JP2022054361A - Storage holder - Google Patents

Abstract

To partition a storage space, in accordance with stored articles with various sizes including a thin plate-like portable device.SOLUTION: A storage holder comprises: a box body which has a storage space surrounded by a bottom wall and a side wall and an opening provided at an upper portion of the storage space; and a movable arm turnably supported by the box body. The movable arm is turned between a storage position where the movable arm is stored along the side wall and a predetermined partitioning position where the movable arm partitions the storage space into a plurality of spaces. The movable arm has: a first arm member that can turn with a first vertical axis arranged near a center in a predetermined direction of a first side wall extending in the predetermined direction as the side wall as a center; and a second arm member that can turn with a second vertical axis arranged adjacent to the first vertical axis in the vicinity of the center in the predetermined direction of the first vertical axis or the first side wall as a center.SELECTED DRAWING: Figure 6

Description

The present invention relates to a storage holder capable of storing various sizes of storage such as a mug, a PET bottle, a can, a smartphone, and a tablet.

Conventionally, a storage holder for storing and holding various sizes of containers is known (for example, Patent Document 1). The storage holder described in Patent Document 1 includes a box body and a movable arm. The box body has a storage space surrounded by a bottom wall and a side wall, and an opening provided at the top of the storage space. The movable arm is rotatably supported by the box body about a vertical axis. According to this storage holder, the storage space can be divided into a plurality of pieces by rotating the movable arm, and the capacity of the storage space can be changed, so that various sizes of storage can be appropriately stored in the storage space. ..

Japanese Unexamined Patent Publication No. 2002-104502

By the way, it is necessary for the storage holder to meet a wide range of needs from large mugs and PET bottles to small cans (for example, 250 ml cans). In addition, it is necessary to support thin plate-shaped mobile devices such as smartphones and tablets. However, in the storage holder described in Patent Document 1 described above, two movable arms are provided, and the vertical axes of the two movable arms are arranged on the side wall, but both vertical axes are arranged apart from each other. In this structure, no matter which position the two movable arms rotate, a large space is created between the two movable arms, so it is difficult to stably accommodate the thin plate-shaped portable device without slipping. Is.

The present invention has been made in view of these respects, and an object of the present invention is to provide a storage holder capable of partitioning a storage space according to various sizes of storage including a thin plate-shaped portable device. do.

One aspect of the present invention is a box body having a storage space surrounded by a bottom wall and a side wall, an opening provided at the top of the storage space, and a movable support rotatably supported by the box body. A storage holder including an arm, wherein the movable arm has a storage position in which the movable arm is stored along the side wall, and a predetermined partition position in which the movable arm divides the storage space into a plurality of parts. , And the movable arm is rotatable about a first vertical axis arranged near the center of the first side wall extending in a predetermined direction as the side wall in the predetermined direction. A second arm member that is rotatable about a second vertical axis that is arranged adjacent to the first vertical axis in the vicinity of the center of the first vertical axis or the first side wall in the predetermined direction. An accommodating holder having an arm member.

According to this configuration, since each of the first arm member and the second arm member is rotated between the storage position and the predetermined partition position, the accommodation space can be partitioned into an arbitrary capacity. Further, since the axis on which the first arm member is rotated and the axis on which the second arm member is rotated coincide with each other on the first vertical axis or are adjacent to each other, the first arm member and the second arm in the accommodation space A predetermined gap capable of accommodating a thin plate-shaped portable device can be formed between the member and the member. Therefore, according to the storage holder, the storage space can be partitioned for various sizes of storage including a thin plate-shaped portable device.

It is a perspective view of the accommodation holder which concerns on embodiment. It is an exploded perspective view of the holder body and the movable arm of the accommodation holder of an embodiment. It is a top view of a part of the accommodation holder of an embodiment. FIG. 6 is a sectional view taken along line IV-IV shown in FIG. 3 of the housing holder of the embodiment. It is a top view at the storage position where the arm in the storage holder of an embodiment is stored. It is a top view at the predetermined partition position where the arm in the accommodation holder of an embodiment partitions an accommodation space. It is a top view at the first midway position between the storage position of the arm and the predetermined partition position in the storage holder of the embodiment. It is a top view at the second middle position of the storage position of the arm and the predetermined partition position in the storage holder of the embodiment.

