolt are assembled.

FIG. 14 is a side view of a state where a select cable and a positioning bolt are assembled.

FIG. 15 is a plan view of a cable adjustment unit according to a modification of the third embodiment.

FIG. 16 is a front view of a nut fixing plate.

FIG. 17 is a front view of a state where a select cable and a positioning bolt are assembled.

FIG. 18 is a plan view of a conventional cable adjustment unit.

FIG. 19 is a side view of a conventional cable adjustment unit.

FIG. 20 is a view showing a state where a select cable is conventionally assembled.

FIG. 21 is a view showing a state where a select cable is conventionally attached.

[Explanation of symbols]

 Reference Signs List 2 transmission 4 shift lever 8 select cable 10 shift cable 12 select side cable adjusting section 14 select cable lever 20 joint 36 cable mounting groove 38 one side cable retaining section 40 other side cable retaining section 42 screw 44 lock nut

Claims (2)

(57) [Claims] 1. A gear control cable having one end connected to a shift operation mechanism of a transmission and the other end connected to a shift lever, wherein a screw is formed at one end of the gear control cable. One end of the gear control cable is connected to the distal end of the joint by a lock nut screwed into the joint, and the base of the joint is rotatably provided at the free end of the swing lever. A cable control unit that is provided with a gear control connecting body that is connected to the speed change operation mechanism, and that adjusts the length of the gear control cable by changing the position of the lock nut that is screwed to one end of the gear control cable. In the above, a cable mounting groove for mounting one end of the gear control cable is provided at the end of the joint. Set the only Rutotomoni plate locking portion
The lock control cable at one end of the gear control cable.
A screw is provided, and the plunger is provided corresponding to the joint.
Provide a nut fixing plate that locks to the rate locking part,
The nut control plate is attached to the gear control
Cable insertion holes and bolt insertion holes
In the joint, corresponding to this bolt insertion hole,
A screw hole is formed, and the screw hole is inserted through the bolt insertion hole.
A locking structure for a cable adjuster, comprising a positioning bolt screwed into a screw hole . 2. A gear control cable having one end connected to a shift operation mechanism of a transmission and the other end connected to a shift lever, wherein a screw is formed at one end of the gear control cable. One end of the gear control cable is connected to the distal end of the joint by a lock nut screwed into the joint, and the base of the joint is rotatably provided at the free end of the swing lever. A cable control unit that is provided with a gear control connecting body that is connected to the speed change operation mechanism, and that adjusts the length of the gear control cable by changing the position of the lock nut that is screwed to one end of the gear control cable. In the above, one end of the gear control cable is attached to the tip of the joint.
The joint side cable mounting groove is provided and the gear control
The lock nut is screwed to one end of Lumpur cable, the di
A nut fixing plate is provided corresponding to the
The gear control cable is
Plate side cable mounting groove and bolt insertion
A through hole is provided, and the above-mentioned
A screw hole is formed in the point, and it is inserted through the bolt insertion hole.
And a positioning bolt which is screwed into said screw hole .