JP6271412B2 - Thin slide cup holder - Google Patents

Description

  The present invention relates to a thin slide cup holder.

As shown in FIG. 10, Patent Document 1 discloses a tray 3 that is slidably supported by a retainer 2, a holder 4 that is rotatably supported by the tray 3, and a support that is rotatably supported by the holder 4. A thin slide cup holder 1 having 6 is disclosed. When the tray 3 is pulled out to the passenger compartment side and the holder 4 is pivoted upward (in the state shown in the figure), the lock portion 4a provided on the holder 4 is engaged with the upper wall 2a of the retainer 2 Thus, the holder 4 is prevented from rotating downward.

However, the conventional structure has the following problems.
Since the downward rotation of the holder 4 is completely stopped by the lock portion 4 a and the retainer 2, the cup holder 1 may be damaged when a downward force is applied to the holder 4.

Japanese Patent No. 2794389

  An object of the present invention is to provide a thin slide cup holder that can prevent the cup holder from being damaged when a force is applied to the holder storage position side when the cup holder is used.

The present invention for achieving the above object is as follows.
(1) It has a retainer, a tray, a holder, a holder biasing spring, a guide mechanism, and a stopper.
The retainer is fixed to an interior member of the vehicle,
The tray includes a bottom support portion that supports the bottom surface of the beverage container, and is slidable on the retainer to a tray storage position stored in the retainer and a tray use position moved from the tray storage position to the vehicle compartment side. Is supported by
The holder includes a holder rotation shaft portion, a first holder arm portion that is positioned closer to the vehicle compartment than the holder rotation shaft portion, and a holder rotation shaft portion. A second holder arm portion located on the side opposite to the passenger compartment, and a holder storage position where the first holder arm portion is stored in the tray and the first holder arm portion is located above the holder storage position. It is rotatably supported by the tray at the holder rotation shaft portion at the rotated holder use position,
The holder urging spring urges the holder with respect to the tray in a direction in which the first holder arm portion rotates upward and the second holder arm portion rotates downward.
The guide mechanism includes a retainer guide surface provided on the retainer, and a holder protrusion provided on the second holder arm portion of the holder and pressed against the retainer guide surface from above by a biasing force of the holder biasing spring. The retainer guide surface includes: a first retainer guide surface; and a second retainer guide surface that is connected to a vehicle compartment side end of the first retainer guide surface and is positioned below the first retainer guide surface. The holder protrusion is pressed against the first retainer guide surface when the tray is in the tray storage position and the holder is in the holder storage position, and the tray is in the tray use position. When the holder is in the holder use position, it is pressed against the second retainer guide surface,
The stopper is provided on the retainer, provided above the holder projection when the tray is in the tray use position and the holder is in the holder use position, and a lower surface is an upper surface of the holder projection. The holder is in a position where the holder is used to restrict rotation of the holder toward the holder storage position.
At least one of the upper surface of the holder protrusion and the lower surface of the stopper is provided with an inclined surface that is inclined in a direction to release the engagement between the upper surface of the holder protrusion and the lower surface of the stopper. The thin slide cup holder is configured such that the holder projection can climb over the stopper from below to above the stopper.
(2) The stopper is provided closer to the passenger compartment than the first retainer guide surface, and the holder protrusion that has climbed over the stopper from the lower side to the upper side of the stopper moves the tray from the tray use position. The thin slide cup holder according to (1), wherein the thin slide cup holder can be returned from the upper surface of the stopper to the first retainer guide surface by being moved to the tray storage position side.
(3) At least one of the lower surface of the holder protrusion and the upper surface of the stopper is provided with a second inclined surface that is inclined in a direction to release the engagement between the lower surface of the holder protrusion and the upper surface of the stopper. The thin-type slide cup holder according to (1) or (2), wherein the second inclined surface allows the holder projection to pass over the stopper from above the stopper downward.

