JP2009046900A - Article storage device and building - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To make effective use of a storage space and dispense with acquisition of a new additional space. <P>SOLUTION: There is provided an article storage device 33 which is mounted on an inner wall of an inner garage 21. By virtue of the article storage device, a bicycle 34 supported by a fork is lifted up to a location close to a ceiling surface. Thus the bicycle 34 can be stored in a manner avoiding interference with an automobile 25 parked in the inner garage 21, and therefore effective use of the inner garage 21 is attained, which dispenses with acquisition of the additional storage space. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

  The present invention relates to a movable article storage device provided on an inner wall of a storage space, and a building having a storage space provided with the device.

  Conventionally, a device for storing articles has been provided in a storage space such as a garage or a storeroom, and as one of the devices, a technique for expanding the storage space is known (for example, Patent Documents). 1). In Patent Document 1, in order to store a motorcycle in a garage, a recess for storing a motorcycle is provided on a part of the inner wall surface of the garage.

  In this regard, when a new article is to be stored in the storage space, if the storage space is expanded as in the prior art described above, and the different article is stored in the expanded portion, the storage space is originally stored in the storage space. It becomes possible to store while avoiding interference with the article.

However, in this conventional technique, as the storage space is expanded, many problems are caused in that a space for the expansion must be newly secured. For example, it may be difficult to secure a new space due to various restrictions due to the site area or the like. In such a case, it is difficult to apply the above-described conventional technology. Further, if the storage space is provided in the building, the floor plan of another room must be sacrificed to secure the space.
Japanese Patent Laid-Open No. 11-350752

  The main object of the present invention is to provide an article storage device capable of effectively using storage space and making it unnecessary to secure a new space.

  The present invention employs the following means in order to solve the above problems.

That is, an article storage device that has an article support member that supports an article, and lifts and stores the article supported by the article support member,
Provided on the inner wall of the storage space is a rotation member centered on a shaft member extending in the horizontal direction along the inner wall, and the article support member is connected to the rotation tip of the rotation member. In addition, a horizontal maintaining mechanism for holding the article support member in a horizontal state regardless of the rotation position of the rotating member is provided, and the article is lifted by rotating the rotating member.

  According to this invention, the article is stored at a higher position from the floor surface of the storage space by lifting the article. If the article is lifted to a position where interference with other articles placed on the floor surface of the storage space can be avoided, articles that are difficult to place on the floor surface of the storage space in relation to other articles are stored. It can be stored in a space. As a result, the storage space is effectively used, and it is not necessary to secure an extra space. As a result, it is possible to solve the problems of the prior art that require a new space. That is, the present invention can be applied to a case where it is difficult to secure another space, and the floor plan of another room is not sacrificed when the storage space is provided in the building. In addition, since the article support member is held in a horizontal state regardless of the rotation position of the rotation member (the elevation position of the article support member) by the horizontal maintenance mechanism, the article is supported even when the rotation member is rotating. It will be supported in a stable state. Thus, the article can be reliably supported by the article support member.

  The article in a lifted state is preferably arranged at a position near the ceiling surface of the storage space, more preferably at a position close to the ceiling surface. Thereby, interference with other articles placed on the floor surface of the storage space can be almost avoided. As described above, since the dead space near the ceiling surface, which has not been used in the past because the user's hand cannot reach or is difficult to reach, it can greatly contribute to the effective use of the space described above.

  It is preferable that the rotation member is provided on the inner wall of the storage space so as to have a rotation range from a position where the rotation member is upward in the vertical direction to a position where the rotation member is downward in the vertical direction. According to this, since the maximum rotation range is set, it can be lifted to a position where interference with other articles can be avoided. In addition, since it is possible to dispose the rotating tip at a position close to the floor surface of the storage space, it is easy to perform an operation of supporting the article on the article support member connected to the rotating tip.

  And it is preferable to provide the said rotation member in the inner wall of the said storage space so that the said article support member may be arrange | positioned in the state set | placed on the floor surface of the said storage space. Accordingly, for example, when a wheelchair as an article is stored, the article support member can be supported without lifting the wheelchair from the floor, and the work of supporting the wheelchair becomes easy.

