TWI617478B - Linked foot lever device with foot lever mechanism - Google Patents

Abstract

The present invention relates to a linked foot lever device having a foot lever mechanism including a first foot lever mechanism, a second foot lever mechanism, and a first connection between the first and second foot lever mechanisms a pulling device, the first foot body of the first foot lever mechanism is pivoted between a retracting position, a liberating position and a deployed position, and the second pedaling mechanism has a second through the pulling device The shaft pivots with the first shaft in the collapsed position, the liberated position, and the deployed position.

Description

Linked foot lever device with foot lever mechanism

The present invention relates to a linked foot lever device, and more particularly to a foot lever device mounted on a motorcycle for providing a foot for a rear seat passenger to be conveniently placed.

In order to facilitate the passengers in the back seat of the motorcycle to rest their feet, some commercially available motorcycles will be equipped with two foot levers that can be folded or unfolded on both sides. In the state where there is no passenger in the back seat of the motorcycle, two The foot lever can be folded without protruding from the outside of the motorcycle, further avoiding pedestrian collision and being injured. In the state where the passenger seat of the motorcycle carries the passenger, the two pedals can be manually moved, causing two pedals. The rod protrudes from the outside of the body of the motorcycle, and further the passengers in the rear seat of the motorcycle can rest their feet on the two pedals, thus providing a better ride feeling for the rear seat of the motorcycle.

The conventional footrest mounted on the motorcycle needs to be manually moved to the deployed position, and there is no grounding between the two pedals, so for the rider on the motorcycle, two operations are required. It is quite inconvenient for the pedal to hold the two feet on the back seat.

In order to solve the problem, the present invention provides a linked foot lever device, comprising: a first foot lever mechanism comprising a pivotable first rod body, the first rod body being expandable in a retracted position a displacement between the position and a liberation position, a second foot lever mechanism including a pivotable second rod a second rod body is displaced between the collapsed position, the deployed position and the liberated position together with the first rod body; and a pulling device connected to the first foot rod mechanism and the second foot rod mechanism Between the first and second foot lever mechanisms.

In a state where the first foot lever mechanism is in the folded position, the second foot lever mechanism is also located in the folded position, and the first and second foot lever mechanisms are not allowed to pivot from the collapsed position to the deployed position, While the pedaling mechanism is pivoted from the folding position to the liberating position, the pulling device interlocks the second pedaling mechanism to pivot from the folding position to the liberating position, and the first pedaling mechanism is in the liberated position. The second foot lever mechanism is located at the liberation position, and allows the first and second foot lever mechanisms to pivot from the liberating position to the deployed position, and the second foot lever is in a state where the first foot lever mechanism is in the deployed position The facility is in the deployed position.

The mechanical structure of the interlocking foot lever device of the present invention cooperates with the pulling device to realize that only one of the pedal lever mechanisms can be operated, unfolded or released in synchronization with the first and second rod bodies, and the utility model has a high use. Convenience.