According to the thin slide cup holder of (1) above, the following effects can be obtained.
(I) Since the stopper is provided, the holder is stored in the holder when the tray is in the tray use position and the holder is in the holder use position and a relatively weak force is applied to the holder storage position side. It can suppress turning to a position.
(Ii) On the other hand, an inclined surface is provided on at least one of the upper surface of the holder protrusion and the lower surface of the stopper, and the inclined surface allows the holder protrusion to get over the stopper from below the stopper. For this reason, when the tray is in the tray use position and the holder is in the holder use position and a relatively strong force is applied to the holder storage position side, the holder projection gets over the stopper so that the holder projection and the stopper And the holder can be rotated to the holder storage position.
(Iii) According to the above (i) and (ii), when a relatively weak force is applied to the holder, the holder protrusion is engaged with the stopper, so that the holder rotates from the holder use position to the holder storage position. When a relatively strong force can be applied to the holder, the holder protrusion can get over the stopper, so that the holder is allowed to rotate from the holder use position to the holder storage position. Therefore, it is possible to prevent the cup holder from being damaged when a force is applied to the holder storage position side when the cup holder is used.

According to the thin slide cup holder of (2) above, the following effects can be obtained.
The holder projection over the stopper moves the tray from the tray use position to the tray storage position, so that the holder can be returned from the upper surface of the stopper to the first retainer guide surface. For this reason, the holder can be returned to the normal use state, that is, the use state before getting over the stopper, only by moving the tray from the tray use position to the tray storage position.

According to the thin slide cup holder (3), the following effects can be obtained.
A second inclined surface is provided on at least one of the lower surface of the holder projection and the upper surface of the stopper, and the second inclined surface allows the holder projection to get over the stopper from above the stopper to below. . For this reason, after the holder projection has moved over the stopper from below the stopper upward, the holder projection is rotated from the upper side of the stopper to the lower side of the stopper by rotating the holder from the holder storage position to the holder use position side with a relatively strong force. Can be moved (returned) to. Therefore, the holder can be returned to the normal use state, that is, the use state before getting over the stopper, only by rotating the holder from the holder storage position to the holder use position.

It is a disassembled perspective view of the thin slide cup holder of the Example of this invention. It is a perspective view of the thin slide cup holder of this invention Example. (A) shows the time when the tray, holder, and support are in the storage position. (B) shows the time when the tray, holder, and support are in the use position. It is a side view of the thin slide cup holder of the example of the present invention. (A) shows the time when the tray, holder, and support are in the storage position. (B) shows the time when the tray, holder, and support are in the use position. It is sectional drawing in the support interlocking mechanism site | part in the thin slide cup holder of this invention Example. (A) shows the time when the tray, holder, and support are in the storage position. (B) shows the time when the tray, holder, and support are in the use position. It is sectional drawing in the guide mechanism site | part in the thin slide cup holder of this invention Example. (A) shows the time when the tray, holder, and support are in the storage position. (B) shows the time when the tray, holder, and support are in the use position. (C) is an operation diagram. It is sectional drawing of the state which has accommodated the drink container of the thin slide cup holder of this invention Example. It is an operation sectional view in a stopper part in a thin slide cup holder of an example of the present invention. (A) shows the state before a holder protrusion gets over a stopper. (B) shows a state in which a force is applied to the holder from above and the holder protrusion has passed over the stopper. It is an AA line expanded sectional view of FIG. FIG. 8 is an enlarged sectional view taken along line B-B in FIG. 7. It is a side view of the conventional thin slide cup holder.

  Hereinafter, a thin slide cup holder according to an embodiment of the present invention will be described with reference to the drawings. In the figure, UP indicates the upper side, and FR indicates the front side of the vehicle.

  A thin slide cup holder (hereinafter also simply referred to as a cup holder) 10 according to an embodiment of the present invention is for a vehicle, and is disposed, for example, on an instrument panel that is an interior member of the vehicle. However, the cup holder 10 may be arrange | positioned at the interior panel (design panel) of vehicles other than an instrument panel. In the embodiment of the present invention and the illustrated example, the case where the cup holder 10 is provided on the instrument panel will be described.

  As shown in FIG. 1, the cup holder 10 includes a retainer 20, a tray 30, a holder 40, a holder biasing spring 50, a support 60, a support biasing spring 70, a guide mechanism 80, and a support interlocking mechanism. 90 and the stopper 100. However, the support 60, the support urging spring 70, and the support interlocking mechanism 90 are not essential components.

  The retainer 20 is made of, for example, a resin. The retainer 20 has a two-part configuration of a retainer upper 21 and a retainer lower 22. The retainer upper 21 and the retainer lower 22 are fixed to each other by claw fitting, screw tightening, caulking, or the like. In the illustrated example of the present invention, the case where they are fixed to each other by claw fitting is shown.

