Patent Application
20250179846
The present invention relates to a forward/backward movement device.
There is known a lid opening and closing device that opens and closes a lid (fuel lid), which is a lid for closing a fuel inlet part in a vehicle in which an internal combustion engine is mounted, or a lid, which is a lid for closing an opening part for power reception in a vehicle in which a battery is mounted.
For example, as a lid opening and closing device, a device is disclosed which includes: a case that is attached to a fuel inlet part; a forward/backward movement member that moves forward and backward with respect to the case to open and close a lid; a restriction member that restricts the forward and backward movement of the forward/backward movement member; a pressing force transmitting member for actuating a detection switch for detecting the opening and closing of the lid; and a biasing member (for example, see Patent Literature (hereinafter referred to as “PLT”) 1).
The pressing force transmitting member is biased in a protrusion direction (a forward direction of the forward/backward movement member) by the biasing force of the biasing member. In a case where the lid moves from an open position to a closed position, the pressing force transmitting member is pressed by the lid and moves in the backward direction against the biasing force of the biasing member.
Further, when the forward/backward movement member is pressed by the lid and moves to a backward position, the restriction member engages with the forward/backward movement member to restrict the forward and backward movement of the forward/backward movement member. In a state in which the lid has moved to the closed position, the lid is locked by latching of a lid latching part of the forward/backward movement member to a lid to-be-latched part of the lid.
Japanese Patent Application Laid-Open No. 2020-122335
Incidentally, in the lid opening and closing device described in PTL 1 above, in a state in which the lid has moved to the closed position, the pressing force transmitting member is biased in the protrusion direction (the forward direction of the forward/backward movement member) by the biasing force of the biasing member, and thus, the lid is pushed in the direction of from the closed position to the open position by the pressing force transmitting member. Here, when there is a gap between members (for example, a gap between the lid latching part and the lid to-be-latched part), the lid pushed by the pressing force transmitting member moves in the direction of from the closed position to the open position by the gap. In a case where the amount of movement of the lid is large, the lid conspicuously rises up from the vehicle body, and thus, the appearance is impaired. In addition, a gap which allows a tool or the like to be inserted therethrough is generated between the lid, which has risen up from the vehicle body, and the vehicle body, and thus, a problem in crime prevention also occurs.
An object of the present invention is to provide a forward/backward movement device capable of preventing a lid from rising up from a vehicle body.
A forward/backward movement device of the present invention includes: a case; a forward/backward movement member that includes one end, whose side is housed in the case, and another end, whose side protrudes from the case, moves forward in a direction from inside the case toward outside the case, and moves backward in a direction from outside the case toward inside the case; a biasing member that biases the forward/backward movement member; a movement member that is housed in the case and moves between a first position, which allows the forward/backward movement member to move forward by a biasing force of the biasing member, and a second position, in which the forward/backward movement member is stopped from moving forward; a to-be-engaged part that moves together with the forward/backward movement member inside the case; a pressing force transmitting member that moves from a forward position to a backward position by a pressing force when a lid is closed; and an engagement part that moves together with the pressing force transmitting member inside the case. When the forward/backward movement member moves forward, the engagement part and the to-be-engaged part are in an engaged state such that the biasing force of the biasing member is applied to the pressing force transmitting member, and when the pressing force transmitting member is positioned in the backward position, the engagement part and the to-be-engaged part are in a non-engaged state such that the biasing force of the biasing member is not applied to the pressing force transmitting member.
According to the present invention, it is possible to obtain a forward/backward movement device capable of preventing a lid from rising up from a vehicle body.
Hereinafter, an embodiment of the present invention will be described in detail with reference to the accompanying drawings.
Opening and closing device 100 is a device that opens and closes fuel lid 120 which is a lid for closing fuel inlet part 2a provided in vehicle body 2. Opening and closing device 100 includes forward/backward movement device 1 according to the embodiment of the present invention. Note that, details of the configuration of forward/backward movement device 1 will be described later.
Opening and closing device 100 includes body 110 attached to fuel inlet part 2a provided in vehicle body 2, fuel lid 120, hinge 130 for rotatably supporting fuel lid 120, and forward/backward movement device 1.
Body 110 constitutes, for example, a fuel chamber surrounding a fuel pipe. Note that, a fuel inlet port formed at a leading end of the fuel pipe is closed by screw cap 160.