  Moreover, if the width of the rotating member along the shaft member can be adjusted, the width can be arbitrarily set according to the article to be lifted and stored, and the convenience for the user can be improved. If the rotating member is detachable from the inner wall of the storage space, the number of rotating members can be increased or decreased according to the articles to be lifted and stored, and the types of articles that can be lifted can be increased. Therefore, the convenience of the user can be improved also by this.

  The following configuration can be adopted as a specific configuration that enables the width adjustment and detachment. That is, the rotating member includes a plurality of arms, and the plurality of arms are connected to each other by a connecting member whose width can be adjusted in the longitudinal direction, and the plurality of arms are attached to the inner wall of the storage space. The arm attachment member is formed with guide grooves along the horizontal direction, and the arms can be slid along the guide grooves to adjust the width between the arms.

  The article further comprises a drive device for turning the turning member, a turning control means for controlling the driving device, and a support height detecting means for detecting the height of the article support member with respect to the floor surface. The height of the article support member when the article is supported or taken out from the support member can be set in advance, and the rotation control means is information on the height of the article support member obtained from the support height detection means. It is preferable that the rotation of the rotating member is automatically stopped when the article supporting member reaches a set height based on the above. Thus, it is possible to automatically lift and lower the article by rotating the rotating member, as well as the height at which the user desires to support and take out the article with respect to the article support member. This makes it easier to perform the work.

  In addition, the storage device includes: a drive device that rotates the rotation member; a rotation control unit that controls the drive device; and a support height detection unit that detects a height of the article support member with respect to the floor surface. The space is a garage, and is provided with a platform height detection means for detecting the height of the cargo bed of an automobile which is another article parked in the garage, and the rotation control means is an article support obtained from the support height detection means. Comparing the height information of the member with the height information of the loading platform of the automobile obtained from the loading platform height detecting means, it is configured to automatically stop the rotation of the rotating member when they match. Also good. As a result, the rotation of the rotation member is stopped in a state where the article support member is disposed at a position corresponding to the height of the loading platform of the automobile, so that the gap between the article support member and the loading platform of the automobile or the rear vehicle-mounted carrier is reduced. Can be easily transferred.

  And since the said article | item storage apparatus is provided in the storage space of a building, the building in which the effective utilization of the storage space was attained can be obtained.

  Hereinafter, an embodiment will be described with reference to the drawings.

  FIG. 1 is a front view of a two-story building. As shown in FIG. 1, the building 11 has a first floor portion 12 and a second floor portion 13. In the building 11, the first floor portion 12 is provided with an inner garage 21 as a storage space, an entrance space 23 provided with an entrance door 22, a first-floor room 24 (see FIG. 2), and the like. The inner garage 21 is formed in the first floor portion 12 with the same floor height as other parts (the entrance space 23, the first floor room 24, etc.). In the inner garage 21, for example, a parking space for one car is secured, and the car 25 can be parked in the parking space. The second floor portion 13 of the building 11 is provided with a second-floor room 26 (see FIG. 2), a balconi (not shown), and the like.

  FIG. 2 is a longitudinal sectional view showing the inner garage 21 in a state where the automobile 25 is parked. As shown in FIG. 2, the inner garage 21 is provided with an entrance 31 of an automobile 25 on the front side of the building 11, and the automobile 25 can enter and exit through the entrance 31. A liftable shutter 32 is provided on the upper part forming the doorway 31. If the shutter 32 is lowered and closed when the automobile 25 is parked, a suspicious person can be prevented from entering the inner garage 21. In the inner part of the inner garage 21 (opposite the doorway 31), a movable article storage device 33 is provided.

  Next, the article storage device 33 will be described in detail. In the present embodiment, a bicycle 34 is assumed as an article lifted by the device 33.

  FIG. 3 is a perspective view showing the article storage device 33. As shown in FIG. 3, the article storage device 33 has a long arm attachment member 41. The arm attachment member 41 is provided on the inner wall of the inner garage 21 in a direction extending in the horizontal direction. A guide groove 42 is formed in the arm attachment member 41 along the longitudinal direction thereof. A pair of hinge members 43 are detachably attached to the portion where the guide groove 42 is formed. Both hinge members 43 are slidable along the guide grooves 42 and are fixed at arbitrary positions.