  The retainer 20 is fixed to the instrument panel P as shown in FIG. The retainer 20 opens only to the rear of the vehicle (vehicle compartment side). The retainer 20 includes a retainer rear wall 23a positioned at the vehicle front side end of the retainer 20, a retainer upper wall 23b extending rearward from the upper end of the retainer rear wall 23a, and a rear end from the lower end of the retainer rear wall 23a. A retainer lower wall 23c that extends opposite the retainer upper wall 23b, a retainer right wall 23d that extends rearward from the vehicle right end of the retainer rear wall 23a, and a retainer right that extends rearward from the vehicle left end of the retainer rear wall 23a. And a retainer left wall 23e facing the wall 23d.

The tray 30 is made of resin, for example. As shown in FIG. 4, the tray 30 is slidable on the retainer 20 into a tray storage position 30 a that is accommodated in the retainer 20 entirely or substantially entirely, and a tray use position 30 b that is moved rearward from the tray storage position 30 a. It is supported by. The tray 30 is constantly urged with respect to the retainer 20 by a biasing member 31 (see FIG. 1) such as a Conston spring from the tray storage position 30a to the tray use position 30b. When the tray 30 is moved from the tray storage position 30a to the tray use position 30b by the urging force of the urging member 31, the stopper protrusion 32 provided on the tray 30 is provided on the retainer 20 as shown in FIG. It abuts against the receiving portion 24 and prevents the tray 30 from moving further backward with respect to the retainer 20. The tray 30 is pushed from the tray use position 30b to the tray storage position 30a against the urging force of the urging member 31 to lock the lock device 33 (see FIG. 1) including a known heart cam mechanism. The retainer 20 is held at the tray storage position 30a. As shown in FIG. 1, when the lock device 33 includes a heart cam mechanism, the lock device 33 includes a heart cam 33 a and a lock pin 33 b.

The tray 30 includes a bottom surface support portion 34. As shown in FIG. 6, the bottom surface support portion 34 supports the bottom surface of the beverage container C that is received and held in the cup holder 10. A door member 35 separate from the tray 30 may be attached to the tray 30 in order to improve the design at the vehicle rear side end. Further, a damper 36 (see FIG. 1) may be provided on the tray 30 in order to give a high-class feeling to the movement of the tray 30 relative to the retainer 20.

  The holder 40 is made of resin, for example. The holder 40 may have a multi-part configuration, but it is desirable to have a single-part configuration to reduce the number of parts. As shown in FIG. 6, the holder 40 includes a holder rotation shaft portion 41 and an insertion hole 42 a through which the beverage container C is inserted, and the vehicle rear side (vehicle compartment side) from the holder rotation shaft portion 41 in a side view. The first holder arm part 42 located at the front and the second holder arm part 43 located in front of the vehicle (on the side opposite to the vehicle compartment) in a side view from the holder rotation shaft part 41 are provided. As shown in FIG. 4, the holder 40 has a holder storage position 40a (FIG. 4 (a)) in which the first holder arm portion 42 is stored in the tray 30 and the first holder arm portion 42 upward from the holder storage position 40a. The holder 30 is rotatably supported on the tray 30 by the holder rotation shaft portion 41 at the rotated holder use position 40b (FIG. 4B).

As shown in FIG. 1, the holder biasing spring 50 is composed of, for example, a torsion spring. The holder biasing spring 50 biases the holder 40 with respect to the tray 30 in a direction in which the first holder arm portion 42 rotates upward and the second holder arm portion 43 rotates downward. That is, the holder urging spring 50 urges the holder 40 to rotate from the holder storage position 40a toward the holder use position 40b.

  As shown in FIG. 6, the support 60 includes a support main body 61 that supports the side surface of the beverage container C in cooperation with the first holder arm portion 42 of the holder 40, and one end portion of the support main body 61 in a side view. And a support rotation shaft portion 62 provided. As shown in FIG. 4, the support 60 has a support storage position 60a (FIG. 4 (a)) stored in the tray 30 and a support use position 60b (FIG. 4A) rotated from the support storage position 60a to a substantially vertical state. In FIG. 4 (b)), the support rotating shaft portion 62 is rotatably supported on the tray 30.

When the support 60 is in the support use position 60b, the support 60 is inserted through the insertion hole 42a of the first holder arm portion 42, and supports the side surface of the beverage container C from the front side of the vehicle. The support rotation shaft portion 62 is provided at the lower end portion of the support main body portion 61 when the support 60 is at the support use position 60b. The support rotation shaft portion 62 is located behind the vehicle relative to the holder rotation shaft portion 41.