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

10‧‧‧Linked foot lever device

20A‧‧‧First foot lever mechanism

20B‧‧‧Second foot lever mechanism

21A‧‧‧First Ontology

21B‧‧‧Second Ontology

22A‧‧‧Upper surface

22B‧‧‧ upper surface

23A‧‧‧first cover

23B‧‧‧Second cover

24A‧‧‧Event Space

24B‧‧‧Event space

25A‧‧‧The first fitting department

25B‧‧‧Second fitting

26A‧‧‧First stop surface

26B‧‧‧First stop surface

28A‧‧‧second stop surface

28B‧‧‧second stop surface

30A‧‧‧First Pivot

30B‧‧‧First Pivot

32A‧‧ ‧ room

32B‧‧ ‧ room

34A‧‧‧容容

34B‧‧‧容容

36A‧‧‧ gap

36B‧‧‧ gap

38A‧‧‧Second pivot

38B‧‧‧Second pivot

40A‧‧‧first body

40B‧‧‧Second body

42A‧‧‧End

42B‧‧‧Inside

44A‧‧‧Outside

44B‧‧‧Outside

46A‧‧‧Border

46B‧‧‧Border

48A‧‧‧First slot

48B‧‧‧Second inlay

50A‧‧‧Resistance Department

50B‧‧‧Resistance Department

51A‧‧‧ hook

51B‧‧‧ hook

52A‧‧‧ Groove

52B‧‧‧ Groove

54A‧‧‧ snap groove

54B‧‧‧ snap groove

56A‧‧‧First torsion spring

56B‧‧‧Second torsion spring

58A‧‧‧First foot

58B‧‧‧First foot

60A‧‧‧second foot

60B‧‧‧second foot

61A‧‧‧First engagement mechanism

61B‧‧‧Second engagement mechanism

62A‧‧‧First slider

62B‧‧‧Second slider

64A‧‧‧Slot room

64B‧‧‧Slot room

66A‧‧‧Pole

66B‧‧‧Pole

68A‧‧‧Export

68B‧‧‧Export

70A‧‧‧ positioning slot

70B‧‧‧ positioning slot

72A‧‧‧First positioning piece

72B‧‧‧Second positioning parts

74A‧‧‧First positioning spring

74B‧‧‧Second positioning spring

76A‧‧‧First spring

76B‧‧‧First spring

78A‧‧‧Second block

78B‧‧‧Second block

80A‧‧ ‧ Department

80B‧‧ §

81A‧‧‧Second spring

81B‧‧‧Second spring

82A‧‧‧Clock Department

84A‧‧‧First mover

84B‧‧‧second mover

86A‧‧‧ pivotal department

86B‧‧‧ pivotal department

88A‧‧‧Promotion Department

88B‧‧‧Promotion Department

90A‧‧‧ drive side

90B‧‧‧ drive side

92A‧‧‧Reset side

92B‧‧‧Reset side

93‧‧‧ Pulling device

94‧‧‧First cable

96‧‧‧ first joint end

98‧‧‧Second junction

111‧‧‧First fittings

113‧‧‧First tension adjuster

114‧‧‧First Fixed Department

115‧‧‧Second cable

117‧‧‧ first combination end

119‧‧‧ second combination end

131‧‧‧Second fittings

133‧‧‧Second tension adjuster

134‧‧‧Second fixed department

135‧‧‧ fixed seat

139‧‧‧ activity slot

151‧‧‧ Missing slot

153‧‧‧Connecting pieces

155‧‧‧ joint slot

157‧‧‧ combination slot

159‧‧‧ cover

Figure 1 is an exploded perspective view of the first foot lever mechanism of the present invention.

Figure 2 is an exploded perspective view of the second foot lever mechanism of the present invention.

Fig. 3 is an exploded perspective view of the interlocking foot lever device of the present invention.

Fig. 4 is a perspective assembled view of the interlocking foot lever device of the present invention.

4A is a schematic view of the interlocking foot lever device of the present invention mounted on a motorcycle.

Fig. 5 is a cross-sectional view taken along line 5-5 of Fig. 4.

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

Fig. 7 is a view showing a state in which the first rod body is displaced from the retracted position to the liberation position in the state of Fig. 5.

Fig. 8 is a view showing a state after the first and second rods are displaced to the deployed 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", "width", "length", "end", "side", "horizontal", "vertical", etc. and similar terms are only for the reference of the viewer The constructions in the figures are only used to aid in the description of the embodiments.

According to the drawings, the linked foot lever device 10 of the present invention includes a first foot lever mechanism 20A, a second foot lever mechanism 20B, and a first and second foot lever mechanism 20A, 20B. A pull-out device 93 (shown in Figures 2 and 3), as shown in Figure 1, wherein the first foot lever mechanism 20A includes a first body 21A, the first body 2 1A includes an upper surface 22A and a chamber 32A formed on the upper surface 22A. The chamber 32A includes a recess 34A formed in a side wall, and the first body 21A further includes an active space 24A formed outside the chamber 32A. A first pivot portion 30A is formed in the movable space 24A. The movable space 24A defines a first stop surface 26A and a circumferential direction and a first stop surface about a pivot axis defined by the first pivot portion 30A. The 26A is separated by a second stop face 28A. The first body 21A additionally includes a notch 36A extendingly communicating the movable space 24A with the chamber 32A and a second pivot portion 38A formed on the upper surface 22A.

The first foot lever mechanism 20A includes a first rod body 40A. The first rod body 40A includes an inner end 42A pivotally coupled to the first body 21A and an outer end 44A coupled to the inner end 42A for providing a foot rest. The first rod body 40A further includes a pivot portion 46A extending in a circular hole shape from one end surface of the inner end portion 42A and a recess 52A extending from the other end surface of the inner end portion 42A to the pivot portion 46A. The first rod body 40A is also A first fitting groove 48A formed on the outer surface of the inner end 42A and located outside the pivot portion 46A, and a pressing portion 50A and a hook portion 51A spaced apart from each other, the first fitting groove 48A being defined around the pivot portion 46A The circumferential direction of the pivot axis is between the pressing portion 50A and the hook portion 51A. The first rod body 40A further includes an engaging groove 54A formed on the end surface of the pivot portion 46A by the groove, and the engaging groove 54A is pivoted. The circumferential direction of the pivot axis defined by the portion 46A is located between the abutting portion 50A and the hook portion 51A.

The pivot portion 46A of the first rod body 40A is pivotally connected to the first pivot portion 30A of the first body 21A. The first rod body 40A can be in a folded position according to a first pivot axis defined by the first pivot portion 30A. The first torsion spring 56A is disposed in the recess 52A of the first rod 40A, and the first torsion spring 56A has a first leg 58A embedded in the first pivot portion 30A. The first torsion spring 56A has a second leg 60A and a The recess 52A of one of the rods 40A is fitted, causing the first torsion spring 56A to bias the first rod 40A toward the deployed position, and further, in a state where the first rod 40A is in the collapsed or liberated position, the first rod 40A The engaging groove 54A is aligned with the notch 36A of the first body 21A (as shown in FIGS. 5 and 6), and the engaging groove 54A of the first rod 40A is in a state where the first rod 40A is in the deployed position. The notch 36A of a body 21A is staggered (as shown in Fig. 8).