A specific embodiment of the storage holder according to the present invention will be described with reference to the drawings.

The storage holder 1 of one embodiment is a holding device that stores the storage object 2. The container 2 housed in the storage holder 1 is, for example, a mug with a handle, drinks such as PET bottles and cans, a mobile device such as a smartphone, a tablet terminal, and a future phone. The accommodation holder 1 is mounted on a vehicle and is installed on a center console or the like in the vehicle interior.

The storage holder 1 includes a box main body 10 and a movable arm 20 as shown in FIGS. 1, 2, 3, 4, and 5.

The box body 10 is a housing for accommodating the container 2 (see FIGS. 6, 7, and 8). The box body 10 is attached to an interior member 3 (see FIG. 5) such as a center console. The box body 10 has a storage space 11 and an opening 12.

The storage space 11 is a space having a capacity capable of accommodating a storage object 2 having a predetermined size. The accommodation space 11 is formed in a substantially rectangular parallelepiped shape (details will be described later). The storage space 11 is surrounded by a bottom wall 13 and a side wall 14. The bottom wall 13 is formed in a substantially square shape. The side wall 14 is erected from the peripheral edge of the bottom wall 13. The side wall 14 is composed of four side walls and has a first side wall 14a and a second side wall 14b extending in parallel facing each other, and a third side wall 14c and a fourth side wall 14d extending in parallel facing each other. The accommodation space 11 is formed so that the left and right spaces sandwiching a line extending in the vehicle front-rear direction through the center in the vehicle width direction have a symmetrical shape.

The first and second side walls 14a and 14b extend in the vehicle width direction. The first side wall 14a is arranged on the front side of the vehicle, and the second side wall 14b is arranged on the rear side of the vehicle. Since the accommodation space 11 includes the extension space 11b in addition to the main body space 11a as described later, the length of the first side wall 14a in the vehicle width direction is larger than the length of the second side wall 14b in the vehicle width direction. .. The third and fourth side walls 14c and 14d extend in the front-rear direction of the vehicle. The third side wall 14c is arranged on the right side of the vehicle, and the fourth side wall 14d is arranged on the left side of the vehicle.

The accommodation space 11 has a main body space 11a and an extension space 11b. The main body space 11a is a space formed in a substantially rectangular parallelepiped shape. The main body space 11a is surrounded by a side wall 14 including first and second side walls 14a and 14b extending in the vehicle width direction and third and fourth side walls 14c and 14d extending in the vehicle front-rear direction.

The extension space 11b is a space that communicates with the main body space 11a. The extension space 11b is formed so as to extend from each of both ends of the second side wall 14b in the main body space 11a in the vehicle width direction in a recessed state in the rear of the vehicle away from the first side wall 14a. Each extension space 11b is set to a size that can accommodate a tablet terminal or the like together with the main body space 11a. A vehicle shift lever, switches, lids, etc. provided on the center console are arranged between the two extension spaces 11b.

The opening 12 is provided in the upper part of the accommodation space 11. The vehicle occupant enters and holds the accommodation 2 through the opening 12 into the accommodation space 11.

The movable arm 20 is an arm member that extends like an arm and rotates with respect to the box body 10. The movable arm 20 functions as a partition plate for partitioning the accommodation space 11. The movable arm 20 is rotatably supported by the box body 10 about a vertical axis. This vertical axis is an axis extending in the vertical direction, is provided on the inner surface side of the first side wall 14a, and is arranged near the center of the first side wall 14a in the vehicle width direction. One end of the movable arm 20 is a fixed end pivotally supported by a vertical shaft.