  Both hinge members 43 have a rotation shaft 44 as a shaft member parallel to the longitudinal direction of the arm attachment member 41. A base end portion of an arm 45 as a rotating member is fixed to each rotating shaft 44. For this reason, each arm 45 is attached to the arm attachment member 41 via the hinge member 43 and is rotatable about the rotation shaft 44.

  The rotation range X of each arm 45 is between a position where the arm 45 is vertically upward (up position) and a position where the arm 45 is downward in the vertical direction (down position) (see FIG. 5). . Further, as described above, if the hinge member 43 is slid along the guide groove 42, the width between the left and right arms 45 can be adjusted. Further, as described above, the number of the arms 45 can be arbitrarily changed (for example, one or more) by attaching or detaching the hinge member 43 to or from the arm attachment member 41. Yes.

  Here, the installation position of the arm mounting member 41 and the length of the arm 45 are the same as those of the bicycle 34 and the automobile 25 parked in the inner garage 21, as shown in FIG. Is appropriately set so as to avoid this. That is, the bicycle 34 is set at a position near the ceiling surface of the inner garage 21, more preferably at a position close to the ceiling surface.

  The rotating distal end of each arm 45 is connected to the proximal end of a fork 46 as an article support member that supports the bicycle 34. Both ends of a connecting arm 48 as a connecting member are attached to the base end of each fork 46, and the forks 46 are connected to each other. The connecting arm 48 allows the left and right arms 45 and the left and right forks 46 to rotate integrally. In addition, when the number of the arms 45 increases, the connection arm 48 which connects between the increased arms 45 will be further provided. The connecting arm 48 has a nested structure, and the length of the connecting arm 48 can be adjusted in accordance with the width adjustment between the arms 45.

  In addition, a horizontal maintaining mechanism 47 that maintains the fork 46 in a state where the longitudinal direction of the fork 46 is parallel to the horizontal direction (horizontal state), regardless of the position of the rotating arm 45, is connected to the connecting portion of each fork 46 with the arm 45. Is provided. The level maintaining mechanism 47 allows the arm 45 to rotate with respect to the fork 46, while the fork 46 cannot rotate with respect to the arm 45 and is maintained in a horizontal state. As a result, while the left and right arms 45 are rotated within the rotation range X, the support state of the bicycle 34 by the fork 46 is maintained. The horizontal maintaining mechanism 47 can appropriately use known mechanical means such as a ratchet mechanism including a ratchet gear and a locking claw, and detailed description thereof is omitted.

  In addition to the configuration described above, the article storage device 33 includes a drive device 51 that rotates both arms 45. The driving device 51 includes two wires 52 provided in accordance with the number of the arms 45 and a winding device 53 that winds or pulls out the wires 52. The winding device 53 is attached to the inner wall of the inner part of the inner garage 21.

  The two wires 52 are provided corresponding to the left and right arms 45, respectively, and one end is attached to the arm 45. Each wire 52 reaches a winding device 53 via two turning pulleys 54, and the other end is attached to a winding pulley 61 built in the winding device 53. When the wire 52 is wound or pulled out by the winding pulley 61, the left and right arms 45 are integrally rotated within the rotation range X. Note that the installation position of the turning pulley 54 is changed in accordance with the width adjustment between the arms 45.

  In addition to the winding pulley 61, the winding device 53 includes a ratchet mechanism 62, a switching device 63 that switches the ratchet mechanism 62 between an operating state and a release state, a drive unit 64 such as an electric motor that rotates the winding pulley 61, and both arms. A controller 65 is provided as a rotation control means for controlling the rotation of 45.

  The ratchet mechanism 62 is a known gear mechanism that includes a ratchet gear and a locking claw and has a function of preventing reverse rotation. The ratchet mechanism 62 can be switched between its operating state and release state by the switching device 63. When the ratchet mechanism 62 is switched to the operating state, when both the arms 45 are rotated upward, that is, when the winding pulley 61 winds the wire 52, the winding pulley 61 moves in the direction in which the wire 52 is pulled out. Cannot rotate backwards. On the other hand, when the ratchet mechanism 62 is switched to the released state, the winding pulley 61 is allowed to rotate in the drawing direction of the wire 52.