Forward/backward movement member 11 is a member for opening fuel lid 120. A leading end of forward/backward movement member 11 is provided with lid latching part 12.
In opening and closing device 100 configured in the above-described manner, when fuel lid 120 is closed, lid to-be-latched part 140 provided in fuel lid 120 comes into contact with forward/backward movement member 11. At this time, lid latching part 12 provided in forward/backward movement member 11 is inserted into lid to-be-latched part 140.
When fuel lid 120 is pushed in in this state, forward/backward movement member 11 moves backward inside vehicle body 2. “Move backward” means that forward/backward movement member 11 moves from outside a case to be described later toward inside the case.
Further, when forward/backward movement member 11 moves backward, lid latching part 12 rotates and lid latching part 12 is latched to lid to-be-latched part 140. When lid latching part 12 is latched to lid to-be-latched part 140, forward/backward movement member 11 is positioned in a backward position.
The backward position is a stop position of forward/backward movement member 11 that has moved backward. The backward position is also a position in which fuel lid 120 is held in the closed state.
Insertion of restriction member 90 to be described later into a recessed part of forward/backward movement member-side member 21, which will be described later, in this state results in a state in which the movement of forward/backward movement member 11 which is held by forward/backward movement member-side member 21 is restricted, that is, a state in which forward/backward movement member 11 is locked. Thus, fuel lid 120 is locked in a state in which fuel inlet part 2a is closed.
When forward/backward movement member 11 transitions to the unlocked state from the locked state by restriction member 90 described above in order to open fuel lid 120, forward/backward movement member 11 moves forward outside vehicle body 2. “Move forward” means that forward/backward movement member 11 moves from inside the case to be described later toward outside the case.
At this time, lid latching part 12 provided in forward/backward movement member 11 rotates, and thus, the latching of lid latching part 12 to lid to-be-latched part 140 is released. Thus, lid latching part 12 comes out of lid to-be-latched part 140, and fuel lid 120 is allowed to be opened.
Pressure force transmitting part 80 includes a regulation part, a guide part, and the like. Details of the regulation part, the guide part, and the like will be described later.
Next, the configuration of forward/backward movement device 1 will be described with reference to
Forward/backward movement device 1 illustrated in
Forward/backward movement member 11 is a columnar or cylindrical member capable of moving forward and backward with respect to case 4. Forward/backward movement member 11 is inserted into a through-hole (not illustrated) formed in front-side wall part 40a.
Forward/backward movement member 11 moves between a forward position, in which forward/backward movement member 11 has moved forward with respect to case 4, and a backward position, in which forward/backward movement member 11 has moved backward with respect to case 4. The forward position is a stop position of forward/backward movement member 11 that has moved forward. The forward position is also a position of forward/backward movement member 11 when the latching of lid latching part 12 to lid to-be-latched part 140 as illustrated in
Forward/backward movement member-side member 21 is fitted to forward/backward movement member 11 in a relatively rotatable manner, and moves together with forward/backward movement member 11. Forward/backward movement member-side member 21 includes regulation member 21a, to-be-engaged member 21b, and to-be-engaged member 21c (corresponding to the “to-be-engaged part” in the present invention).
Regulation member 21a regulates the forward position and the backward position of forward/backward movement member 11 by moving within case 4 while rotatably holding forward/backward movement member 11.
Regulation member 21a is disposed in a region between front-side wall part 40a and back-side wall part 40b of case 4. Regulation member 21a regulates the movement of forward/backward movement member 11 in the forward direction by coming into contact with front-side wall part 40a. Further, regulation member 21a regulates the movement of forward/backward movement member 11 in the backward direction by coming into contact with back-side wall part 40b.
To-be-engaged member 21b regulates the forward movement of regulation member 21a by restriction member 90 engaging with to-be-engaged member 21b. For this reason, a recessed part with which restriction member 90 engages is formed in to-be-engaged member 21b. Details of the recessed part will be described later.
To-be-engaged member 21b extends from regulation member 21a toward back-side wall part 40b. To-be-engaged member 21b is provided adjacent to regulation member 83c and parallel to regulation member 83c.
To-be-engaged member 21c extends from regulation member 21a toward internal member 83b. In
Biasing member 27 is a coil spring that generates a biasing force for moving forward/backward movement member 11 disposed in the backward position toward the forward position.