As shown in FIG. 1, the support urging spring 70 is composed of, for example, a torsion spring. The support urging spring 70 urges the support 60 to rotate upward with respect to the tray 30. That is, the support urging spring 70 urges the support 60 to rotate from the support storage position 60a toward the support use position 60b.

  As shown in FIG. 5, the guide mechanism 80 is disposed above the retainer guide surface 81 provided on the retainer 20 and the retainer guide surface 81 provided on the second holder arm portion 43 of the holder 40 by the biasing force of the holder biasing spring 70. A holder projection 82 pressed from above.

The retainer guide surface 81 is formed on the retainer left and right walls 23d and 23e. The retainer guide surface 81 is connected to a first retainer guide surface 81a extending in a direction parallel to the moving direction of the tray 30 with respect to the retainer 20, and a vehicle rear side end (vehicle compartment side end) of the first retainer guide surface 81a. A second retainer guide surface 81b positioned below the guide surface 81a. The second retainer guide surface 81b is smoothly connected to the vehicle rear side end of the first retainer guide surface 81a, and inclines toward the vehicle rear and downward from the vehicle rear side end, and the vehicle rear side end of the inclination portion 81b1. And a flat plate portion 81b2 extending in a planar shape from the lower end to the rear of the vehicle.

The holder protrusion 82 is formed integrally with the second holder arm portion 43 of the holder 40. The holder protrusion 82 is always pressed against the retainer guide surface 81 by the holder biasing spring 50 and does not leave the retainer guide surface 81. Since the holder protrusion 82 is pressed against the retainer guide surface 81, when the tray 30 moves from the tray storage position 30a toward the tray use position 30b (rearward of the vehicle) with respect to the retainer 20, the holder protrusion 82 is moved to the first retainer. The holder 40 moves from the guide surface 81a to the second retainer guide surface 81b, and the holder 40 rotates from the holder storage position 40a to the holder use position 40b. Conversely, when the tray 30 moves from the tray use position 30b to the tray storage position 30a side (to the front of the vehicle) with respect to the retainer 20, the holder protrusion 82 moves from the second retainer guide surface 81b to the first retainer guide surface 81a side. The holder 40 is rotated from the holder use position 40b to the holder storage position 40a.

  As shown in FIG. 4, the support interlocking mechanism 90 is provided in a holder guide surface 91 provided in the first holder arm portion 42 of the holder 40 and a holder guide surface provided in an intermediate portion in a side view of the support main body portion 61 of the support 60. 91, and a support protrusion 92 that is pressed from below by the urging force of the support urging spring 70.

  The support protrusion 92 is formed integrally with the support main body 61 of the support 60. The support protrusion 92 is always pressed against the holder guide surface 91 by the urging force of the support urging spring 70, and does not leave the holder guide surface 91. Since the support protrusion 92 is pressed against the holder guide surface 91, when the holder 40 rotates from the holder storage position 40a to the holder use position 40b, the support 60 rotates in conjunction with the support use position 60b from the support storage position 60a. Move. Conversely, when the holder 40 rotates from the holder use position 40b to the holder storage position 40a, the support 60 rotates in conjunction (pressed) from the support use position 60b to the support storage position 60a.

The stopper 100 is provided to restrict the rotation of the holder 40 toward the holder storage position 40a when the tray 30 is at the tray use position 30b and the holder 40 is at the holder use position 40b. As shown in FIG. 7A, the stopper 100 is provided above the holder protrusion 82 when the tray 30 is at the tray use position 30b and the holder 40 is at the holder use position 40b. The stopper 100 is provided above the portion of the second retainer guide surface 81b with which the holder protrusion 82 contacts when the tray 30 is in the tray use position 30b and the holder 40 is in the holder use position 40b. The stopper 100 restricts the rotation of the holder 40 toward the holder storage position 40 a by the lower surface 101 engaging (contacting) with the upper surface 82 a of the holder protrusion 82.

As shown in FIG. 9, the stopper 100 is provided integrally with the retainer left and right walls 23 d and 23 e of the retainer 20. The stopper 100 is provided only in the middle part in the vertical direction of the retainer left and right walls 23d and 23e, and is not provided in the upper and lower ends of the retainer left and right walls 23d and 23e. The reason for this is to secure a space for receiving the holder projection 82 above and below the stopper 100. The stopper 100 is provided so as to protrude from the retainer left and right walls 23 d and 23 e toward the center in the width direction of the retainer 20.