According to the drawings, the first foot lever mechanism 20A includes a first engagement mechanism 61A slidably coupled to the first body 21A between a release position and an engagement position, the first engagement mechanism 61A including a first slider 62A, the first slider 62A includes a groove chamber 64A and an outlet 68A extending from the front end surface to the groove chamber 64A, the first slider 62A further including a protrusion 66A formed on the upper surface and formed on Two positioning grooves 70A of the side surface.

The first slider 62A is housed in the chamber 32A of the first body 21A, and the chamber 32A is disposed to bias a first spring 76A of the first slider 62A toward the notch 36A. In addition, the receiving groove 34A of the first body 21A is provided with a first positioning member 72A and a first positioning spring 74A biasing the first positioning member 72A. In a state where the first engaging mechanism 61A is at the release position or the engagement position, the first positioning members 72A are respectively fitted to one of the two positioning grooves 70A of the first slider 62A.

The first engaging mechanism 61A further includes a first block 78A slidably coupled to the first slider 62A. The first block 78A includes a stopper 80A and a engaging portion 82A narrower than the stopper 80A. The first block 78A is slidably received in the groove chamber 64A of the first slider 62A and the engaging portion 82A is passed out through the outlet 68A of the first slider 62A, and the groove chamber 64A of the first slider 62A is placed. Biasing the first block 78A toward the outlet 68A Two springs 81A. In a state where the first engaging mechanism 61A is in the engaged position, the end of the engaging portion 82A of the first block 78A is located outside the notch 36A of the first body 21A (as shown in FIG. 5), in the first engaging mechanism. In the state where the 61A is in the release position, the end of the engaging portion 82A of the first block 78A is located in the notch 36A of the first body 21A (as shown in FIGS. 6 and 7).

The first foot lever mechanism 20A further includes a first dial member 84A pivotally connected to the first body 21A. The first dial member 84A includes a pivot portion 86A formed by a circular hole, and the pivot portion 86A. A pushing portion 88A spaced apart and formed by a long slot, the first dial member 84A further includes a driving side 90A formed on the side wall between the pushing portion 88A and the pivot portion 86A and a side adjacent to the driving side 90A The side 92A is reset, and the driving side 90A is located between the reset side 92A and the pivoting portion 86A. The first dial member 84A abuts against the upper surface 22A of the first body 21A and the pivot portion 86A is pivotally connected to the second pivot portion 38A. The pushing portion 88A of the first dial member 84A and the protrusion of the first slider 62A The 66A is coupled such that the pivoting of the first dial member 84A urges the first latching mechanism 61A to be displaced between the released position (as shown in Figures 6, 7) and the engaged position (as shown in Figure 5).

Further, the first foot lever mechanism 20A further includes a first cover body 23A fixed to the upper surface 22A of the first body 21A, and the first cover body 23A includes a first fitting portion 25A formed at one end face.

According to the drawings, the linked foot lever assembly 10 further includes a second foot lever mechanism 20B that is substantially identical in construction to the first foot lever mechanism 20A but mirrored, and the second foot lever mechanism 20B includes A second body 21B, the second body 21B includes an upper surface 22B and a cavity 32B formed on the upper surface 22B. The cavity 32B includes a cavity 34B formed in a side wall, and the second body 21B further includes a cavity Outside of room 32B An active space 24B defines a cylindrical first pivot portion 30B. The movable space 24B defines a first stop surface 26B and a circumferential direction about a pivot axis defined by the first pivot portion 30B. a second stop face 28B spaced apart from the first stop face 26B, the second body 21B additionally includes a notch 36B extendingly communicating the movable space 24B with the chamber 32B and a second pivot formed on the upper surface 22B 38B.

The second foot lever mechanism 20B includes a second rod body 40B including an inner end 42B pivotally coupled to the second body 21B and an outer end 44B coupled to the inner end 42B for providing a foot rest The second rod body 40B further includes a pivot portion 46B extending from the end surface of one end of the inner end 42B and a recess 52B extending from the other end surface of the inner end 42B to the pivot portion 46B. The second rod body 40B is also The utility model comprises a second recess 48B formed on the outer surface of the inner end 42 and located outside the pivot portion 46B, and a pressing portion 50B and a hook portion 51B spaced apart from each other. The second recess 48B is defined around the pivot portion 46B. The circumferential direction of the pivot axis is located between the pressing portion 50B and the hook portion 51B, and the second rod body 40B further includes an engaging groove 54B formed on the end surface of the pivot portion 46B by the groove, and the engaging groove 54B is pivoted The circumferential direction of the pivot axis defined by the portion 46B is located between the abutting portion 50B and the hook portion 51B.

The pivot portion 46B of the second rod body 40B is pivotally connected to the first pivot portion 30B of the second body 21B. The second rod body 40B can be in a folded position according to a first pivot axis defined by the first pivot portion 30B. The pivoting between a deployed position and a liberating position, the recess 52B of the second rod 40B is provided with a second torsion spring 56B, and the first torsion spring 56B has a first leg 58B and the first pivot 30B. The second torsion spring 56B has a second leg 60B that engages with the groove 52B of the second rod body 40B, causing the second torsion spring 56B to bias the second rod body 40B toward the deployed position, and further to the second rod body. 40B is in the state of collapse or liberation, second The engaging groove 54B of the rod 40B is aligned with the notch 36B of the second body 21B (as shown in FIGS. 5 and 6), and the engaging groove of the second rod 40B is in a state where the second rod 40B is in the deployed position. 54B is offset from the notch 36B of the second body 21B (as shown in Fig. 8).