Biasing member 27 is disposed, for example, in a region between forward/backward movement member-side member 21 and back-side wall part 40b inside case 4. One end of biasing member 27 is attached to a spring seat provided inside forward/backward movement member-side member 21, and the other end of biasing member 27 is attached to a spring seat provided in back-side wall part 40b of case 4.
Note that, biasing member 27 is not limited to a coil spring, but may be an elastic member that generates a biasing force for moving forward/backward movement member 11, and may be a leaf spring or the like.
Regulation part 83 includes pressing force transmitting member 83a, internal member 83b, regulation member 83c, and engagement member 83e.
Pressing force transmitting member 83a is pushed in by projection 121 provided in fuel lid 120 when fuel lid 120 is closed. Pressing force transmitting member 83a is a member for transmitting a pressing force of when fuel lid 120 is closed, to regulation member 83c. Further, pressing force transmitting member 83a can be used as a member for operating a detection switch which is provided inside case 4 and detects the open/closed state of fuel lid 120. For example, when pressing force transmitting member 83a is pushed in by projection 121 of fuel lid 120, it is possible to operate the detection switch via internal member 83b which is pushed in together with pressing force transmitting member 83a.
Pressing force transmitting member 83a is formed in a pillar shape so as to be insertable into guide part 83d formed in front-side wall part 40a of case 4. Pressing force transmitting member 83a is fixed to internal member 83b and protrudes outside case 4 from internal member 83b via guide part 83d which is formed in front-side wall part 40a of case 4 and guides the forward and backward movement of pressing force transmitting member 83a.
As illustrated in
As illustrated in
Internal member 83b is a member that is, inside case 4, fitted to pressing force transmitting member 83a and is disposed so as to be movable together with pressing force transmitting member 83a. Internal member 83b is disposed, for example, on a guide groove provided inside case 4.
When fuel lid 120 illustrated in
Regulation member 83c is a member that moves together with pressing force transmitting member 83a and regulates the movement of restriction member 90 included in movement member 31 when pressing force transmitting member 83a is pushed in inside case 4 by the transition of fuel lid 120 to the closed state. Regulation member 83c extends from internal member 83b toward back-side wall part 40b of case 4. Details of the configuration of the regulation member will be described later.
A leading-end part of regulation member 83c is formed in a hook shape. In addition, recessed part 83c1 is formed in regulation member 83c.
Engagement member 83e extends from internal member 83b toward regulation member 21a. Engagement member 83e is disposed in a position upward from to-be-engaged member 21c, which extends from regulation member 21a toward internal member 83b, in the up direction in
Driving part 60 is a motor that generates a driving force for moving restriction member 90. Rotation gear 64 is connected to a rotation shaft of driving part 60.
Driving part 60 is driven, and thus, a leading-end part of restriction member 90 faces, in a position away from the leading-end part of regulation member 83c by a certain distance, the leading-end part of regulation member 83c as illustrated in
In a state in which fuel lid 120 is open, the leading-end part of restriction member 90 is in contact with to-be-engaged member 21b and/or restriction member 83c as illustrated in
As illustrated in
Rotation gear 74 is a circular gear. Rotation gear 74 is a rotational force transmitting member that transmits a rotational force generated by a motor or manually, and moves movement member 31 by the rotational force.
Rotation gear 74 is an example of a transmission member that transmits the rotational force of driving part 60 by meshing with rotation gear 64, and moves restriction member 90 by the rotational force. Rotation gear 74 is provided with pinion 75 coaxially with rotation gear 74. Pinion 75 meshes with rack gear 93 formed in restriction member 90.
Biasing member 96 is disposed, for example, within case 4, in a region between restriction member 90 and a projection formed on the inner side of back-side wall part 40b of case 4 (a portion protruding from an inner side surface wall of case 4 in the direction perpendicular to the paper surface in
Biasing member 96 is a coil spring that generates a biasing force for moving restriction member 90 disposed in the first position toward the second position illustrated in
Note that, biasing member 96 is not limited to a coil spring, but may be an elastic member that generates a biasing force for moving restriction member 90, and may be a leaf spring or the like.
Restriction member 90 is a member that is housed inside case 4 illustrated in
Note that, in addition to the biasing force generated by biasing member 96, restriction member 90 can also be moved by utilizing a rotational force generated by a driving mechanism (not illustrated) when operated manually.
In restriction member 90, rack gear 93 is formed. Rack gear 93 is a gear for converting a rotational motion into a linear motion.