The movable arm 20 is rotated between the storage position T1 and the predetermined partition position T2. As shown in FIG. 5, the storage position T1 is a position where the movable arm 20 is stored along the first side wall 14a. As shown in FIG. 6, the predetermined partition position T2 is a position where the movable end, which is the other end of the movable arm 20, is close to the second side wall 14b, and the movable arm 20 divides the accommodation space 11 into a plurality of parts. The predetermined partition position T2 may be a position restricted when the movable arm 20 is rotated by approximately 90 ° from the storage position T1.

The movable arm 20 has two arm members 20R and 20L. The arm member 20R is rotatable about the first vertical shaft C1 as the vertical shaft. The arm member 20L is rotatable about a second vertical shaft C2 as a vertical shaft. The first vertical shaft C1 and the second vertical shaft C2 are arranged adjacent to each other in the vehicle width direction. The separation distance between the first vertical shaft C1 and the second vertical shaft C2 is, for example, 50 mm or less. The structure of the box body 10 that supports the first vertical shaft C1 and the structure of the box body 10 that supports the second vertical shaft C2 are integrated for space saving and easy assembly. Hereinafter, the arm member 20R is referred to as a first arm member 20R, and the arm member 20L is referred to as a second arm member 20L, respectively.

The first arm member 20R extends from the first vertical axis C1 toward the right side of the vehicle at the storage position T1. As shown in FIG. 2, the first arm member 20R has a shaft portion 20Ra, an arm portion 20Rb, and a tip enlarged portion 20Rc. The shaft portion 20Ra is a portion pivotally supported by the first vertical shaft C1. The arm portion 20Rb is a portion extending in a flat plate shape in a state of being erected in the vertical direction from the shaft portion 20Ra. The tip enlarged portion 20Rc is a portion that protrudes from the movable end of the arm portion 20Rb in the rotational circumferential direction. The tip enlarged portion 20Rc moves along the inner surface of the second side wall 14b when the first arm member 20R rotates, and is in a state of facing the inner surface of the second side wall 14b at the storage position T1 of the first arm member 20R. ..

The second arm member 20L extends from the second vertical axis C2 toward the left side of the vehicle at the storage position T1. The second arm member 20L has a shaft portion 20La, an arm portion 20Lb, and a tip enlarged portion 20Lc. The shaft portion 20La is a portion pivotally supported by the second vertical shaft C2. The shaft portions 20Ra and 20La are arranged adjacent to each other with almost no gap in the vehicle width direction. The arm portion 20Lb is a portion extending in a flat plate shape in a state of standing upright from the shaft portion 20La. The tip enlarged portion 20Lc is a portion that protrudes from the movable end of the arm portion 20Lb in the rotational circumferential direction. The tip enlarged portion 20Lc moves along the inner surface of the second side wall 14b when the second arm member 20L rotates, and is in a state of facing the inner surface of the second side wall 14b at the storage position T1 of the second arm member 20L. ..

The first side wall 14a has a storage recess 15 for storing the movable arm 20 at the storage position T1. The storage recess 15 is integrated with the front portion of the vehicle in the storage space 11. The storage recess 15 includes a first tip storage portion 15R capable of storing the tip expansion portion 20Rc of the first arm member 20R and a second tip storage portion 15L capable of storing the tip expansion portion 20Lc of the second arm member 20L. Have. The first tip storage portion 15R and the second tip storage portion 15L are each recessed toward the front of the vehicle. The first tip storage portion 15R is provided at the right end portion of the vehicle on the first side wall 14a. The second tip storage portion 15L is provided at the left end portion of the vehicle on the first side wall 14a.

As shown in FIG. 5, the first arm member 20R and the second arm member 20L extend in a straight line in the vehicle width direction at the storage position T1 of the first arm member 20R and the storage position T1 of the second arm member 20L. It is configured. At this time, the storage space 11 is a single space having a maximum capacity that can store the storage material 2a such as a pouch or a snack food without being partitioned by the first arm member 20R and the second arm member 20L.

