TWI647139B - Simplified main switch lock - Google Patents

Abstract

The present invention relates to a simplified main switch lock comprising a lock cylinder lockably mounted in a first housing, and a first toggle member and a second toggle member mounted inside the first housing, The switch lock further includes a first slider and a second slider slidably received in the first housing, and the operation lock cylinder is selectable to be coupled with the first dial member or the second dial member and to push the first slide The block or the second slider is displaced, and the seat lock or the fuel tank cap lock of the motorcycle is unlocked through the first or second slider, and the structure of the main switch lock is simplified and the main switch is made in a state in which the main switch lock function is realized. The volume of the lock is reduced due to the simplification of the structure.

Description

Simplified main switch lock

The invention relates to a main switch lock, in particular to a lock mounted on a motorcycle for providing anti-theft function of the motorcycle, and the main switch lock can unlock the lock of the motorcycle and the lock state of the fuel tank cover.

Motorcycles often use a main switch lock to provide anti-theft function. This main switch lock has only one steering faucet for the motorcycle, so that the angle of the steering faucet can not be operated arbitrarily. The main switch lock also provides control motorcycle. The power supply system of the vehicle is powered or not powered. In the state where the power supply system is not powered, the engine of the motorcycle cannot be started. That is to say, the main switch lock provides the function of locking the faucet and powering off to achieve theft prevention.

However, in addition to the main switch lock, there is a seat lock that prevents the storage compartment of the motorcycle from being arbitrarily opened (usually the storage compartment is located below the seat cushion, so the lock of the seat cushion can prevent the storage compartment from being opened) and prevent The fuel tank cap is locked by the fuel tank cap that is arbitrarily opened. The cushion lock and the fuel tank cap lock need to be additionally operated by a key to unlock, which is not convenient to use.

To this end, the manufacturer provides a main switch lock that can unlock the seat cushion lock and the fuel tank cap lock only by operating the main switch lock. The main switch lock can directly connect different components through different positions of the operating lock cylinder. The function of the seat lock and the fuel tank cover is unlocked from the main switch lock. However, in order to provide the function of opening the seat lock and the fuel tank cover lock, the main switch lock generally has a complicated structure and a large volume, which will result in The manufacturing cost of the industry has increased.

Accordingly, in order to simplify the structure of the main switch lock and achieve the functions of controlling the fuel tank lid lock, the seat cushion lock, the faucet lock, and the power supply cutoff, the present invention provides a simplified main switch lock including: a first shell The first receiving slot is disposed between the first and third receiving slots and is respectively connected to the first and third receiving slots, and the first receiving pocket is disposed between the first and third receiving slots. The casing further includes an outer peripheral surface and a sliding hole extending from the outer peripheral surface to the third receiving groove, the first casing also including a lock core formed in the first chute in the second receiving groove, the lock core including a convex portion of the surrounding surface, the lock core is unlocked and can be pivoted according to a pivot axis defined by the lock core or displaced along the pivot axis, and a second shell is coupled with the third pocket of the first shell a return spring is disposed in the first shell and located between the lock core and the second shell, and the return spring elastically supports the lock core in a first position, and the first dial member accommodated in the second pocket The first dial member includes a side formed on the outer side a first lug and a first shaft hole, the first dial member further comprising a first protrusion formed on an inner circumferential surface of the first shaft hole and a circumferential direction and the first protrusion about the pivot axis Separating a second protrusion, the first shaft hole is pivotally sleeved with the lock core, and when the lock core is in the first position, the protrusion is located in the first shaft hole of the first dial member, and a projection about a circumferential direction of the pivot axis and spaced apart from the first projection, the projection along the pivot when the lock cylinder is displaced from the first position to the second position along the pivot axis The rotation axis is spaced apart from the first protrusion, a second dial member is received in the second pocket and spaced apart from the first dial member along the pivot axis, and the second dial member is formed on the a dialing ear on the outer side and a second shaft hole, the second dialing member further comprising an inner protrusion formed on the inner circumferential surface of the second shaft hole, the second shaft hole being pivotally sleeved with the lock cylinder When the lock core is in the first position, the convex portion is spaced apart from the inner protrusion along the pivot axis, and when the lock core is in the second position, the convex portion and the convex portion are convex Abutting, when the lock cylinder is pivoted from the second position to the third position according to the pivot axis, the convex portion pushes the second dial to pivot the dialing ear from an initial position to a pressing position a position, when the lock cylinder is pivoted from the first position to a fourth position according to the pivot axis, the convex portion abuts the first protrusion of the first dial member and the convex portion is along the pivot axis The wire is spaced apart from the inner protrusion and slidably received in the first sliding slot. The first sliding block is coupled to the first lug of the first dialing member and the second The dialing ears of the dialing member are coupled in a movable manner. When the lock cylinder is in the third position, the dialing ears of the second dialing member are located at the pressing position and push the first slider to be displaced from a releasing position to a pulling position. a position, when the lock cylinder is pivoted from the fourth position to a fifth position by the pivot axis, the protrusion pushes the first dial to cause the first lug to pivot from an original position to an end position And pushing the first slider to be displaced from the release position to the pulling position, a first spring, accommodated in the first slider and the first Between a chute, the first spring biases the first slider in the release position, and a latch slidably coupled with the sliding hole of the first casing, the latch and the lock cylinder are operatively coupled to each other, The pivot axis is displaced from the fourth position to a sixth position and further pivoted from the sixth position to the seventh position according to the pivot axis. The latch is displaced from the retracted position by an extended position. And after the latch is in the extended position, the return spring biasing lock cylinder is displaced from the seventh position to an eighth position along the pivot axis, and when the lock core is in the seventh position, the convex portion is along the The pivot axis is spaced apart from the first and second protrusions of the first dial member, and the protrusion portion abuts the first protrusion when the lock core is in the eighth position.