Rotation gear 74 that meshes with rack gear 93 rotates, and thus, restriction member 90 moves between the first position and the second position.
The first position is a position that allows forward/backward movement member 11 to move forward. In a case where restriction member 90 is disposed in the first position, restriction member 90 is not engaged with recessed part 21b1 which is formed in to-be-engaged member 21b and is illustrated in
The second position is a position in which forward/backward movement member 11 illustrated in
As described above, in a case where restriction member 90 is disposed in the second position, restriction member 90 is engaged with recessed part 21b1 formed in to-be-engaged member 21b, and thus, forward/backward movement member 11 stops in the backward position and cannot move forward.
Next, the operation of forward/backward movement device 1 when fuel lid 120 is closed will be described with reference to
When fuel lid 120 is not pushed in, forward/backward movement member 11 is disposed in the forward position by the biasing force generated by biasing member 27. Further, when pressing force transmitting member 83a is not pushed in by projection 121 provided in fuel lid 120, pressing force transmitting member 83a is disposed in the protrusion position (forward position) in which pressing force transmitting member 83a protrudes outside case 4 from internal member 83b.
At this time, engagement member 83e, which extends from internal member 83b toward regulation member 21a, and to-be-engaged member 21c, which extends from regulation member 21a toward internal member 83b, are in the engaged state of being engaged with each other, and thus, the biasing force generated by biasing member 27 is transmitted from forward/backward movement member 11 to pressing force transmitting member 83a.
Further, as illustrated in
When fuel lid 120 is pushed in in this state, forward/backward movement member 11 moves in the backward direction against the biasing force generated by biasing member 27. When fuel lid 120 is slightly pushed in, forward/backward movement member 11 starts moving in the backward direction against the biasing force generated by biasing member 27.
When forward/backward movement member 11 moves in the backward direction, forward/backward movement member-side member 21 moves together with forward/backward movement member 11 in the backward direction. Further, to-be-engaged member 21c that extends from regulation member 21a toward internal member 83b moves together with forward/backward movement member 11 in the backward direction.
Given the above, in a state in which fuel lid 120 is slightly pushed in, to-be-engaged member 21c moves in the backward direction, whereas engagement member 83e stands still, and thus, a gap is generated between engagement member 83e and to-be-engaged member 21c, which results in the non-engaged state between engagement member 83e and to-be-engaged member 21c that are not engaged with each other. Thus, the biasing force generated by biasing member 27 is not transmitted from forward/backward movement member 11 to pressing force transmitting member 83a.
In a case where fuel lid 120 is further pushed in, forward/backward movement member 11 moves in the backward direction against the biasing force generated by biasing member 27. To-be-engaged member 21c moves in the backward direction, whereas engagement member 83e stands still, and thus, the gap between engagement member 83e and to-be-engaged member 21c widens.
Further, when fuel lid 120 is further pushed in and forward/backward movement member 11 moves backward, lid latching part 12 rotates and is latched to lid to-be-latched part 140.
As described above, as illustrated in
When the push-in of fuel lid 120 is completed, forward/backward movement member 11 attempts to move in the forward direction by the biasing force generated by biasing member 27, but the movement of forward/backward movement member 11 is restricted since the leading-end part of restriction member 90 is inserted into recessed part 21b1 formed in to-be-engaged member 21b and engages with recessed part 21b1.
That is, forward/backward movement member 11 is in the locked state. Thus, fuel lid 120 is locked in a state in which fuel inlet part 2a is closed.
Further, when forward/backward movement member 11 moves in the forward direction by the biasing force generated by biasing member 27, the gap between engagement member 83e and to-be-engaged member 21c becomes narrower than the gap therebetween illustrated in
Further, in a state in which the push-in of fuel lid 120 is completed, the biasing force generated by biasing member 27 is not transmitted from forward/backward movement member 11 to pressing force transmitting member 83a, and thus, fuel lid 120 is not pushed in a direction of opening from the position thereof in the closed state (closed position) by the pressing force transmitting member. Fuel lid 120 is held in the closed position.