An inclined surface 110 that inclines in a direction to release the engagement (contact) between the upper surface 82a of the holder projection 82 and the lower surface 101 of the stopper 100 on at least one of the upper surface 82a of the holder projection 82 and the lower surface 101 of the stopper 100. Is provided. 8 and 9 show the case where the inclined surface 110 is provided on both the holder protrusion 82 and the stopper 100. FIG. When the inclined surface 110 is provided on both the holder protrusion 82 and the stopper 100, the inclined surface provided on the holder protrusion 82 and the inclined surface provided on the stopper 100 may have the same or different inclination angles. Good. The inclined surface 110 is inclined to the center side in the width direction of the retainer 20 and upward. The inclined surface 110 may be a flat surface or a curved surface.

The inclined surface 110 allows the retainer 20 and / or the holder 40 to be elastically deformed in a direction perpendicular to the vertical direction, so that the holder projection 82 can get over the stopper 100 from below the stopper 100 upward.

As shown in FIG. 7, the stopper 100 is provided only at a position closer to the passenger compartment side (rear side of the vehicle) than the first retainer guide surface 81a. The upper surface 102 of the stopper 100 is provided on the extended surface of the first retainer guide surface 81a. Accordingly, the holder protrusion 82 that has moved over the stopper 100 from below to above the stopper 100 moves the tray 30 from the tray use position 30b to the tray storage position 30a, thereby causing the first retainer guide surface 81a from the upper surface 102 of the stopper 100 to move. It is possible to return to

As shown in FIGS. 8 and 9, at least one of the lower surface 82 b of the holder protrusion 82 and the upper surface 102 of the stopper 100 is engaged (contacted) with the lower surface 82 b of the holder protrusion 82 and the upper surface 102 of the stopper 100. A second inclined surface 120 is provided that is inclined in the direction of releasing the. 8 and 9 show a case where the second inclined surface 120 is provided on both the holder protrusion 82 and the stopper 100. FIG. When the second inclined surface 120 is provided on both the holder protrusion 82 and the stopper 100, the second inclined surface provided on the holder protrusion 82 and the second inclined surface provided on the stopper 100 have the same inclination angle. Or may be different. The second inclined surface 120 is inclined downward in the center in the width direction of the retainer 20. The second inclined surface 120 may be a flat surface or a curved surface.

By the second inclined surface 120, the retainer 20 and / or the holder 40 are elastically deformed in a direction perpendicular to the vertical direction, and the holder protrusion 82 can get over the stopper 100 from above the stopper 100 downward.

Here, the operation of the embodiment of the present invention will be described.
(A) Normal use state (A1) When the tray 30 is in the tray storage position 30a, the lock device 33 is locked, and the tray 30 is held in the tray storage position 30a. As shown in FIG. 5A, the holder protrusion 82 is pressed against the first retainer guide surface 81a, and the holder 40 is positioned at the holder storage position 40a. Further, since the holder 40 is positioned at the holder storage position 40a, the support 60 is positioned at the support storage position 60a as shown in FIG.

(A2) When the lock device 33 is unlocked when the tray 30 is moved from the tray storage position 30a to the tray use position 30b, the tray 30 moves from the tray storage position 30a to the retainer 20 by the biasing force of the biasing member 31. It moves to the use position 30b. The holder 40 and the support 60 also move together with the tray 30 from the tray storage position 30a to the tray use position 30b. Therefore, as shown in FIGS. 5B and 5C, the holder protrusion 82 moves from the first retainer guide surface 81 a to the second retainer guide surface 81 b, and the holder 40 is in the holder storage position 40 a with respect to the tray 30. To the holder use position 40b. Further, since the holder 40 rotates from the holder storage position 40a to the holder use position 40b, as shown in FIG. 4B, the support 60 rotates from the support storage position 60a to the support use position 60b.