According to the drawings, the second foot lever mechanism 20B includes a second engagement mechanism 61B slidably coupled to the second body 21B between a release position and an engagement position, the second engagement mechanism 61B including a second slider 62B, the second slider 62B includes a groove chamber 64B and an outlet 68B extending from the front end surface to the groove chamber 64B, the second slider 62B further including a protrusion 66B formed on the upper surface and formed on Two positioning grooves 70B of the side surface.

The second slider 62B is housed in the chamber 32B of the second body 21B, and the chamber 32B is disposed to bias a first spring 76B of the second slider 62B toward the notch 36B. In addition, the receiving groove 34B of the second body 21B is provided with a second positioning member 72B and a second positioning spring 74B biasing the second positioning member 72B. In a state where the second engagement mechanism 61B is in the release position or the engagement position, the second positioning members 72B are respectively engaged with one of the two positioning grooves 70B of the second slider 62B.

The second engaging mechanism 61B further includes a second engaging block 78B slidably coupled to the second slider 62B, and the second engaging block 78B includes a blocking portion 80B and a engaging portion 82B narrower than the blocking portion 80B. The second block 78B is slidably received in the groove chamber 64B of the second slider 62B and the engaging portion 82B is passed out through the outlet 68B of the second slider 62B, and the groove chamber 64B of the second slider 62B is placed. A second spring 81B of the second block 78B is biased toward the outlet 68B. In a state where the second engagement mechanism 61B is at the engagement position, the end of the engagement portion 82B of the second block 78B is located outside the notch 36B of the second body 21B (as shown in FIG. 5). In the state where the second engagement mechanism 61B is in the release position, the end of the engagement portion 82B of the second block 78B is located in the notch 36B of the second body 21B (as shown in FIGS. 6 and 7).

The second foot lever mechanism 20B further includes a second toggle member 84B pivotally connected to the second body 21B. The second toggle member 84B includes a pivot portion 86B formed by a circular hole, and the pivot portion 86B. A pushing portion 88B partitioned and formed by a long slot, the second dial member 84B further includes a driving side 90B formed on the side wall between the pushing portion 88B and the pivot portion 86B and a side adjacent to the driving side 90B The return side 92B is located, and the drive side 90B is located between the reset side 92B and the pivotal portion 86B. The second dial member 84B abuts against the upper surface 22B of the second body 21B and the pivot portion 86B is pivotally connected to the second pivot portion 38B. The pushing portion 88B of the second dial member 84B and the protrusion of the second slider 62B 66B is coupled such that the second toggle member 84B pivots to urge the second engagement mechanism 61B to be displaced between the release position (as shown in Figures 6, 7) and the engagement position (as shown in Figure 5).

Further, the second foot lever mechanism 20B further includes a second cover body 23B fixed to the upper surface 22B of the second body 21B, and the second cover body 23B includes a second fitting portion 25B formed at one end face.

According to the drawings of Figures 3 to 5, the interlocking foot lever device 10 of the present invention further includes a pulling device 93 mounted between the first and second foot lever mechanisms 20A, 20B, the pulling device 93 includes a first cable 94 and a second cable 115. The first cable 94 includes a first joint end 96 formed at one end and being spherical, and a second joint end formed at the other end and being spherical. 98. The first cable 94 further includes a first tension adjuster 113 disposed between the first and second joint ends 96, 98 and a first fixing portion 114. The first cable 94 further includes a first joint end disposed at the first joint end Between 96 and the first tension adjuster 113 A first fitting member 111 is disposed between the first tension adjuster 113 and the second joint end 98.

The second cable 115 includes a first combined end 117 formed at one end and spherical, and a second combined end 119 formed at the other end and spherical, and the second cable 115 further includes first and second a second tension adjuster 133 between the two combined ends 117, 119 and a second fixing portion 134, the second fixing portion 134 is located between the second tension adjuster 133 and the second combined end 119, and the second cable 115 is further A second fitting member 131 disposed between the first combined end 117 and the second tension adjuster 133 is included.

The pulling device 93 further includes a fixing seat 135, an engaging member 153 and a cover 159 disposed between the first and second cables 94, 115, wherein the fixing base 135 includes a second engaging end 98 with the first cable 94. a mating one of the engaging groove 155 and a combined groove 157 of the second combined end 119 of the second cable 115, the fixing seat 135 includes a movable slot 139 for receiving the engaging member 153, and the fixing base 135 further includes The engaging members 153 are slidably received in the movable slots 139 by the two notches 151 extending from the symmetrical end faces to the movable slots 139, respectively, and the first and second cables 94, 115 are respectively through the two slots 151. Extending out of the outer side of the fixing base 135, the cover 159 is locked on the fixing base 135. In addition, the mount 135 is used to be attached to the body of the motorcycle (as shown in Fig. 4A).