  Next, a control system for controlling the rotation of both arms 45 by the controller 65 will be described. FIG. 4 is a block diagram showing an outline of the control system.

  The controller 65 is mainly configured by a known microcomputer having a CPU, a memory, and the like. The controller 65 wirelessly receives height information from a height detection sensor 66 that is provided on the fork 46 and detects the height of the fork 46 with respect to the floor surface.

  An input member 67 that is input by the user is connected to the controller 65. The input member 67 includes a rising button 71 that winds the wire 52 and rotates both arms 45 toward the upper position, a lowering button 72 that pulls the wire 52 and rotates both arms 45 toward the lower position, and winding A stop button 73 or the like for stopping the driving of the pulley 61 is provided on the case surface of the winding device 53 (see FIG. 3). By pressing these various input members 67, control according to a user's request is performed. In addition, it is good also as a structure further provided with an operation remote control so that it can control wirelessly from the place away from the winding device 53. FIG.

  The controller 65 is connected to the switching device 63. Then, the controller 65 outputs a switching signal to the switching device 63, and controls switching between the operating state and the release state of the ratchet mechanism 62 by the switching device 63 based on the switching signal. The drive unit 64 is connected to the controller 65. And the controller 65 outputs a drive signal to the drive part 64, and controls the rotational drive of the winding pulley 61 by the drive part 64 based on the drive signal.

  Here, in the controller 65, the height of the position (lifting position) at which both the arms 45 rotating toward the upper position are automatically stopped and the arms 45 rotating toward the lower position are automatically set. The height of the position to be stopped (lowering position) can be set in advance by the user. The lifting position can be set to the above-described upper position, for example. On the other hand, the lowering position can be set to, for example, an optimal position for mounting the bicycle 34 on the cycle carrier of the automobile 25, a position where the bicycle 34 can be easily supported by the fork 46 with the bicycle 34 standing upright on the floor surface, etc. It is. The controller 65 stops the output of the drive signal to the drive unit 64 when the height of the fork 46 reaches the set height, and stops the rotation of the take-up pulley 61.

  Next, the operation of lifting or lowering the bicycle 34 by the article storage device 33 having the above configuration will be described. FIG. 5 is a schematic view for explaining the operation.

  When the bicycle 34 is to be lifted and stored using the article storage device 33, the user first presses the lowering button 72 in the input member 67 as an initial operation. Then, the controller 65 controls the switching device 63 to switch the ratchet mechanism 62 to the released state, and also controls the drive unit 64 to rotate the winding pulley 61 in the drawing direction of the wire 52. As a result, the wire 52 is pulled out from the take-up pulley 61, and both the arms 45 are integrally rotated toward the lower position.

  When the controller 65 determines that the fork 46 has reached the preset lowering position based on the signal from the height sensor 66, the controller 65 controls the drive unit 64 to stop the rotation of the winding pulley 61. At the same time, the controller 65 controls the switching device 63 to switch the ratchet mechanism 62 to the operating state. As a result, both arms 45 stop at the set lowering position, and the take-up pulley 61 does not rotate backward in the direction in which the wire 52 is drawn. Then, at this lowered position, the user supports the bicycle 34 on both forks 46 (position A in FIG. 5 as an example of the lowered position).

  Next, when the user presses the ascending button 71 in the input member 67, the controller 65 controls the drive unit 64 to rotate the winding pulley 61 in the winding direction of the wire 52. As a result, the wire 52 is taken up by the take-up pulley 61, and both the arms 45 are integrally rotated toward the upper position. At this time, since the horizontal state of the fork 46 is maintained by the horizontal maintaining mechanism 47, the bicycle 34 is prevented from slipping off the fork 46 during the rotation of both arms 45. Further, since the ratchet mechanism 62 is switched to the operating state, it is possible to prevent the take-up pulley 61 from rotating backward in the drawing direction of the wire 52 and rotating both the arms 45 toward the lower position. .