Further, as shown in FIG. 6, the first arm member 20R and the second arm member 20L extend in the vehicle front-rear direction at the predetermined partition position T2 of the first arm member 20R and the predetermined partition position T2 of the second arm member 20L and extend to each other. It is configured to extend in parallel. At this time, the first arm member 20R and the second arm member 20L (specifically, the arm portion 20Rb and the arm portion 20Lb) are separated from each other with a predetermined gap S0 in the vehicle width direction.

The predetermined gap S0 is a size that can be stably accommodated as an object 2b in a state where a thin plate-shaped portable device (for example, a smartphone or the like) is erected, even while the vehicle is running in the predetermined gap S0. The size of the predetermined gap S0 (that is, the width of the arm portions 20Rb and 20Lb in the separation direction) is, for example, 5 mm or more and less than 40 mm.

The first arm member 20R divides the main body space 11a of the accommodation space 11 into two at a predetermined partition position T2 to form a right side main body space SR surrounded by the first arm member 20R and the three side walls 14a, 14b, 14c. The right side main body space SR communicates with the right extension space 11b. The right main body space SR is set to a size that can accommodate a mug with a handle as an container 2c with the handle accommodated in the extension space 11b. Further, the right main body space SR is set to a size that can accommodate the tablet terminal as the accommodation 2d together with the extension space 11b.

Similarly, the second arm member 20L divides the main body space 11a of the accommodation space 11 into two at a predetermined partition position T2, and forms a left main body space SL surrounded by the second arm member 20L and the three side walls 14a, 14b, 14d. Form. The left main body space SL communicates with the left extension space 11b. The left main body space SL is set to a size that can accommodate a mug with a handle as an accommodation 2c with the handle accommodated in the extension space 11b. Further, the left main body space SL is set to a size that can accommodate the tablet terminal as the accommodation 2d together with the extension space 11b.

As shown in FIG. 7, the first arm member 20R and the second arm member 20L are each at a predetermined angle (for example, 56 °) from the storage position T1 in the middle position between the storage position T1 and the predetermined partition position T2. ) Rotated position) T3 forms a space S11 surrounded by the arm member 20R or 20L, the first side wall 14a, the third side wall 14c or the fourth side wall 14d. The space S11 is set to a size that can accommodate a small can (for example, a capacity of 190 ml or 250 ml) as an container 2e.

The first arm member 20R and the second arm member 20L form a space S12 surrounded by both arm members 20R and 20L and the second side wall 14b at the above-mentioned intermediate position T3. The space S12 is set to a size that can accommodate a medium-sized can (for example, a capacity of 350 ml or 500 ml), a PET bottle, a gum can, or the like as an container 2f.

Further, as shown in FIG. 8, the first arm member 20R and the second arm member 20L are each at a predetermined angle (for example, a predetermined angle from the storage position T1) between the storage position T1 and the predetermined partition position T2. A space S21 surrounded by the arm member 20R or 20L, the first side wall 14a, the third side wall 14c, or the fourth side wall 14d is formed at the position (position rotated by 69 °)) T4. The space S21 is set to a size that can accommodate a medium-sized can (for example, a capacity of 350 ml or 500 ml), a PET bottle, a gum can, etc. as an container 2 g.

The first arm member 20R and the second arm member 20L form a space S22 surrounded by both arm members 20R and 20L and the second side wall 14b at the above-mentioned intermediate position T4. The space S22 is set to a size that can accommodate a small can (for example, a capacity of 190 ml or 250 ml) as an container 2h.

Further, the space S21 communicates with the extension space 11b. The space S21 is set to a size that can accommodate the tablet terminal as the accommodation 2i together with the extension space 11b. In the middle position T4, the extension space 11b can accommodate the accommodation 2j such as a thin plate-shaped portable device and the accommodation 2k such as an eyeglass case while the accommodation 2g is accommodated in the space S21. The contained objects 2j and 2k can be hooked and fixed to the tip enlarged portions 20Rc and 20Lc of the arm members 20R and 20L in a state of being accommodated in the extension space 11b.