When the lock cylinder pivots from the eighth position to the ninth position with the pivot axis as the axis, the convex portion presses the first protrusion of the first dial to pivot the first lug from the original position to The terminal position further interlocks the first slider from the release position to a pull position.

The present invention further provides a simplified main switch lock comprising: a first housing, a lock cylinder, a first slider slidably received in the first housing, slidably coupled to the first housing, first The slider can be pushed to be displaced to a release position or a pull position, a first dial member is received in the first housing and coupled to the lock cylinder, and the first dial member includes the first slider a first lug coupled in series, the first dial member can be pushed by the lock cylinder to pivot the first lug to an original position or an end position, and a second dial member is received in the first shell And being coupled with the lock cylinder, the second dial member includes a dialing ear coupled with the first slider, and the second dial member can be pushed by the lock cylinder to pivot the ear to an initial position or A pressed position.

The lock cylinder may select to push the first lug of the first dial to pivot from the original position to the end position in the unlocked state, or select to push the dialing ear of the second dial to pivot from the initial position to a pressing position, When the first dial member is pivoted from the original position to the end position, the first lug is pressed against the first slider to be displaced from the release position to the pulled position, and when the second dial member is pivoted from the initial position to the pressed position, dialing The ear is pressed against the first slider to be displaced from the release position to the pulled position.

The present invention further provides a simplified main switch lock comprising: a first housing, a lock cylinder, lockably received in the first housing, and a first slider slidably coupled to the first housing, the first The slider can be pushed to be displaced to a release position or a pull position, and a second slider slidably coupled to the first housing can be pushed to be displaced to a forward position or a retracted position, and the second slider The direction of movement is parallel to the first slider, and a first dial member is received in the first housing and coupled to the lock cylinder. The first dial member includes a first unit that is coupled with the first slider. a lug and a second lug coupled to the second slider, the first dial member being pushable by the lock cylinder to pivot the first lug to an original position or an end position or to pivot the second lug to A natural location or a push position.

The lock cylinder may select to push the first lug of the first dial to pivot from the original position to the end position in the unlocked state, or selectively push the second lug to pivot from the natural position to a push position, when the first dial member The first lug is pivoted from the original position to the end position, and the first lug is pressed against the first slider from the release position to the pulled position, when the second lug of the first dial is pivoted from the natural position to the push position Position, the second lug is pressed against the first slider to be displaced from the release position to the pulled position.

The main switch lock of the invention can achieve the effect of unlocking the operation of the seat cushion lock and the fuel tank cover through the dial member and the slider, and simplifies the main operation under the premise of the lock on the steering faucet and the power supply system or the power supply control. The structure of the switch lock, and the size of the main switch lock is reduced, which can effectively reduce the cost of the operator, and the size of the main switch lock is reduced by the structural simplification (smaller than the conventional main switch lock of the same function), and the main switch is also facilitated. The lock is mounted on an existing motorcycle (large size may cause problems due to interference).

The invention will be more clearly understood from the following detailed description of exemplary embodiments of the invention.

The main switch lock 10 of the present invention can be mounted on a commercially available motorcycle. The main switch lock 10 can lock the steering faucet of the motorcycle so that it cannot rotate, and the main switch lock 10 can also switch the power supply system of the motorcycle. Or not powered.

The main switch lock 10 of the present invention includes a first housing 20 and a second housing 117 in combination with the first housing 20, the first housing 20 including a neck 22, the first housing 20 further including a neck a first receiving groove 24 extending from the end surface of the portion 22, a second receiving groove 26 extending from the first receiving groove 24 and a third receiving groove 28 extending from the second receiving groove 26, wherein the first receiving groove 24 is further Including a step surface 25, the second pocket 26 includes two assembly portions 27 formed on the inner wall, a first chute 26A and a second chute 26B parallel to the first chute 26A. A first slot 30 extending from an outer peripheral surface 21 to the first sliding slot 26A and a second slot 32 extending to the second sliding slot 26B are formed. Preferably, the first and second slots 30, 32 are formed. On the same side of the outer peripheral surface 21 of the first casing 20, the first casing 20 also includes a sliding hole 34 extending from the outer peripheral surface 21 to the third pocket 28 and formed in the sliding hole 4, a coupling lug 23 on the outer side (as shown in FIG. 2), the sliding hole 34 is non-parallel with the first and second sliding grooves 26A, 26B, and the extending direction of the sliding hole 34 is substantially the same as the first And the second chutes 26A, 26B are orthogonal.

Referring to FIG. 1 , the second casing 117 includes a first space 119 and a second space 135 spaced apart from the first space 119 . The two side walls adjacent to the first space 119 form a track 131 . The second space 135 is provided with a switch 137. The switch 137 can be electrically connected to the power supply system of the motorcycle. The switch 137 can be operated to control whether the power supply system of the motorcycle is powered or not, and the switch 137 is switched. In the non-conducting state, an engine of the motorcycle cannot be started.

A return spring 51 (shown in Figures 5 and 6) is received between the lock cylinder 36 and the second housing 117, and the return spring 51 elastically biases the lock cylinder 36.

The main switch lock 10 further includes a lock cylinder 36 that is lockably received in the first pocket 24 of the first housing 20. The lock cylinder 36 includes a top end 38 and a bottom end 40. The lock cylinder 36 further includes a top end 38. Extending to a peripheral face 42 of the bottom end 40 and two projections 44 formed on the peripheral face 42 and spaced apart at the bottom end 40, the lock cylinder 36 also includes a keyhole 48 extending from the top end 38 to the bottom end 40 and A flange 46 is formed on the peripheral surface 42 and located at the top end 38. A plurality of locking pieces (not shown) are disposed in the lock core 36, and a key 175 corresponding to each of the locking holes is inserted into the key hole. Each of the locking tabs can be retracted into the inner side of the peripheral face 42 of the lock cylinder 36 to further unlock the lock cylinder 36 and can be displaced by the key 175 along the pivot axis defined by the lock cylinder 36 or with the pivot axis. Pivot for the axis. The lock cylinder 36 is located at the neck 22 of the first casing 20, the top end 38 of the lock cylinder 36 is near the end of the neck 22, and the bottom end 40 is located in the second pocket 26 (as shown in Figures 5 and 6), the return spring The biasing lock cylinder 36 enables the keyhole 48 to access the end of the neck 22 of the first housing 20.