  Thereafter, when the controller 65 determines that the fork 46 has reached a preset lifting position based on a signal from the height sensor 66, the controller 65 controls the drive unit 64 to stop the rotation of the winding pulley 61. Thereby, the bicycle 34 is lifted to the lift position (position B in FIG. 5 as an example of the lift position). In this state, the bicycle 34 is stored in the inner garage 21. Even in this lifted position, the operating state of the ratchet mechanism 62 is maintained. For this reason, it is continuously prevented that the winding pulley 61 rotates backward in the drawing direction of the wire 52 and the both arms 45 are rotated toward the lower position.

  Next, when the bicycle 34 lifted to the lifting position is lowered, the user presses the lowering button 72. Then, both the arms 45 are rotated toward the lower position by the same operation as that described above. And if it reaches the lowering position (position A), it stops at that position. Thereby, the user can take out the bicycle 34 at the lowered position.

  When the user presses the stop button 73 in the input member 67 after the up button 71 or the down button 72 is operated, the controller 65 controls the drive unit 64 to stop the rotation of the take-up pulley 61. As a result, the rotation of both arms 45 is stopped at an arbitrary position desired by the user (C position in FIG. 5 as an example).

  As described above, the following advantageous effects can be obtained in the present embodiment.

  By lifting the bicycle 34, the bicycle 34 is stored at a position close to the ceiling surface of the inner garage 21. For this reason, interference with the automobile 25 parked in the inner garage 21 can be avoided. As described above, the space can be effectively used in that the dead space near the ceiling in the inner garage 21 that has not been used in the past because the user's hand is not reachable or difficult to reach. This eliminates the need for a separate space for storing the bicycle.

  Since the fork 46 is held in a horizontal state regardless of the rotation position of the arm 45 by the horizontal maintaining mechanism 47, the bicycle 34 is supported in a stable state by the fork 46 even during the rotation of the arm 45. Thereby, the bicycle 34 can be reliably supported by the fork 46.

  The rotation range X of both arms 45 is from the upper position to the lower position, and the maximum rotation range is set. For this reason, the inner garage 21 can be lifted to a position close to the ceiling surface. On the other hand, since it is possible to place the rotating tip at a position close to the floor surface, it becomes easier for the user to support the bicycle 34 on the fork 46 connected to the rotating tip. .

Since the width between the arms 45 can be adjusted, the width can be arbitrarily set according to the size of the bicycle 34, and the convenience for the user can be enhanced. Since each arm 45 is detachable from the arm mounting member 41, the number of arms 45 can be increased or decreased according to the size and weight of the bicycle 34, and this is also convenient for the user. Since the drive device 51 is controlled by the controller 65 that can be raised, the arm 45 is rotated and the bicycle 34 is automatically lifted or lowered. Since the user can arbitrarily set a position (lifting position or lowering position) at which the rotation of the arm 45 is stopped, a work for supporting and taking out the bicycle 34 with respect to the fork 46 is desired. It can be done.

  Note that the present invention is not limited to the embodiment described above, and can be implemented, for example, in the form shown as another example below.

  As shown in FIG. 6, when a state in which both the left and right arms 45 are directed obliquely upward is set as a lifting position, a suspension member 81 that supports both the arms 45 may be provided on the ceiling surface.

  In the above embodiment, the wire 52 is automatically wound or pulled out by the winding device 53. However, a manual operation member such as a winding arm is provided so that the winding pulley 61 is operated manually. You may comprise. Thereby, the structure for automatic winding / drawing becomes unnecessary, and the product cost can be reduced correspondingly.

  In the above embodiment, the drive device 51 using the wire 52 is taken as an example, but the configuration of the drive device is not limited to this. For example, a configuration in which both the arms 45 are fixed to a rotation shaft common to both the arms 45 and a rotation drive unit that drives the rotation shaft is provided may be used.

  In the above embodiment, the hinge member 43 is provided on the arm attachment member 41, but the arm attachment member 41 may be omitted and the hinge member 43 may be provided directly on the inner wall of the inner garage 21. Thereby, the number of parts of the article storage device 33 can be reduced.

  In the above embodiment, the arm 45 is used as a specific configuration of the rotating member. However, the rotating member is not limited to this, and for example, a plate-like shape that can be expanded and contracted in the rotation axis direction as a nested structure. It may be a member or the like.