The storage holder 1 also includes a rotation mechanism 30 as shown in FIG. The rotation mechanism 30 locks the movable arm 20 to the storage position T1 and unlocks the movable arm 20 at the storage position T1 by a predetermined operation by the vehicle occupant, so that the movable arm 20 is partitioned from the storage position T1. It is a device that rotates toward the position T2. The rotation mechanism 30 includes a mechanism corresponding to the first arm member 20R and a rotation mechanism 30 corresponding to the second arm member 20L. Each rotation mechanism 30 operates independently of each other.

Each rotating mechanism 30 has a rotating urging member (not shown), a stopper member 32, a guide member 33, an engaging urging member (not shown), and an operating member 35. There is.

The rotating urging member is a torsion spring or the like that generates an urging force for urging the movable arm 20 from the storage position T1 toward the predetermined partition position T2. One end of the rotating urging member is locked to the box body, and the other end is locked to the movable arm 20. The movable arm 20 is rotated from the storage position T1 toward the predetermined partition position T2 by the urging force of the rotating urging member. Further, the movable arm 20 is rotated toward the storage position T1 against the urging force of the rotating urging member by the pushing operation of the vehicle occupant.

The stopper member 32 is a claw member that engages with the movable arm 20 and regulates the rotation of the movable arm 20. The stopper member 32 can be engaged with the recess 21 provided in the movable arm 20. The recess 21 is recessed upward on the lower surface of the movable arm 20 (for example, the shaft portion 20Ra or the shaft portion 20La). The stopper member 32 engages with the recess 21 when the movable arm 20 is in the retracted position T1. The stopper member 32 is provided so as to project upward on the upper surface of the support portion of the guide member 33. The stopper member 32 can move up and down integrally with the guide member 33.

The engaging urging member is a spring or the like that generates an urging force that urges the guide member 33 upward. One end of the engaging urging member is locked to the box body, and the other end is locked to the guide member 33. The operation member 35 is a button member that is pressed and operated by a vehicle occupant. The operating member 35 is movable in the front-rear direction of the vehicle. The operation member 35 and the guide member 33 are in contact with each other on their inclined surfaces. When the operating member 35 is pressed forward of the vehicle, the guide member 33 is moved downward against the urging force of the engaging urging member to release the engagement between the stopper member 32 and the recess 21.

Next, the state and operation of the accommodation holder 1 will be described.
In the storage holder 1, when the movable arm 20 is in the storage position T1, the movable arm 20 has the storage position T1 against the urging force of the rotating urging member by engaging the stopper member 32 with the recess 21. Is maintained at.

When the operating member 35 is pressed forward by the vehicle occupant at the retracted position T1 of the movable arm 20, the guide member 33 moves downward against the urging force of the engaging urging member. When such movement is performed, the stopper member 32 moves downward to release the engagement between the stopper member 32 and the recess 21. When the engagement between the stopper member 32 and the recess 21 is released, the movable arm 20 is rotated toward the predetermined partition position T2 by the urging force of the rotating urging member. The movable arm 20 is maintained at the predetermined partition position T2 by being restricted when it rotates to the predetermined partition position T2. After the movable arm 20 rotates toward the predetermined partition position T2, the guide member 33 moves upward by the urging force of the engaging urging member.

When the movable arm 20 is in a position other than the storage position T1, for example, a predetermined partition position, the vehicle occupant manually rotates the movable arm 20 toward the storage position T1 against the urging force of the rotating urging member. It is possible to make it. When the movable arm 20 is rotated to the vicinity of the retracted position T1, the movable arm 20 pushes down the stopper member 32 against the urging force of the engaging urging member, and then moves by the urging force of the engaging urging member. The stopper member 32 engages with the recess 21 of the arm 20. As a result, the movable arm 20 is maintained at the storage position T1.