In addition, as illustrated in
Next, the operation of forward/backward movement device 1 when fuel lid 120 is opened will be described with reference to
In a case where fuel lid 120 in the closed state illustrated in
Thus, the leading-end part of restriction member 90 is pulled out from recessed part 21b1 formed in to-be-engaged member 21b, and the movement-restricted state in which the movement of forward/backward movement member 11 in the forward/backward direction is restricted is released. Forward/backward movement member 11 for which the movement-restricted state has been released in the above-described manner moves in the forward direction by the biasing force of biasing member 27. At this time, forward/backward movement member 11 moves in the axial direction of forward/backward movement member 11 while rotating with respect to case 4.
Then, the rotation of forward/backward movement member 11 causes lid latching part 12 provided in the leading end of forward/backward movement member 11 to rotate as well, and the latching of lid latching part 12 to lid to-be-latched part 140 is released. Further, forward/backward movement member 11 pushes up fuel lid 120 by moving in the forward direction.
Pressing force transmitting member 83a is, on the other hand, held in the stop position by the frictional resistance applied by seal member 83f (see
Forward/backward movement member 11 moves further in the forward direction and reaches the forward position. Thus, fuel lid 120 is in the open state.
Further, pressing force transmitting member 83a moves together with forward/backward movement member 11, thereby moving to the protrusion position (forward position) in which pressing force transmitting member 83a protrudes outside case 4 from internal member 83b.
As described above, as illustrated in
As has been described above, forward/backward movement device 1 according to the embodiment of the present invention as described above includes: case 4; forward/backward movement member 11 that includes one end, whose side is housed in case 4, and another end, whose side protrudes from case 4, moves forward in a direction from inside case 4 toward outside case 4, and moves backward in a direction from outside case 4 toward inside case 4; biasing member 27 that biases forward/backward movement member 11; movement member 31 that is housed in case 4 and moves between a first position, which allows forward/backward movement member 11 to move forward by a biasing force of biasing member 27, and a second position, in which forward/backward movement member 11 is stopped from moving forward; to-be-engaged member 21c that moves together with forward/backward movement member 11 inside case 4; pressing force transmitting member 83a that moves from a forward position to a backward position by a pressing force when fuel lid 120 is closed; and engagement member 83e that moves together with pressing force transmitting member 83a inside case 4. When forward/backward movement member 11 moves forward, engagement member 83e and to-be-engaged member 21c are in an engaged state such that the biasing force of biasing member 27 is applied to pressing force transmitting member 83a, and when pressing force transmitting member 83a is positioned in the backward position, engagement member 83e and to-be-engaged member 21c are in a non-engaged state such that the biasing force of biasing member 27 is not applied to pressing force transmitting member 83a.
With the configuration described above, when forward/backward movement member 11 moves forward, engagement member 83e and to-be-engaged member 21c are in the engaged state with each other and the biasing force of the biasing member is applied from forward/backward movement member 11 to pressing force transmitting member 83a, and thus, it is possible to move, together with forward/backward movement member 11, pressing force transmitting member 83a to the protrusion position (forward position) even without a special member for moving pressing force transmitting member 83a from the retraction position (backward position) to the protrusion position (forward position). Further, when forward/backward movement member 11 moves backward, engagement member 83e and to-be-engaged member 21c are in the non-engaged state with each other and the biasing force of the biasing member is not applied from forward/backward movement member 11 to pressing force transmitting member 83a, and thus, fuel lid 120 is not pressed by pressing force transmitting member 83a. Thus, it is possible to prevent fuel lid 120 from rising up from the vehicle body. Further, since a gap which allows a tool or the like to be inserted therethrough is not generated between fuel lid 120 having risen up from the vehicle body and the vehicle body, it is possible to enhance crime prevention performance.
Further, according to forward/backward movement device 1 according to the embodiment of the present invention, in a case where forward/backward movement member 11 moves backward in the direction from outside case 4 toward inside case 4, engagement member 83e and to-be-engaged member 21c are in the non-engaged state by to-be-engaged member 21c moving a longer distance than engagement member 83e. Since it is possible to cause engagement member 83e and to-be-engaged member 21c to be in the non-engaged state with each other with a simple configuration without adding any component for releasing the engaged state between engagement member 83e and to-be-engaged member 21c with each other, it is possible to reduce the manufacturing cost of forward/backward movement device 1.
Further, according to forward/backward movement device 1 according to the embodiment of the present invention, in a case where forward/backward movement member 11 moves forward in the direction from inside case 4 toward outside case 4, engagement member 83e and to-be-engaged member 21c are in the engaged state by to-be-engaged member 21c moving a longer distance than engagement member 83e. Since it is possible to cause engagement member 83e and to-be-engaged member 21c to be in the engaged state with each other with a simple configuration without adding any component for causing engagement member 83e and to-be-engaged member 21c to be in the engaged state with each other, it is possible to reduce the manufacturing cost of forward/backward movement device 1.