The first fixing portion 114 of the first cable 94 is locked on the fixing seat 135 having an end surface of one of the notches 151, and the second fixing portion 134 of the second cable 115 is locked on the fixing seat 135 with another notch 151. The end surface, as such, the first fixing portion 114 cooperates with the first tension adjuster 113 to adjust between the first and second joint ends 96, 98 of the first cable 94 The tension, and the second fixing portion 134 cooperates with the second tension adjuster 133 to adjust the tension between the first and second combined ends 117, 119 of the second cable 115. Furthermore, the first fitting member 111 of the first cable 94 is fixed to the first fitting portion 25A of the first cover body 23A, and the second fitting member 131 of the second cable 115 is fixed to the second portion of the second cover body 23B. The fitting portion 25B.

Taking the direction shown in Figs. 3 and 5 as an example, the first cable 94 is located above the first dial member 84A, and the first joint end 96 of the first cable 94 is from the left side of the first pivot portion 30A of the first body 21A. Bypassing and fitting with the first recess 48A of the first rod 40A, the second cable 115 is located above the second dial 84B, and the first combined end 117 of the second cable 115 is the first from the second body 21B. The left side of the pivot portion 30B is bypassed and then engaged with the second recess 48B of the second rod 40B, thus causing the first rod 40A to be moved from the collapsed position (as shown in FIG. 5) to the liberation position (as shown in FIG. 7). When the pivoting, the second rod body 40B is synchronously pivoted from the retracting position to the liberating position, and when the second rod body 40B is pivoted from the liberating position to the deployed position, the first rod body 40A is synchronized from the liberating position to The deployed position pivots and the first and second cables 94, 115 remain in tension.

For convenience of explanation, it is assumed that the first and second rod bodies 40A, 40B are both in the folded position. In this state, the engaging groove 54A of the first rod body 40A is aligned with the notch 36A of the first body 21A, the first card. The engaging portion 82A of the block 78A is fitted into the engaging groove 54A of the first rod 40A, so that the first rod 40A is positioned at the folding position, and similarly, the second rod of the second foot lever mechanism 20B. 40B is also fixed in the retracted position by the second block 78B, and further the first rod 40A is spaced apart from the first and second stops of the first body 21A in the circumferential direction of the pivot axis defined by the first pivot portion 30A. Between the faces 26A, 28A, the second rod 40B surrounds the first pivot The circumferential direction of the pivot axis defined by 30B is spaced between the first and second stop faces 26B, 28B of the second body 21B.

Since the first joint end 96 of the first cable 94 is identical to the first joint end 117 of the second cable 115, the first cable 94 and the second cable 115 are disposed such that when the first rod 40A is in the collapsed position ( As shown in FIG. 5), when pivoting to the liberation position (as shown in FIG. 7), the first cable 94 pulls the second cable 115 through the engaging member 153, causing the second cable 115 to be synchronized with the first shaft 40A. The second rod body 42B is pulled to pivot from the retracted position to the liberation position. In detail, in the case where the first rod 40A is pivoted from the retracted position (as shown in FIG. 5) to the deployed position (as shown in FIG. 7), the first recess 48A of the first rod 40A Pulling the first cable 94 in a direction to increase the tension of the first cable 94, such that the tension received by the first cable 94 is transmitted to the second cable 115 through the engaging member 153, causing the second cable 115 to generate a pulling force, as shown in FIG. Since the first combined end 117 of the second cable 115 is engaged with the second recess 48B of the second shaft 40B after bypassing the left side of the first pivot portion 30B of the second body 21B, when the second cable 115 is subjected to When the tension transmitted from the first cable 94 is generated, the second rod 40B is displaced from the retracted position to the liberated position in synchronization with the first rod 40A.

When the first rod 40 is displaced from the collapsed position to the liberation position, the first rod 40A abuts against the second stop surface 28A of the first body 21A (as shown in FIG. 7) to prevent the first rod 40A from overtaking. The urging position, and the pressing portion 50A of the first rod body 40A is pressed against the driving side 90A of the first dial member 84A, such that the pushing portion 88A of the first dial member 84A is pressed against the first slider 62A to be linked first. The block 78A is displaced from the engaging position to the releasing position. Similarly, when the second rod 40B is displaced from the folding position to the releasing position, the second rod 40B abuts against the second stopping surface 28B of the second body 21B ( As shown in Fig. 7) preventing the second rod 40B from exceeding the liberation position, and The pressing portion 50B of the second rod body 40B presses against the driving side 90B of the second dialing member 84B, and the second dialing member 84B is pressed against the second engaging mechanism 61B to be displaced from the engaging position to the releasing position.

In a state where the first rod body 40A is at the liberation position, the engaging portion 82A of the first block 78A is separated from the engaging groove 54A of the first rod body 40A, and the second rod body 40B is also located at the liberation position, and thus the second The engaging portion 82B of the block 78B is separated from the engaging groove 54B of the second rod 40B, such that the first torsion spring 56A causes the first rod 40A to be displaced from the liberated position to the deployed position and abuts against the first body 21A. A stop face 26A prevents the first rod 40A from exceeding the deployed position (as shown in FIG. 8), and the second torsion spring 56B causes the second rod 40B to be displaced from the liberated position to the deployed position and abuts against the second body 21B. The second stop surface 28B prevents the second rod 40B from exceeding the deployed position (as shown in FIG. 8), and allows the rear seat passenger of the motorcycle in a state where the first and second rods 40A, 40B are both in the deployed position. The feet rest on the respective outer ends 44A, 44B of the first and second rods 40A, 40B.