The main switch lock 10 according to the drawing further includes a first dial member 50 coupledly coupled to the lock cylinder 36, a second dial member 62 coupledly coupled to the lock cylinder 36, and a limit member 70. The first dial member 50 includes a first lug 52 formed on the outer circumference and a second lug 54 spaced apart from the first lug 52 in a circumferential direction of the pivot axis, the first dial member The 50 further includes a first shaft hole 56 and two first protrusions 58 formed symmetrically on the inner circumference of the first shaft hole 56 and two second protrusions 60 symmetrically, wherein each of the first protrusions 58 is wound around The circumferential direction of the pivot axis is located between the two second bumps 60. The first shaft hole 56 of the first dial member 50 is sleeved with the bottom end 40 of the lock cylinder 36, and the first dial member 50 is received in the second pocket 26 of the first shell 20 (eg, 5-7). Figure)

The limiting member 70 includes two assembling ears 72 formed on the outer peripheral surface and a through hole 76 formed in a non-circular central cross section, and the limiting member 70 further includes two first symmetry formed on the inner circumferential surface of the through hole 76. A restricting portion 78 and a blocking portion 79 are located between the two first restricting portions 78 in the circumferential direction of the pivot axis (as shown in Fig. 7).

The limiting member 70 is received in the second housing 26 of the first housing 20, and the two assembly ears 72 are respectively received in the assembly portions 27 and screwed through the screws. The limiting member 70 is attached along the pivot axis. Relying below the first dial 50 for restricting the first dial 50 from being displaced along the pivot axis, the second restricting portion 74 of the limiting member 70 is a reverse extension toward the first dial 50 The through hole 76 of the limiting member 70 is sleeved with the bottom end 40 of the lock cylinder 36. The limiting member 70 is used to restrict the lock cylinder 36 from being displaced along the pivot axis when in certain certain positions, or in a specific In some positions, the lock cylinder 36 can only pivot in a single direction about the pivot axis, as will be further described in the operating instructions.

The second dial 62 includes a dialing ear 64 formed on the outer circumference and a second shaft hole 66 formed in the center, and the second dial 62 further includes a circumferential surface symmetry formed in the second shaft hole 66. Two inner bumps 68. The second triggering member 62 is received in the second receiving slot 26 of the first housing 20, and the limiting member 70 is located between the first and second dial members 50, 62 along the pivot axis, and second The second shaft hole 66 of the dial 62 allows the lock cylinder 36 to penetrate.

The lock cylinder 36 can selectively detach the first and second dial members 50, 62 or interlock one of the first dial member 50 and the second dial member 62 according to different positions (or angles). The lock is allowed in a state in which the two convex portions 44 of the lock cylinder 36 are spaced apart from the first projections 58 and the second projections 60 of the first dial member 50 in the circumferential direction of the pivot axis. The core 36 pivots relative to the first dial member 50 (as shown in FIG. 7), further in the case where the two convex portions 44 of the lock cylinder 36 abut against the respective first bumps 58 or the second bumps 60 Pivoting the lock cylinder 36, the lock cylinder 36 pushes the first dial 50 to pivot the first lug 52 to an original position (as shown in Fig. 7) or an end position (as shown in Fig. 14), Alternatively, the second lug 54 is pivoted to a natural position (as shown in Figure 7) or a push position (as shown in Figure 26).

In a state where the two convex portions 44 of the lock cylinder 36 and the inner projections 68 of the second dial 62 are spaced apart along the pivot axis, the lock cylinder 36 is allowed to pivot relative to the second dial 62 (eg, 6 and 9), further pivoting the lock cylinder 36 when the two convex portions 44 of the lock cylinder 36 abut against the inner projections 68 (blocked by the first restricting portion 78 can only push the second The direction of the toggle member 62 is pivoted), and the lock cylinder 36 pushes the second dial member 62 to pivot the dialing ear 64 to an initial position (as shown in FIG. 9) or a pressing position (such as FIG. 11). Shown).

The main switch lock 10 further includes a first slider 80 slidably received within the first housing 20 and a second slider 90, wherein the first slider 80 includes a first pushing portion 84 spaced apart from each other and A dial portion 86, the first slider 80 further includes a first joint portion 82 formed between the first pushing portion 84 and the dial portion 86. The first slider 80 is slidably received in the first sliding slot 26A of the first housing 20, and the first coupling portion 82 is aligned with the first slot 30 of the first housing 20, such a first pull The cable 171 has a head portion that can be coupled with the first joint portion 82 of the first slider 80, and the first cable 171 can extend to the outside of the first slider 80 and the first shell 20 to be combined with a device of the motorcycle configuration. For example, the first cable 171 can be combined with a seat lock (or a lock of the storage compartment) on the motorcycle, and the displacement of the first slider 80 can pull the first cable 171 to operate the seat lock release seat. The pad further opens the storage compartment.

The first lug 52 of the first dial 50 is coupled with the first pushing portion 84 of the first slider 80, and the first lug 52 is pivoted to the original position (as shown in FIG. 7) or pivoted Turning to the end position (as shown in Fig. 14) is to interlock the first slider 80 to a release position (as shown in Fig. 7) or to a pull position (as shown in Fig. 14), A first spring 88 is received between a slider 80 and the first chute 26A of the first housing 20, and the first spring 88 biases the first slider 80 in the release position.