(A3) When the tray 30 is moved from the tray use position 30b to the tray storage position 30a, the tray 30 is pushed against the retainer 20 toward the tray storage position 30a against the biasing force of the biasing member 31. The tray moves from the tray use position 30b to the tray storage position 30a. The holder 40 and the support 60 also move together with the tray 30 from the tray use position 30b to the tray storage position 30a. For this reason, as shown in FIG. 5C, the holder protrusion 82 moves from the second retainer guide surface 81b to the first retainer guide surface 81a, and the holder 40 moves from the holder use position 40b to the holder storage position with respect to the tray 30. Rotate to 40a. Further, since the holder 40 rotates from the holder use position 40b to the holder storage position 40a, as shown in FIG. 4A, the support 60 rotates from the support use position 60b to the support storage position 60a. The rotation of the holder 40 to the holder storage position 40a and the rotation of the support 60 to the support storage position 60a are performed before the holder 40 and the support 60 contact (contact) the instrument panel P around the cup holder 10. To be done.
When the tray 30 is pushed into the tray storage position 30a side and the lock device 33 is locked, the tray 30 reaches the tray storage position 30a and is in the state (A1).

(B) As shown in FIG. 7, when the tray 30 is in the tray use position 30b and the holder 40 is in the holder use position 40b, a downward force is applied to the first holder arm portion 42 of the holder 40. When

(B1) In the case of relatively weak force The holder 40 rotates to the holder storage position 40a side and stops until the upper surface 82a of the holder protrusion 82 engages (contacts) the lower surface 101 of the stopper 100.

(B2) In the case of a relatively strong force The inclined surface 110 causes the retainer 20 and / or the holder 40 to be elastically deformed in a direction perpendicular to the vertical direction, and the holder projection 82 is formed as shown in FIGS. Get over the stopper 100 from below the stopper 100 upward. Accordingly, the holder 40 rotates to the holder storage position 40a. After that, (a) when the tray 30 is pushed into the tray storage position 30a, the holder 40 also moves to the tray storage position 30a side together with the tray 30, and the holder protrusion 82 moves from the upper surface 102 of the stopper 100 to the first retainer guide surface. Return to 81a. Or (b) When the first holder arm portion 42 of the holder 40 is moved upward with a relatively strong force, the second inclined surface 120 causes the retainer 20 and / or the holder 40 to elastically deform in a direction perpendicular to the vertical direction. Then, the holder projection 82 gets over the stopper 100 from above the stopper 100 downward. Accordingly, the holder 40 rotates to the holder use position 40b, and the holder protrusion 82 returns from the upper surface 102 of the stopper 100 to the second retainer guide surface 81b.

Next, effects of the embodiment of the present invention will be described.
(I) Since the stopper 100 is provided, when the tray 30 is at the tray use position 30b and the holder 40 is at the holder use position 40b, a relatively weak force is applied to the holder 40 toward the holder storage position 40a. Rotation of the holder 40 to the holder storage position 40a can be suppressed.
(Ii) On the other hand, an inclined surface 110 is provided on at least one of the upper surface 82 a of the holder protrusion 82 and the lower surface 101 of the stopper 100, and the inclined surface 110 allows the holder protrusion 82 to move the stopper 100 from below the stopper 100. It is possible to get over. For this reason, when the tray 30 is at the tray use position 30b and the holder 40 is at the holder use position 40b, and when a relatively strong force is applied to the holder 40 toward the holder storage position 40a, the holder protrusion 82 is moved to the stopper 100. , The engagement between the holder projection 82 and the stopper 100 is released, and the holder 40 can be rotated to the holder storage position 40a.
(Iii) According to the above (i) and (ii), when a relatively weak force is applied to the holder 40, the holder projection 82 engages with the stopper 100, so that the holder 40 is moved from the holder use position 40b to the holder storage position 40a. When a relatively strong force is applied to the holder 40, the holder protrusion 82 gets over the stopper 100, so that the holder 40 can be rotated from the holder use position 40b to the holder storage position 40a. Permissible. Therefore, it is possible to prevent the cup holder 10 from being damaged when the cup holder 10 is in use and a force is applied to the holder 40 toward the holder storage position 40a.

The holder projection 82 that has passed over the stopper 100 can be returned from the upper surface 102 of the stopper 100 to the first retainer guide surface 81a by moving the tray 30 from the tray use position 30b to the tray storage position 30a. Therefore, the holder 40 can be returned to the normal use state, that is, the use state before getting over the stopper 100, simply by moving the tray 30 from the tray use position 30b to the tray storage position 30a.