To retract the first and second rods 40A, 40B to the collapsed position, the first rod 40A is reversed from the deployed position to the collapsed position, causing the first rod 40A to increase the tension of the first cable 94. The first cable 94 is pulled in the direction, and the further engaging member 153 pulls the second cable 115 in a direction to increase the tension of the second cable 115, such that the second rod 40B is synchronously engaged with the first rod 40A from the deployed position to the folded position. Pivot, in a state where the first and second rod bodies 40A, 40B reach the folding position, the first spring 76A biases the first engaging mechanism 61A from the release position to the engaged position, and the card of the first block 78A The engaging portion 82A is fitted into the engaging groove 54A of the first rod body 40A such that the first rod body 40A is positioned at the folded position, while the first spring 76B biases the second engaging mechanism 61B to be displaced from the release position to the engaged position. Position, second block 78B The engaging portion 82B is fitted into the engaging groove 54B of the second rod body 40B, so that the second rod body 40B is positioned at the folding position at the same time.

In addition, since the first and second cables 94, 115 of the pulling device 93 must be in the tensioned state, the first and second foot lever mechanisms 20A, 20B can be correctly synchronized, so if the first and second In the case where the tension of the cables 94, 115 is insufficient, the tension of the first cable 94 or the second cable 115 is allowed to be individually adjusted using the first or second tension adjusters 113, 133, the first and second tension adjusters 113 133 may be commercially available, but is not limited to a commercially available tension adjuster.

The mechanical structure of the interlocking footrest device 10 of the present invention cooperates with the pulling device 93 to realize the operation, expansion, or release of the first and second rods 40A, 40B simultaneously by operating only one of the pedal members. As long as the design of the first rod 40A is pressed, the motorcyclist can directly ride the first and second rods 40A, 40B of the linked foot lever mechanism 10 of the present invention on the motorcycle, and the linkage of the present invention The foot lever mechanism 10 is highly convenient to use.

Furthermore, the first and second foot lever mechanisms 20A, 20B of the present invention can also operate without the pulling device 93 being installed, in which case the first and second foot lever mechanisms 20A are still allowed to be operated separately. The first and second rods 40A, 40B of 20B are unfolded, folded or released, although the first and second foot lever mechanisms 20A, 20B are respectively operated without the pulling device 93. A little more time is spent at 93 o'clock, but the separate operation of the first and second foot lever mechanisms 20A, 20B of the present invention is still extremely convenient.

Furthermore, the structural design of the first and second foot lever mechanisms 20A, 20B of the present invention can also operate without the pulling device 93, which is advantageous for the manufacturer to make products. Planning for marketing or grading, for example, mounting a linked foot lever device 10 with a pulling device 93 on a relatively high-priced motorcycle, providing the most convenient operating experience for the consumer, and mounting on a relatively low-priced motorcycle The first and second foot lever mechanisms 20A, 20B of the pulling device 93 can reduce the cost of purchasing the car for the consumer, and the operator does not need to design two different structure of the foot lever device, which can effectively reduce the operator. Cost (modularization).

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

Claims (12)