In addition, the toggle ear 64 of the second dial 62 is coupled with the toggle portion 86 of the first slider 80, and the toggle ear 64 is pivoted to the initial position (as shown in FIG. 9) or pivoted. To the pressed position (as shown in Fig. 11), the first slider 80 is interlocked to a release position (as shown in Fig. 9) or to a pull position (as shown in Fig. 11).

The second slider 90 includes a second pushing portion 94 and a second coupling portion 92. The second slider 90 is slidably received in the second sliding slot 26B of the first housing 20, and the second coupling portion 92 is aligned with the second slot 32 of the first housing 20, such a second pull The cable 173 has a head that can be coupled to the second joint portion 92 of the second slider 90, and the second cable 173 can extend to the outside of the second slider 90 and the first shell 20 to be combined with a device of the motorcycle configuration. For example, the second cable 173 can be coupled to a fuel tank cap lock on the motorcycle, and the displacement of the second slider 90 can pull the second cable 173 to operate the fuel tank cap lock release to further open the fuel tank.

The second lug 54 of the first dial 50 is coupled with the second pushing portion 94 of the second slider 90, and the second lug 54 is pivoted to a natural position (as shown in FIG. 7) or pivoted Turning to the push position (as shown in Fig. 26) is to interlock the second slider 90 to a forward position (as shown in Fig. 7) or to a retracted position (as shown in Fig. 26), A second spring 96 is received between the second slider 90 and the second chute 26B of the first housing 20, and the second spring 96 biases the second slider 90 in the retracted position.

The main switch lock 10 also includes a link 98 coupled between the lock cylinder 36 and the changeover switch 137 and an engagement member 139 slidably received in the second housing 117, wherein the link 98 includes a first end 111 And a second end 113, the link 98 further includes a push arm 115 projectingly formed on the peripheral surface between the first and second ends 111, 113. The first end 111 of the link 98 is coupled to the lock cylinder 36 and pivoted about the pivot axis, and the link 98 is also displaced along the pivot axis with the lock cylinder 36, the link 98 The second end 113 is coupled with the changeover switch 137, and the link 98 is pivotally interlocked to switch the switch 137 to an on state or a non-conduction state.

The engaging member 139 includes a receiving hole 151. The receiving hole 151 includes a pushing surface 153 formed by a side wall. The engaging member 139 further includes a joint portion 155 spaced apart from the receiving hole 151 and formed on the end surface. . The engaging member 139 is received in the first space 119 of the second casing 117 and slidably coupled with the rail 131. The joint portion 155 of the engaging member 139 is aligned with the sliding hole 34 of the first casing 20, and the connecting rod 98 is pushed. The position of the arm 115 corresponding to the lock cylinder 36 may be displaced along the pivot axis to the outside of the receiving hole 151 of the engaging member 139 (as shown in FIG. 5), or the pushing arm 115 is displaced to the receiving hole 151 of the engaging member 139. When the push arm 115 is located in the receiving hole 151 of the engaging member 139 and the lock cylinder 36 is pivoted, the pushing arm 115 can be pressed against the pushing surface 153 to cause the engaging member 139 to be displaced.

The engaging member 139 is coupled to move together with a latch 157. The latch 157 includes a engaging end 159 coupled to the engaging portion 155 of the engaging member 139. The latch 157 is slidably received in the sliding hole of the first housing 20. 34 and the end is located outside the sliding hole 34. Through the rotation of the lock cylinder 36, the interlocking pin 157 can be selected to be displaced along the axial direction of the sliding hole 34 to a retracted position (as shown in Figures 5, 7, and 17) or an extension. Location (as shown in Figure 18)

The main switch lock 10 can be fixed on the frame of the motorcycle through the coupling lug 23 of the first casing 20 and close to the position of the steering faucet. When the pin 157 is in the extended position, the steering faucet can be fixed, so that the motorcycle The angle of the steering cannot be controlled, and when the latch 157 is in the retracted position, the steering faucet can be freely rotated (not shown).

For convenience of explanation, it is assumed that the lock cylinder 36 is located at the first position (corresponding to the ON position where the motorcycle is powered on), as shown in FIGS. 5 to 9, in such a state, the two convex portions 44 of the lock cylinder 36 are along The pivot axis is spaced apart from the two inner projections 68 of the second toggle member 62, and the two projections 44 along the pivot axis and the first projections 58 of the first dial block 50 and each The second bumps 60 are aligned (as shown in Figures 6 and 7), but the two projections 44 are spaced apart from the two first projections 58 and the two second projections 60 about the circumferential direction of the pivot axis. (As shown in Fig. 7), in other words, the two convex portions 44 are respectively located between the first convex block 58 and the second convex block 60 in the circumferential direction of the pivot axis, so that the correct use is correct. The key 175 releases the locked state of the lock cylinder 36, and the lock cylinder 36 can be operated to pivot independently in the opposite directions with respect to the first dial member 50 and the second dial member 62 with respect to the pivot axis.

Further, in a state where the lock cylinder 36 is in the first position, the use of the key 175 permits the displacement of the lock cylinder 36 to a second position along the pivot axis. Referring to FIG. 10, after the lock cylinder 36 is displaced to the second position, the flange 46 of the lock cylinder 36 abuts against the step surface 25 of the first pocket 24 of the first casing 20, and the two convex portions 44 are along The pivot axes are respectively aligned with the two inner protrusions 68 of the second dial 62, and the two protrusions 44 are respectively abutted against the two inner protrusions 68 in the circumferential direction of the pivot axis and are limited The two first restricting portions 78 of the member 70 abut against each other. Since the limiting member 70 is non-rotatable, the lock core 36 located at the second position can only be pressed against the direction of the two inner bumps 68 toward the first The three positions are pivoted, and the dialing ears 64 of the second dialing member 62 are pushed from the initial position (as shown in FIG. 9) to the pressing position (as shown in FIG. 11), and the ear 64 is pushed to push the first The slider 80 is displaced from the release position to the pulled position, and the first slider 80 pulls the first cable 171 to unlock the seat cushion of the motorcycle. Further, the key 175 is released in a state where the lock cylinder 36 is in the third position, and the first slider 80 is biased by the first spring 88 to be reset to the release position and pushes the dialing ear 64 to the initial position, the lock cylinder After the second dial 62 is interlocked to return to the second position, the reset spring 51 biases the lock cylinder 36 to the first position.