Further, forward/backward movement device 1 according to the embodiment of the present invention further includes: guide part 83d that guides forward and backward movement of pressing force transmitting member 83a; and seal member 83f that is disposed between pressing force transmitting member 83a and guide part 83d and has elasticity. Thus, it is possible to hold pressing force transmitting member 83a in the stop position more surely by the frictional resistance applied by seal member 83f, and further it is possible to hold engagement member 83e in the stop position more surely. As a result, it is possible to simplify the configuration of forward/backward movement device 1, whereby engagement member 83e, which is held in the stop position, and to-be-engaged member 21c, which moves together with forward/backward movement member 11, are caused to be in the engaged state with each other and, on the contrary, whereby engagement member 83e and to-be-engaged member 21c are caused to be in the non-engaged state with each other; it is possible to improve the reliability of forward/backward movement device 1; and it is possible to reduce the manufacturing cost of forward/backward movement device 1. Note that, seal member 83f described above is unnecessary in a case where a fit tolerance between pressing force transmitting member 83a and guide part 83d is set such that pressing force transmitting member 83a can be held in the stop position by the frictional resistance generated between pressing force transmitting member 83a and guide part 83d.
Note that, in the embodiment of the present invention, it is configured such that in a case where forward/backward movement member 11 moves backward, engagement member 83e and to-be-engaged member 21c are in the non-engaged state by to-be-engaged member 21c moving a longer distance than engagement member 83e, and such that in a case where forward/backward movement member 11 moves forward, engagement member 83e and to-be-engaged member 21c are in the engaged state by to-be-engaged member 21c moving a longer distance than engagement member 83e, but any configuration other than the above configuration example may be employed as long as the employed configuration has a structure that allows the engaged state between to-be-engaged member 21c and engagement member 83e to be switched to the non-engaged state therebetween in a predetermined position between the forward position and the backward position while forward/backward movement member 11 moves from the forward position to the backward position as well as the employed configuration has a structure that allows the non-engaged state between to-be-engaged member 21c and engagement member 83e to be switched to the engaged state therebetween in a predetermined position between the backward position and the forward position while forward/backward movement member 11 moves from the backward position to the forward position. For example, the employed configuration may have a structure provided with a cam mechanism which causes one member of to-be-engaged member 21c and engagement member 83e, where the movement direction of forward/backward movement member 11 is a direction of an axis thereof and the one member is rotatably provided around the axis, to be rotated in response to an operation when forward/backward movement member 11 moves, such that to-be-engaged member 21c and engagement member 83e are in the non-engaged state by rotating the one member from a predetermined position in response to the movement of forward/backward movement member 11 to the predetermined position, and such that engagement member 83e and to-be-engaged member 21c are in the engaged state by rotating the one member from a position, to which the one member has rotated, to the predetermined position in response to the movement of forward/backward movement member 11 to the forward position. Further, in the embodiment of the present invention, the device in which the lid opens by releasing the lock of the forward/backward movement member by the restriction member has been described as an example, but, for example, the present invention can also be used for a device including a so-called push-push mechanism in which a user performs a push operation to a lid, thereby causing a forward/backward movement member to move forward and backward between the open position and the closed position to open and close the lid.
It should be understood that the embodiment disclosed herein is illustrative and non-restrictive in every respect. The scope of the present invention is defined by the scope of the claims, rather than the description above, and is intended to include any modifications within the meaning and scope equivalent to the scope of the claims.
The embodiment of the present invention has been described thus far. Note that, the above description is only illustration of a preferred embodiment of the present invention, and the scope of the present invention is not limited thereto. That is, the descriptions of the configuration of the above-mentioned device and the shape of each part are exemplary, and it is obvious that various modifications and additions to these examples are possible within the scope of the present invention
The forward/backward movement device according to the present invention is useful as a device capable of preventing a lid from rising up from a vehicle body.
| Number | Date | Country | Kind |
|---|---|---|---|
| 2022-037165 | Mar 2022 | JP | national |
| Filing Document | Filing Date | Country | Kind |
|---|---|---|---|
| PCT/JP2023/009186 | 3/10/2023 | WO |