A linked foot lever device includes: a first foot lever mechanism including a pivotable first rod body, the first rod body being displaceable between a collapsed position, a deployed position, and a liberated position a second foot lever mechanism comprising a pivotable second rod body, the second rod body being displaced together with the first rod body at a folding position, a deployed position and a liberated position; and a pulling device Connected between the first foot lever mechanism and the second foot lever mechanism to cause the first and second foot lever mechanisms to interlock; in the state where the first foot lever mechanism is in the folded position, the second pedal The lever mechanism is also located at the folding position, and the first and second foot lever mechanisms are not allowed to pivot from the retracted position to the deployed position, and the first foot lever mechanism is pivoted from the retracted position to the liberating position while pulling The device interlocks the second foot lever mechanism from the folding position to the liberation position, and in the state where the first foot lever mechanism is in the liberation position, the second foot lever mechanism is located at the liberation position, and the first and second feet are allowed Step mechanism A discharged state to the deployed position pivoted position, the first foot lever mechanism is in the deployed position, a second foot lever mechanism is in the deployed position. The linked foot lever device of claim 1, wherein the first lever body of the first foot lever mechanism includes an inner end, and the second shaft body of the second foot lever mechanism includes an inner end. The pulling device includes a first joint end coupled to the inner end of the first rod body and a first joint end coupled to the second rod body, the first joint end being fixed to one of the pivot axes of the first rod body The side eccentric position, the first combined end is fixed to one side eccentric position of the pivot axis of the second rod body, and the first joint end is located on the same side as the first combined end. The linked foot lever device of claim 2, wherein the first foot lever mechanism comprises a first body, and the first body of the first foot lever mechanism comprises a first pivot portion, the first foot The inner end of the first rod body of the pedal mechanism is pivotally connected to the first pivot portion, the second foot rod mechanism includes a second body, and the second body of the second foot rod mechanism includes a first pivot portion, and second The inner end of the second rod body of the pedal mechanism is pivotally connected to the first pivot portion of the second foot lever mechanism, and the first joint end of the pulling device bypasses the first foot lever mechanism clockwise A pivot portion that bypasses the first pivot portion of the second foot lever mechanism clockwise. The interlocking foot lever device of claim 3, wherein the first foot lever mechanism comprises a first torsion spring received between the first rod body and the first body, the first torsion spring a first leg fixed to the first pivot of the first foot lever mechanism and a second leg fixed to the first shaft of the first foot lever mechanism, the first torsion spring biasing the first position toward the deployed position a second foot lever mechanism comprising a second torsion spring received between the second rod body and the second body, the second torsion spring comprising a first pivot fixed to the second foot lever mechanism a first leg and a second leg fixed to the second body of the second foot lever mechanism, the second torsion spring biasing the second body toward the deployed position. The linked foot lever device of claim 2, wherein the first foot lever mechanism further comprises a first fitting portion, the second foot lever mechanism further comprising a second fitting portion, the pulling The apparatus further includes: a first cable having a first joint end, including a second joint end spaced apart from the first joint end and a first fixing portion between the first and second joint ends, the first cable further The invention includes a first tension adjuster formed between the first fixing portion and the first joint end, and a first fitting formed between the first tension adjuster and the first joint end and fixed to the first fitting portion a second cable having a first combined end, including a second combined end spaced apart from the first combined end and a second fixed portion between the first and second combined ends, the second cable further comprising a second cable a second tension adjuster between the second fixing portion and the first combined end and a second insert formed between the second tension adjuster and the first combined end and fixed to the second engaging portion An adapter member includes a coupling groove for receiving the second joint end, and a combination groove for accommodating the second combination end; a fixing seat including an movable groove for accommodating the connecting member, and the connecting member allows the activity at the fixing seat Displacement in the slot, the first fixing portion is fixedly coupled with one side of the fixing seat, and the second fixing portion is fixedly coupled with the opposite side of the fixing seat; rotating the first tension adjuster allows the tension of the first cable to be rotated The second tension adjuster allows adjustment of the tension of the second cable. The interlocking foot lever device of claim 1, wherein the first rod body includes an inner end and a pressing portion formed at the inner end, the second rod body including an inner end and one formed at the inner end The first foot lever mechanism further includes: a first body including an upper surface and a chamber formed on the upper surface, and an active space on the side of the housing; a first engaging mechanism The first engaging mechanism is movably disposed between a releasing position spaced apart from the first rod body and a engaging position with the first rod body; a first dialing The moving member is pivotally connected to the first body, the first dialing member includes a pushing portion coupled with the first engaging mechanism and a driving edge; the second footrest mechanism further comprises: a second body, including an upper portion a surface and a chamber formed on the upper surface, and an active space on the side of the housing; a second engaging mechanism movably received in the second body a second engaging mechanism is displaceable between a release position spaced apart from the second shaft and a engaged position with the second shaft; a second dial member pivotally disposed on the second body The second dialing member includes a pushing portion and a driving side that are coupled with the second engaging mechanism; in a state where the first rod is in the folded position, the driving side of the first dial member is adjacent to the first rod a pressing portion of the body, the first engaging mechanism is engaged with the inner end of the first rod body at the engaging position, and the second rod body is also located at the folding position, and the driving side of the second dialing member is adjacent to the second rod body The pressing portion of the second engaging mechanism is engaged with the inner end of the second rod body at the engaging position. When the first rod body is at the liberating position, the pressing portion of the first rod body presses the first dialing The driving edge of the moving member pivots to cause the first engaging mechanism to be in the releasing position and separated from the inner end of the first rod body, allowing the first rod body to pivot from the liberating position to the deployed position, and the second rod body is located at the liberating position. The pressing portion of the second rod body presses against the driving side of the second dial member Turn causes the second engaging mechanism in the released position and separated from the inner end of the second rod member, the rod member to allow the second member together with the first lever to a release position pivoted deployed position. The linked foot lever device of claim 6, wherein the first body further comprises a first pivot portion formed in the movable space and a gap extending between the chamber and the movable space, The second body further includes a first pivot formed in the movable space and a notch extending between the chamber and the movable space, the first engaging mechanism comprising: a first slider including a slot chamber and extending from the