When the lock cylinder 36 is in the first position, the left pivot cylinder 36 shown in FIG. 7 is displaced to a fourth position (corresponding to the OFF position of the motorcycle power off), as shown in FIG. 12, the lock cylinder The two protrusions 44 of the 36 are respectively abutted against the two first protrusions 58 of the first dial member 50. Referring to the figures 13 and 14, the two first protrusions 58 are pressed from the third position. The direction (left side of Fig. 12) pivots the lock cylinder 36 to a fifth position, and the lock cylinder 36 pushes the first dial 50 to pivot the first lug 52 from the original position (as shown in Fig. 12) to the terminal Position (as shown in Fig. 14), and the first lug 52 pushes the first slider 80 to be displaced from the release position to the pulled position, so that the seat cushion lock of the motorcycle is unlocked, and the lock cylinder 36 is in the fifth position. The key 175 is lowered, and the first spring 88 biases the first slider 80 to the release position while pushing the first lug 52 to the original position, so that the first dial 50 interlocks the lock cylinder 36 to the fourth position.

In the state where the lock cylinder 36 is in the fourth position, the key 175 is also allowed to be pressed along the pivot axis to bias the lock cylinder 36 to a sixth position (as shown in FIGS. 15-17), in this state. The flange 46 of the lock cylinder 36 abuts against the step 25 of the first pocket 24 of the first shell 20, and the two protrusions 44 abut against the two inner bumps 68 of the second dial 62, but Since the dialing ear 64 of the second dial 62 is blocked by the second restricting portion 74 of the limiting member 70 (as shown in FIG. 16), the lock cylinder 36 in the sixth position cannot be pressed toward the inner bump. The direction of 68 (right side of Fig. 16) pivots, but allows the lock cylinder 36 in the sixth position to pivot away from the two inner projections 68 to a seventh position, and further, the lock cylinder 36 is at the sixth position. In position, the push arm 115 of the link 98 is located within the ing hole 151 of the engagement member 139 along the pivot axis, such that when the lock cylinder 36 is pivoted from the sixth position to the seventh position, the link 98 Push arm 115 against pressure 139 push surface 153 of the adapter 139 push latch member 157 to an extended position (as shown in FIG. 18 and 19) from a retracted position (as shown in FIG. 17).

When the latch 157 is in the extended position, the steering faucet of the motorcycle is locked by the latch 157 and cannot be rotated, and the main switch lock 10 thereby provides the antitheft function of the motorcycle (the switch 137 is also switched to the non-conducting state). Further, when the lock cylinder 36 is in the seventh position, the key 175 is released, and the return spring 51 biases the lock cylinder 36 to be displaced along the pivot axis to the step of the flange 46 and the first pocket 24 of the first casing 20. An eighth position of the separation (as shown in Fig. 20), such that the link 98 is displaced such that the push arm 115 is spaced apart from the receiving hole 151 of the engaging member 139 along the pivot axis such that it is in the eighth position. When the lock cylinder 36 pivots about the pivot axis, the engagement member 139 is not pushed by the push arm 115, and the further latch 157 can remain in the extended position.

In a state where the lock cylinder 36 is at the eighth position, the two convex portions 44 are aligned with the two first projections 58 and the two second projections 60 of the first dial member 50 along the pivot axis, and Two convex portions 44 are located between the adjacent first and second convex blocks 58, 60 in the circumferential direction of the pivot axis (as shown in FIG. 21, each convex portion 44 is simultaneously with the first and second portions The bumps 58 and 60 abut and abut against the first side of the second bump 60. Referring to FIG. 22, a convex portion 44 is unilaterally received by the limiting member about the circumferential direction of the pivot axis. The blocking of the blocking portion 79 of the 70, thus allowing only the lock cylinder 36 to pivot in the circumferential direction of the pivot axis against the second projection 60 in the state in which the lock cylinder 36 is in the eighth position, in other words, in other words, in the direction of pressing the second projection 60 in the circumferential direction of the pivot axis, in other words When the lock core 36 is in the eighth position, the lock core 36 is blocked by the blocking member 79 in the direction of pressing the first protrusion 58. Further, the lock core 36 cannot interlock the second slider 90 but allows the first slider 80 to be interlocked. .

Referring to FIG. 23, in a state where the lock cylinder 36 is at the eighth position, the direction in which the two convex portions 44 are pressed against the two second projections 60 of the first dial member 50 is further pivoted to a ninth direction. Positioning and interlocking the first dial 50 such that the first lug 52 is pivoted from the original position to the end position, and further the first lug 52 pushes the first slider 80 to be displaced from the release position to the pulled position, the first slider 80 Pulling the first cable 171 drives the seat lock of the motorcycle to unlock.

When the key 175 is released when the lock cylinder 36 is in the ninth position, the first spring 88 biases the first slider 80 to the release position and interlocks the first dial 50 to pivot the first lug 52 from the end position to the original position. Position, further the lock cylinder 36 is reset from the ninth position (as shown in Fig. 23) to the eighth position (as shown in Figs. 20 and 21).

In addition, in a state where the lock cylinder 36 is in the eighth position, the latch 157 is operated to be displaced from the extended position to the retracted position, and only the key 175 is required to press the lock cylinder 36 to be displaced from the eighth position to the seventh position. The push arm 115 of the rod 98 enters the receiving hole 151 of the engaging member 139, and further displaced from the seventh position reverse lock cylinder 36 to the sixth position, the displacement of the engaging member 139 can be interlocked so that the latch 157 is displaced from the extended position to Retracted position.