Before the stopper member 32 engages with the recess 21 of the movable arm 20 due to the urging force of the engaging urging member, the inclusion 2 is placed between the first arm member 20R and the second arm member 20L of the movable arm 20. Is accommodated, and when the rotation operation of the movable arm 20 toward the storage position T1 side by the vehicle occupant is released, the movable arm 20 rotates toward the predetermined partition position T2 by the urging force of the rotation urging member. Will be done. When such an operation is performed, the contained object 2 is eventually sandwiched between the two arm members 20R and 20L, and the rotation of the two arm members 20R and 20L is restricted while the contained object 2 is sandwiched between the two arm members 20R and 20L. 20R and 20L are maintained in the middle position (for example, T3 and T4) according to the size of the container 2.

In this way, in the storage holder 1, the movable arm 20 rotatably supported by the box body 10 has a storage position T1 in which the movable arm 20 is stored along the first side wall 14a of the box body 10. The movable arm 20 is rotated between a predetermined partition position T2 that divides the accommodation space 11 into a plurality of parts. The movable arm 20 has a first arm member 20R that can rotate around the first vertical axis C1 near the center of the first side wall 14a in the vehicle width direction, and the first side wall 14a near the center of the first side wall 14a in the vehicle width direction. It has a second arm member 20L that is rotatable about a second vertical shaft C2 arranged adjacent to the vertical shaft C1.

At the storage position T1 of the first arm member 20R and the second arm member 20L, both arm members 20R and 20L are in a state along the first side wall 14a (see FIG. 5). Therefore, a single space having a maximum capacity can be formed in the accommodation space 11 at the storage position T1 of both arm members 20R and 20L. In this case, a large container 2a such as a pouch or a snack can be stored.

Then, the first arm member 20R and the second arm member 20L extend in the vehicle front-rear direction and extend in parallel with each other when both arm members 20R and 20L are in the predetermined partition positions T2, and leave a predetermined gap S0 in the vehicle width direction. (See FIG. 6). The predetermined gap S0 is large enough to accommodate a thin plate-shaped portable device. Therefore, the first arm member 20R and the second arm member 20L having the vertical axes C1 and C2 arranged adjacent to each other in the vicinity of the center of the first side wall 14a in the vehicle width direction as rotation centers are at predetermined partition positions T2, respectively. In this state, a predetermined gap S0 capable of accommodating the thin plate-shaped portable device 2b can be formed between the arm members 20R and 20L.

Further, at the predetermined partition position T2 of the first arm member 20R or the second arm member 20L, the main body spaces SR and SL capable of accommodating a mug with a handle can be formed in the accommodating space 11. In this case, the mug 2c with a handle is accommodated in the main body space SR, SL while the portable device 2b is accommodated in the predetermined gap S0, or the tablet terminal 2d is accommodated in the main body space SR, SL and the extension space 11b. Can be done.

Further, the first arm member 20R and the second arm member 20L can partition the accommodation space 11 into an arbitrary capacity by being rotated between the storage position T1 and the predetermined partition position T2 (FIGS. 7 and 7 and). See FIG. 8). Specifically, the vehicle occupant accommodates the contained object 2 between the two arm members 20R and 20L, and the rotation of the two arm members 20R and 20L is restricted while the contained object 2 is sandwiched. , The storage space 11 can be partitioned according to the size of the storage object 2. Therefore, the spaces S11, S12, S21, and S22 corresponding to various sizes such as small cans, medium-sized cans, and PET bottles can be formed by using the first arm member 20R and the second arm member 20L.

Therefore, according to the storage holder 1, the storage space 11 can be partitioned according to the storage 2 of various sizes including the thin plate-shaped portable device. As a result, the storage space 11 having a limited capacity can be adapted to the storage object 2, and the usability of the storage holder 1 can be improved.

By the way, in the above embodiment, a vertical shaft on which the movable arm 20 is pivotally supported is provided on the first side wall 14a on the front side of the vehicle, and the movable arm 20 is stored on the front side of the vehicle in the accommodation space 11. The extension space 11b extends from the main body space 11a to the rear side of the vehicle. However, the present invention is not limited to this, and a vertical axis on which the movable arm 20 is pivotally supported is provided on the second side wall 14b on the rear side of the vehicle, and the movable arm 20 is located on the rear side of the vehicle in the accommodation space 11. It may be stored and the extension space 11b of the accommodation space 11 may extend from the main body space 11a to the rear side of the vehicle.