A second inclined surface 120 is provided on at least one of the lower surface 82 b of the holder projection 82 and the upper surface 102 of the stopper 100, and the holder projection 82 causes the stopper 100 to move above the stopper 100 by the second inclined surface 120. It is possible to get over from below. For this reason, after the holder protrusion 82 gets over the stopper 100 from below the stopper 100, the holder protrusion 82 is turned by rotating the holder 40 from the holder storage position 40 a to the holder use position 40 b side with a relatively strong force. It can be moved (returned) from above the stopper 100 to below the stopper 100. Therefore, the holder 40 can be returned to the normal use state, that is, the use state before getting over the stopper 100 only by rotating the holder 40 from the holder storage position 40a to the holder use position 40b.

DESCRIPTION OF SYMBOLS 10 Thin slide cup holder 20 Retainer 21 Retainer upper 22 Retainer lower 30 Tray 30a Tray storage position 30b Tray use position 31 Energizing member 33 Locking device 34 Bottom support part 35 Door member 40 Holder 40a Holder storage position 40b Holder use position 41 Holder rotation Shaft part 42 First holder arm part 42a Insertion hole 43 Second holder arm part 50 Holder biasing spring 60 Support 60a Support storage position 60b Support use position 61 Support main body part 62 Support rotating shaft part 70 Support biasing spring 80 Guide mechanism 81 Retainer guide surface 81a First retainer guide surface 81b Second retainer guide surface 81b1 Inclined portion 81b2 Flat plate portion 82 Holder projection 82a Holder projection top surface 82b Holder projection bottom surface 90 Support interlock mechanism 91 E Dagaido surface 92 support projection 100 stopper 101 lower surface 102 upper surface 110 inclined surfaces of the stopper of the stopper 120 and the second inclined surface C beverage container P instrument panel

Claims (3)

A retainer, a tray, a holder, a holder biasing spring, a guide mechanism, and a stopper;
The retainer is fixed to an interior member of the vehicle,
The tray includes a bottom support portion that supports the bottom surface of the beverage container, and is slidable on the retainer to a tray storage position stored in the retainer and a tray use position moved from the tray storage position to the vehicle compartment side. Is supported by
The holder includes a holder rotation shaft portion, a first holder arm portion that is positioned closer to the vehicle compartment than the holder rotation shaft portion, and a holder rotation shaft portion. A second holder arm portion located on the side opposite to the passenger compartment, and a holder storage position where the first holder arm portion is stored in the tray and the first holder arm portion is located above the holder storage position. It is rotatably supported by the tray at the holder rotation shaft portion at the rotated holder use position,
The holder urging spring urges the holder with respect to the tray in a direction in which the first holder arm portion rotates upward and the second holder arm portion rotates downward.
The guide mechanism includes a retainer guide surface provided on the retainer, and a holder protrusion provided on the second holder arm portion of the holder and pressed against the retainer guide surface from above by a biasing force of the holder biasing spring. The retainer guide surface includes: a first retainer guide surface; and a second retainer guide surface that is connected to a vehicle compartment side end of the first retainer guide surface and is positioned below the first retainer guide surface. The holder protrusion is pressed against the first retainer guide surface when the tray is in the tray storage position and the holder is in the holder storage position, and the tray is in the tray use position. When the holder is in the holder use position, it is pressed against the second retainer guide surface,
The stopper is provided on the retainer, provided above the holder projection when the tray is in the tray use position and the holder is in the holder use position, and a lower surface is an upper surface of the holder projection. The holder is in a position where the holder is used to restrict rotation of the holder toward the holder storage position.
At least one of the upper surface of the holder protrusion and the lower surface of the stopper is provided with an inclined surface that is inclined in a direction to release the engagement between the upper surface of the holder protrusion and the lower surface of the stopper. The thin slide cup holder is configured such that the holder projection can climb over the stopper from below to above the stopper.   The stopper is provided closer to the passenger compartment than the first retainer guide surface, and the holder protrusion that has climbed over the stopper from the lower side to the upper side of the stopper causes the tray to be stored in the tray from the tray use position. The thin slide cup holder according to claim 1, wherein the thin slide cup holder can be returned from the upper surface of the stopper to the first retainer guide surface by being moved to the position side. At least one of the lower surface of the holder protrusion and the upper surface of the stopper is provided with a second inclined surface that is inclined in a direction to release the engagement between the lower surface of the holder protrusion and the upper surface of the stopper, The thin slide cup holder according to claim 1 or 2, wherein the holder projection allows the holder protrusion to pass over the stopper from above to below by the second inclined surface.

Images