In addition to unlocking the seat lock of the motorcycle through the first slider 80, the main switch lock 10 can also cooperate with the second cable 173 through the second slider 90 to lock a fuel tank cover of the motorcycle. In conjunction with the details, as shown in FIGS. 24 and 25, in the state in which the lock cylinder 36 is in the first position, the pivot lock cylinder 36 is pivoted toward the fourth position according to the pivot axis to the first position. In the ten position, the link 98 is interlocked with the switch 137 to be in a non-conducting state, so that the motorcycle cannot be powered and turned off.

In the state in which the lock cylinder 36 is in the tenth position, the two convex portions 44 respectively abut against the two second protrusions 60 of the first dial member 50 (adhering to the second side of the second protrusion 60) It is spaced apart from the adjacent first bump 58 in the circumferential direction of the pivot axis (as shown in Fig. 25).

In the state in which the lock cylinder 36 is in the tenth position, the lock core 36 is further pivoted to the eleventh position in the direction of pressing the second protrusions 60 with the pivot axis as the axial center, and the two cores 36 of the lock cylinder 36 The protrusion 44 pushes the first dial 50 to pivot the second lug 54 from the natural position (as shown in Fig. 25) to the push position (as shown in Fig. 26), and the second lug 54 is pressed against The two sliders 90 are displaced from the forward position to the retracted position, and the second slider 90 pulls the second cable 173 to interlock the fuel tank cap lock to unlock, and the fuel tank cover can be opened.

When the key 175 is released in a state where the lock cylinder 36 is at the eleventh position, the second spring 96 biases the second slider 90 to the forward position, and pushes the second lug 54 to the natural position by the push position, further The first dial member 50 drives the lock cylinder 36 to return from the eleventh position to the tenth position.

The main switch lock 10 of the present invention simplifies the structure of the main switch lock 10, and reduces the size of the main switch lock 10, which can effectively reduce the cost of the operator, and the size reduction of the main switch lock 10 by the structural simplification is also advantageous. The main switch lock 10 is mounted on an existing motorcycle (large size may cause problems due to interference).

The direction of movement of the first and second sliders 80, 90 of the main switch lock 10 of the present invention is parallel to each other and non-parallel to the pin 157, thus facilitating the configuration of the first and second cables 171, 173.

The present invention disclosed in the specification is intended to be illustrative and not restrictive. The scope of the present invention is defined by the scope of the appended claims, and is not intended to

10‧‧‧Main switch lock

20‧‧‧ first shell

21‧‧‧ outer perimeter

22‧‧‧ neck

23‧‧‧ Combined with lugs

24‧‧‧first pocket

25‧‧‧ step

26‧‧‧Second cavity

26‧‧‧A first chute

26‧‧‧B second chute

27‧‧‧Assembly Department

28‧‧‧ third cavity

30‧‧‧First slot

32‧‧‧Second slot

34‧‧‧Sliding hole

36‧‧‧Lock core

38‧‧‧Top

40‧‧‧ bottom

42‧‧‧around surface

44‧‧‧ convex

46‧‧‧Flange

48‧‧‧ keyhole

50‧‧‧First mover

51‧‧‧Return spring

52‧‧‧First lug

54‧‧‧second lug

56‧‧‧First shaft hole

58‧‧‧First bump

60‧‧‧second bump

62‧‧‧Second mover

64‧‧‧ 拨 ear

66‧‧‧Second shaft hole

68‧‧‧ Inner bumps

70‧‧‧Limited parts

72‧‧‧Assemble ear

74‧‧‧Second Restriction

76‧‧‧through hole

78‧‧‧First Restriction Department

79‧‧‧Block

80‧‧‧First slider

82‧‧‧ first joint

84‧‧‧First Promotion Department

86‧‧‧The Ministry of Movement

88‧‧‧First spring

90‧‧‧Second slider

92‧‧‧Second junction

94‧‧‧Second Ministry

96‧‧‧Second spring

98‧‧‧ linkage

111‧‧‧ first end

113‧‧‧ second end

115‧‧‧ Push arm

117‧‧‧ second shell

119‧‧‧First space

131‧‧‧ Track

135‧‧‧Second space

137‧‧‧Toggle switch

139‧‧‧Connecting pieces

151‧‧‧ accommodating holes

153‧‧‧ Pushing surface

155‧‧‧Combination Department

157‧‧‧Latch

159‧‧‧Binding end

171‧‧‧The first cable

173‧‧‧Second cable

175‧‧‧ key

Figure 1 is a partially exploded perspective view of the main switch lock of the present invention.

Figure 2 is an exploded perspective view of another portion of the main switch lock of the present invention.

Figure 3 is an exploded perspective view of a portion of the main switch lock of the present invention.

Figure 4 is a perspective assembled view of the main switch lock of the present invention.

Figure 5 is a cross-sectional view taken along line 5-5 of Figure 4;

Figure 6 is a cross-sectional view taken along line 6-6 of Figure 4;

Figure 7 is a cross-sectional view taken along line 5-7 of Figure 5;

Figure 8 is a cross-sectional view taken along line 5-8 of Figure 5;

Figure 9 is a cross-sectional view taken along the cut line of Figure 9-9 of Figure 5.

Figure 10 is a cross-sectional view showing the lock cylinder in a second position.

Figure 11 is a cross-sectional view showing the lock cylinder pivoted to the third position.

Figure 12 is a cross-sectional view showing the lock cylinder pivoted to the fourth position.

Figure 13 is a cross-sectional view taken along line 13-13 of Figure 12;

Figure 14 is a cross-sectional view showing the key cylinder pivoted to a fifth position.

Figure 15 is a cross-sectional view showing the key cylinder pivoted to a sixth position.

Figure 16 is a cross-sectional view taken along line 15-16 of Figure 15.

Figure 17 is a cross-sectional view taken along line 15-16 of Figure 15.