Further, in the above embodiment, the accommodation holder 1 is provided with a rotation mechanism 30 that locks the movable arm 20 to the storage position T1 and rotates the movable arm 20 from the storage position T1 to the predetermined partition position T2. However, the present invention is not limited to this, and the accommodation holder 1 rotates the movable arm 20 stepwise or steplessly between the storage position T1 and the predetermined partition position T2, and arbitrarily between them. A mechanism for stopping the rotation may be provided at the position of. On the contrary, the accommodation holder 1 may be provided with a rotation mechanism that locks the movable arm 20 to the predetermined partition position T2 and rotates the movable arm 20 from the predetermined partition position T2 to the storage position T1.

Further, in the above embodiment, the first vertical shaft C1 which is the rotation shaft of the first arm member 20R and the second vertical shaft C2 which is the rotation shaft of the second arm member 20L are mutually aligned in the vehicle width direction. They are placed next to each other. However, the present invention is not limited to this, and the rotation axis of the second arm member 20L may coincide with the first vertical axis C1 of the first arm member 20R, that is, the first arm member 20R. The first vertical axis C1 of the above and the second vertical axis C2 of the second arm member 20L may be coaxial. Even in this modified configuration, by providing recesses in the shaft portions 20Ra and 20La of both arm members 20R and 20L, a predetermined gap capable of accommodating a thin plate-shaped portable device 2b between the both arm members 20R and 20L. Can be formed, and the same effect as that of the above embodiment can be obtained.

The present invention is not limited to the above-described embodiments and modifications, and various modifications can be made without departing from the spirit of the present invention.

1: Storage holder, 2: Storage, 10: Box body, 11: Storage space, 11a: Body space, 11b: Extension space, 12: Opening, 13: Bottom wall, 14: Side wall, 15: Storage recess, 20: Movable arm, 20R: 1st arm member, 20L: 2nd arm member, 30: Rotation mechanism, 32: Stopper member, 35: Operation member, T1: Storage position, T2: Predetermined partition position, C1: 1st vertical axis , C2: Second vertical axis, S0: Predetermined gap.

Claims (5)

A box body having a storage space surrounded by a bottom wall and a side wall, and an opening provided at the top of the storage space.
A movable arm rotatably supported by the box body,
It is a storage holder equipped with
The movable arm is rotated between a storage position in which the movable arm is stored along the side wall and a predetermined partition position in which the movable arm divides the storage space into a plurality of parts.
The movable arm is
A first arm member that can rotate about a first vertical axis arranged near the center of the first side wall extending in a predetermined direction as the side wall, and
A second arm member that is rotatable about the second vertical shaft and is arranged adjacent to the first vertical shaft in the vicinity of the center of the first vertical shaft or the first side wall in the predetermined direction.
Has a storage holder. The first arm member and the second arm member extend in parallel with each other at the predetermined partition position of the first arm member and at the predetermined partition position of the second arm member, and can accommodate a thin plate-shaped portable device. The storage holder according to claim 1, which is separated by a gap. The storage holder according to claim 1 or 2, wherein the first side wall has a storage recess for storing the movable arm at the storage position. Rotation that locks the movable arm to the storage position, unlocks the movable arm at the storage position by a predetermined operation, and rotates the movable arm from the storage position to the predetermined partition position. The storage holder according to any one of claims 1 to 3, comprising a mechanism. The accommodation space is
A main body space surrounded by the side wall including the first side wall and a second side wall extending in a predetermined direction and facing the first side wall and close to the movable end of the movable arm at the predetermined partition position.
An extension space that communicates with the main body space and is formed so as to extend in a direction away from the first side wall from the end side of the second side wall in the main body space in the predetermined direction.
The storage holder according to any one of claims 1 to 4.

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