front end An outlet to the chamber; a first spring received in the chamber and biasing the first slider toward the engaging position; a first block slidably received in the slot of the first slider, a card block is displaceable relative to the first slider, the first card block includes a latching portion; a second spring is received in the slot of the first slider, and the second spring biases the first block toward the latching position The second engaging mechanism comprises: a second slider comprising a slot chamber and an outlet extending from the front end to the slot chamber; a first spring received in the slot chamber and facing toward the latch Positioning a second slider; slidably receiving a second block in the slot of the second slider, the second block being displaceable relative to the second block, the second block comprising a latching portion; a second spring is received in the slot of the second slider, and the second spring biases the second block toward the engaging position; in the state where the first engaging mechanism is in the engaged position, the card of the first block The end of the joint is located outside the notch of the first body, and the engaging portion of the first block is engaged with the first rod. In the state where the second engaging mechanism is at the engaged position, the second block is engaged. The end of the portion is located outside the notch of the second body, and the engaging portion of the second block is engaged with the second rod. In the state where the first engaging mechanism is at the release position, the engaging portion of the first block is The end is located in the notch of the first body, and the engaging portion of the first block is separated from the first rod. In a state where the second engaging mechanism is in the releasing position, the end of the engaging portion of the second block is located at the end The gap between the two bodies, and the engaging portion of the second block and the second Body separation, in a state in which the first rod body is displaced from the retracted position to the liberation position, the first slider is displaced from the engagement position to the release position together with the first block, and the second rod is liberated from the collapsed position In the state of positional displacement, the second slider and the second block are displaced from the engaging position to the releasing position, and the first spring is biased to the first sliding state in a state where the first rod is displaced from the deployed position to the folded position. The block is displaced from the release position to the engagement position together with the first block, and in a state where the second rod is displaced from the deployed position to the collapsed position, the first spring biases the second slider together with the second block to be released The position is displaced to the engaged position. The interlocking foot lever device of claim 7, wherein the first slider comprises a protrusion formed on the upper surface and located outside the slot and pivotally connected to the pushing portion of the first dial member, A dial member further includes a reset side formed on one side of the driving portion, the first rod body further including a hook portion spaced apart from the pressing portion, the middle second slider portion being formed on the upper surface and located outside the slot and a protruding rod pivotally connected to the pushing portion of the second dialing member, the second dialing member further comprising a returning edge formed on one side of the driving portion, the second rod body further comprising a hook portion spaced apart from the pressing portion In a state where the first rod body is displaced from the liberation position to the deployment position, the hook portion of the first rod body is pulled to reset the reset side of the first dial member, and the second rod body is displaced from the liberation position to the production position. In the state, the hook portion of the second rod pulls the reset side of the second dial member. A foot lever mechanism comprising: a first body comprising an upper surface and a chamber formed on the upper surface, and an active space on the side of the housing; a first engaging mechanism movably received a first engaging body, wherein the first engaging mechanism is displaceable between a release position spaced apart from the first shaft and a engaged position with the first shaft; a first dial member and the first The first pivoting member includes a pushing portion and a driving edge coupled with the first engaging mechanism; a first rod body, comprising an inner end pivotally connected to the first pivot portion, the first rod body further comprising an inner end and a pressing portion formed at the inner end; wherein the first rod body is in the folded position The driving edge of the first dial member is adjacent to the pressing portion of the first rod body, and the first engaging mechanism is located at the engaging position to be engaged with the inner end of the first rod body, and the first rod body is in the liberated position. The pressing portion of the first rod body is pressed against the driving side of the first dial member to cause the first engaging mechanism to be in the release position and separated from the inner end of the first rod body, allowing the first rod body to be moved from the liberation position The deployed position is pivoted, and in a state where the first rod is in the deployed position, the pressing portion of the first rod is spaced apart from the driving edge of the first dial by a circumferential direction of the pivot axis defined by the first pivot . The footrest mechanism of claim 9, wherein the first body further comprises a first stop surface separated by the movable space and a circumferential direction of the pivot axis defined by the first pivot a second stop surface separated by a stop surface; in a state where the first rod is in the liberated position, the first rod abuts against the second stop surface, and in a state where the first rod is in the deployed position, The first rod abuts against the first stop surface. The footrest mechanism of claim 9, wherein the first body further comprises a notch extending the communication space and the chamber, the first engaging mechanism further comprising: a first slider comprising a slot chamber And an outlet extending from the front end to the slot chamber; a first spring received in the slot chamber and biasing the first slider toward the latching position; a first slidably received in the slot of the first slider The first block is displaceable relative to the first block, the first block includes a latching portion; a second spring is received in the slot of the first slider, and the second spring is biased toward the latching position First card block; In a state in which the first engaging mechanism is in the engaging position, the end of the engaging portion of the first engaging block is located outside the notch of the first body, and the engaging portion of the first engaging block is fitted to the first rod body. In a state in which the first engaging mechanism is in the release position, the end of the engaging portion of the first block is located in the notch of the first body, and the engaging portion of the first block is separated from the first rod, in the first rod In a state in which the body is displaced from the retracted position to the liberation position, the first slider is displaced from the engagement position to the release position together with the first block, and in the state in which the first rod is displaced from the deployed position to the collapsed position, A spring biased first slider is displaced from the release position to the engaged position together with the first block. The pedaling mechanism of claim 11, wherein the first slider comprises a protruding rod formed on the upper surface and located outside the slot and pivotally connected to the pushing portion of the first dialing member, the first dial The moving member further includes a reset side formed on one side of the driving portion, the first rod body further including a hook portion spaced apart from the pressing portion; in a state where the first rod body is displaced from the liberating position to the deployed position, the first The hook portion of the rod pulls the reset side of the first dial member to be reset, and the second rod body is displaced from the liberating position to the production position, and the hook portion of the second rod body pulls the reset side of the second dial member .