Figure 18 is a cross-sectional view showing the lock cylinder pivoted to the seventh position.

Figure 19 is a cross-sectional view taken along line 19-19 of Figure 18.

Figure 20 is a cross-sectional view showing the lock cylinder pivoted to the eighth position.

Figure 21 is a cross-sectional view taken along line 21-21 of Figure 20.

Figure 22 is a cross-sectional view taken along line 20-22-22 of the cut line.

Figure 23 is a cross-sectional view showing the lock cylinder pivoted to the ninth position.

Figure 24 is a cross-sectional view showing the lock cylinder pivoted to the tenth position.

Figure 25 is a cross-sectional view taken along line 25-25 of Figure 24.

Figure 26 is a cross-sectional view showing the lock cylinder pivoted to the eleventh position.

The drawings are merely for the purpose of explaining the basic teachings, and the description of the number, the position, the relationship, and the size of the components of the embodiments will be explained or the technical skills will be read after reading and understanding the following description. In addition, after reading and understanding the following descriptions, changes in the exact dimensions and size ratios associated with specific forces, weights, strengths, and similar requirements are also industry skills.

In the different figures, the same reference numerals are used to designate the same or similar elements; in addition, please refer to the text such as "top", "bottom", "first", "second", "forward", "backward", "reverse" To "," "front", "back", "height", "twist", "length", "end", "side", "horizontal", "vertical", etc. and similar terms are only for the viewer The constructions in the figures are for reference only to aid in the description of the embodiments.

Claims (13)

A simplified main switch lock includes: a first housing including a first receiving slot, a second receiving slot and a third receiving slot, wherein the second receiving slot is located between the first and third receiving slots The first case further includes an outer peripheral surface and a sliding hole extending from the outer peripheral surface to the third receiving groove, the first shell also including a first one formed in the second receiving groove a lock cylinder; the lock cylinder is lockably received in the first pocket, the lock cylinder includes a convex portion formed on a peripheral surface, and the lock core is unlocked and pivoted according to a pivot axis defined by the lock core or Displacement along the pivot axis; a second shell coupled with the third pocket of the first shell, a return spring disposed within the first shell and located between the lock cylinder and the second shell, returning spring elasticity The ground support cylinder is located at a first position; a first dial member is received in the second pocket, the first dial member includes a first lug formed on the outer side and a first shaft hole The first toggle further includes forming a first protrusion of the inner circumferential surface of the first shaft hole and a second protrusion spaced apart from the first protrusion in a circumferential direction of the pivot axis, the first shaft hole and the lock cylinder being pivotally The socket is located in the first shaft hole of the first dial member when the lock core is in the first position, and the protrusion is spaced apart from the first protrusion in the circumferential direction of the pivot axis, When the lock cylinder is displaced from the first position to the second position along the pivot axis, the convex portion is spaced apart from the first protrusion along the pivot axis; a second dial member is received in the second a second dial member includes a dialing ear formed on the outer side and a second shaft hole, and the second dialing member further comprises a hole formed in the receiving groove and spaced apart from the first dialing member An inner protrusion of the inner circumferential surface of the second shaft hole, the second shaft hole being pivotally sleeved with the lock core, and the convex portion along the pivot axis and the inner protrusion when the lock core is in the first position Separating, when the lock core is in the second position, the convex portion abuts against the inner convex portion, and the lock core pivots from the second position to the axis according to the pivot axis In the third position, the convex portion pushes the second dialing member to pivot the dialing ear from an initial position to an abutting position, and pivots from the first position to the first in the cylinder according to the pivot axis In the four positions, the convex portion abuts against the first protrusion of the first dial member and the convex portion is spaced apart from the inner protrusion along the pivot axis; a first slider slidably received in the first slide In the slot, the first slider is coupled to the first lug of the first dial member and to the dialing ear of the second dial member, and when the lock cylinder is in the third position, the second The dialing ear of the dial member is located at the pressing position and urges the first slider to be displaced from a releasing position to a pulling position, and the cylinder is pivoted by the fourth position according to the pivot axis. In the five position, the convex portion pushes the first dialing member to cause the first lug to pivot from an original position to an end position and urges the first slider to be displaced from the release position to the pulling position; a first spring is accommodated in the first position Between a slider and the first chute, the first spring biases the first slider at the release position a latch slidably coupled to the sliding hole of the first housing, the latch being operatively coupled to the lock cylinder, further after the lock cylinder is displaced from the fourth position to the sixth position along the pivot axis The pivot axis is pivoted from the sixth position to a seventh position. The latch is displaced from the retracted position by an extended position, and after the latch is in the extended position, the return spring biases the lock along the core The pivot axis is displaced from the seventh position to an eighth position, and when the lock cylinder is in the seventh position, the convex portion is spaced apart from the first and second projections of the first dial member along the pivot axis Opening, when the lock core is in the eighth position, the convex portion abuts against the first convex block; when the lock core pivots from the eighth position to a ninth position according to the pivot axis, the convex portion is pressed The first projection of the first dial pivots the first lug from the home position to the end position, and further interlocks the first slider from the release position to a pull position. The simplified main switch lock according to claim 1, further comprising: a limiting member fixed in the second receiving groove of the first casing, the limiting member comprising a through hole sleeved with the lock core and Forming a first restricting portion on the inner wall of the through hole, the limiting member is located between the first dial member and the second dial member along the pivot axis, and when the lock core is in the first position, the convex portion is along The pivot axis is spaced apart from the first restricting portion of the limiting member, and when the lock cylinder is in the second position, the convex portion is located in the first restricting portion and the second dial member about the circumferential direction of the pivot axis Between the bumps, the lock cylinder in the second position is restricted to pivot only to the third position in the direction of pressing the inner bump. The simplified main switch lock according to claim 2, wherein the limiting member further comprises a blocking portion formed on an inner surface of the through hole, and the convex portion of the lock core is wound when the lock core is in the eighth position. a circumferential direction of the pivot axis is between the blocking portion and the second protrusion of the first dial member, and the lock cylinder at the eighth position is restricted to pivot only to the ninth position in a direction of pressing the second protrusion . The simplified main switch lock according to claim 2, wherein the limiting member further comprises a second restricting portion formed on the outer peripheral surface, and when the dialing ear of the second dialing member is at the initial position, dialing The moving ear abuts against the second restricting portion, and when the dialing ear of the second dialing member is in the pressing position, the dialing ear is spaced apart from the second restricting portion in a circumferential direction around the pivot axis. The simplified main switch lock of claim 1, further comprising: a second slider, the second housing of the first housing further comprising a second chute spaced apart from the first chute a second slider slidably received in the second sliding slot, the first dial member further comprising a second lug spaced from the first lug in a circumferential direction of the pivot axis, The second lug and the second slider are coupled in a movable manner, and the convex portion abuts when the lock core pivots from the first position to the fourth position to the tenth position according to the pivot axis The second protrusion of the first dial member further rotates from the tenth position book to an eleventh position when the lock core is axially centered on the pivot axis, and the convex portion pushes the first dial member to cause the second protrusion The ear is pivoted from the original position to the end position and urges the second slider to be displaced from a forward position to a retracted position; a second spring is received between the second slider and the second chute, the second spring will be The two sliders are offset in the forward position. The simplified main switch lock according to claim 1, further comprising: a first cable, the first slider further comprising a first pushing portion formed on one side and being formed on the other side a first sliding portion further comprising a first joint portion formed between the first pushing portion and the dial portion, the first cable is combined with the first joint portion, and the first dial member is A lug is coupled to the first pushing portion, and the dialing ear of the second dial member is coupled to the dial portion. The first housing further includes a first portion extending from the outer peripheral surface to the first sliding slot. In the first slot, one end of the first cable extends from the first slot to the outside of the first shell. A simplified main switch lock includes: a first housing; a lock cylinder that is lockably received in the first housing; a first slider slidably coupled to the first housing, the first slider being Pushing to a release position or a pulling position; a first dial member received in the first housing and movably coupled with the lock cylinder, the first dial member including the first slider a first lug, the first dial member can be pushed by the lock cylinder to pivot the first lug to an original position or an end position; a second dial member received in the first shell and with the lock cylinder The second dial member includes a dialing ear coupled with the first slider, and the second dial member can be pushed by the lock cylinder to pivot the ear to an initial position or a pressing position. The lock cylinder may select to push the first lug of the first dial to pivot from the original position to the end position in the unlocked state, or select to push the toggle ear of the second dial to pivot from the initial position to a pressed position When the first toggle is The original position is pivoted to the end position, the first lug is pressed against the first slider to be displaced from the release position to the pulled position, and when the second dial is pivoted from the initial position to the pressed position, the ear is pressed against the first slide The block is displaced from the release position to the pull position. The simplified main switch lock of claim 7, further comprising: a second slider slidably coupled to the first casing, the second slider being slidable to be displaced to a forward position or a backward Positioning, and the moving direction of the second slider is parallel to the first slider, the first dialing member further comprising a second lug coupled with the second slider, the first dialing member being pushable by the lock cylinder Pivoting the second lug to a natural position or a push position; when the second lug of the first dial is pivoted from the natural position to the push position, the second lug is pressed against the first slider by the release position to Pull the position and the first slider remains in the release position. The simplified main switch lock according to claim 7 or 8, further comprising: a connecting rod housed in the first shell, the connecting rod comprising a first end combined with the lock cylinder, the connecting rod and the lock The core pivots together; a latch slidably engages with the first shell, one end of the bolt is coupled with the link, the latch can be displaced to a retracted position or an extended position; the lock cylinder can be optionally connected in the unlocked state The lever pushes the latch to be displaced to the retracted position or the extended position, and when the latch is in the extended position, the first lug that can only push the first dial is pivoted from the original position to the end position to cause the first slip The block is displaced from the release position to the pull position. A simplified main switch lock includes: a first housing; a lock cylinder that is lockably received in the first housing; a first slider slidably coupled to the first housing, the first slider being Pushing to a release position or a pulling position; a second slider slidably coupled to the first housing, can be pushed to be displaced to a forward position or a retracted position, and the second slider is moved in a direction The first slider is parallel; a first dial member is received in the first housing and coupled to the lock cylinder, and the first dial member includes a first lug coupled to the first slider and a second lug interlocking with the second slider, the first dial member being urged by the lock cylinder to pivot the first lug to an original position or an end position or to pivot the second lug to a natural position or a push position; the lock cylinder may select to push the first lug of the first dial to pivot from the original position to the end position in the unlocked state, or selectively push the second lug to pivot from the natural position to a push position, When the first lug of the first dial member is pivoted from the original position to the end position, the first lug is pressed against the first slider to be displaced from the release position to the pulled position, when the second lug of the first dial member is The natural position is pivoted to the push position and the second lug resists displacement of the first slider from the release position to the pulled position. The simplified main switch lock according to claim 10, further comprising: a connecting rod housed in the first shell, the connecting rod comprising a first end combined with the lock cylinder, the connecting rod and the lock core together Pivoting; a latch slidably coupled with the first shell, one end of the bolt is coupled with the link, the pin can be displaced to a retracted position or an extended position; the lock cylinder can be selectively pushed by the link in the unlocked state Displaceing the latch to the retracted position or the extended position, wherein when the latch is in the extended position, the first lug that can only push the first dial is pivoted from the original position to the end position to cause the first slider to be The release position is displaced to the pull position. The simplified main switch lock of claim 1 or 11, wherein the direction of movement of the first slider is non-parallel to the direction of movement of the pin. The simplified main switch lock of claim 12, wherein the direction of movement of the first slider is orthogonal to the direction of movement of the pin.