  In the above embodiment, the ratchet mechanism 62 is operated even in the lifted position to prevent the both arms 45 from rotating toward the lower position. A damper may be connected. By the damper, both arms 45 in the lifted state are supported from below. Moreover, you may provide the auxiliary | assistant means which assists that a lifting state is maintained. As the auxiliary means, for example, a configuration in which each arm 45 is provided with a locked portion (not shown) locked by a locking portion (not shown) provided on the inner wall is conceivable. Thereby, the state which lifted both the arms 45 can be maintained reliably.

  In the above embodiment, the bicycle 34 has been described as an example of the article. However, the kind of the article is not limited, and may be any appropriate item desired by the user, such as a wheelchair, a surfboard, an automobile tire, or tools. Thereby, things other than the bicycle 34 can be stored in the inner garage 21 using the article storage device 33. In this case, the article support member may have a structure in which a net is provided between the left and right forks 46, or a loading platform in place of the forks 46 may be provided. Although the structure of the loading platform is not particularly limited, for example, if a loading platform 82 having a bottom plate 83 and a side stopper 84 is used as shown in FIG. Further, if both the fork 46 and the loading platform are selected instead of the two, as shown in FIG. 7, the types of articles that can be stored using the article storage device 33 can be increased.

  In the above embodiment, the height of the fork 46 in the lower position is not particularly mentioned, but the installation position of the arm mounting member 41 or the like so that the fork 46 or the loading platform is placed on the floor surface in the lower position. The length of the arm 45 may be set. Thereby, for example, when the article is a wheelchair or the like, it can be placed on the loading platform without lifting it.

  In the above-described embodiment, the height information of the fork 46 is obtained by the height sensor 66 provided on the fork 46, but the support height detection means is not limited to this height sensor 66, and rotation The height information may be obtained by an angle sensor that detects the rotation angle of the shaft 44.

  In the above embodiment, the height sensor 66 for detecting the height of the fork 46 is provided. However, the height of the loading platform as a loading platform height detecting means for detecting the height of the loading platform of the automobile 25 parked in the inner garage 21. A sensor may be provided to perform control using the sensor. That is, the controller 65 compares the height information of the fork 46 obtained from the height sensor 66 with the height information of the loading platform of the automobile 25 obtained from the loading platform height sensor. The rotation is automatically stopped. Thereby, it is possible to easily transfer articles such as the bicycle 34 between the fork 46 and the loading platform of the automobile 25, the cycle carrier provided at the rear portion of the automobile 25, or the like.

  In the said embodiment, although the inner garage 21 was demonstrated as an example as a storage space, a storage space is not limited to this. For example, it may be a garage or storeroom independent of the building 11 and having an inner wall, a storage space that is a room in the building 11, or a storage space that is different from a space for parking a car.

Front view of a two-story building. The longitudinal cross-sectional view which shows the inner garage of the state which parked the motor vehicle. The perspective view which shows an article | item storage apparatus. The block diagram which shows the outline | summary of the control system of an article | item storage apparatus. Schematic for demonstrating the effect | action of an article | item storage apparatus. Schematic which shows another example of an article | item storage apparatus. The perspective view which shows the other example which provided the loading platform.

Explanation of symbols

  DESCRIPTION OF SYMBOLS 11 ... Building, 21 ... Inner garage (storage space), 25 ... Automobile (other goods), 33 ... Goods storage device, 34 ... Bicycle (goods), 41 ... Arm attachment member, 42 ... Guide groove, 44 ... Rotating shaft ( (Shaft member), 45 ... arm (rotating member), 46 ... fork (article support member), 47 ... horizontal maintenance mechanism, 48 ... connecting arm (connecting member), 51 ... driving device, 65 ... controller (turning control means) ), 66... Height sensor (supporting height detecting means).

Claims (10)

An article storage device that has an article support member that supports an article, and that lifts and stores the article supported by the article support member,
Provided on the inner wall of the storage space is a rotating member having a shaft member extending in the horizontal direction along the inner wall as a rotation center, and the article support member is connected to the rotating tip of the rotating member, and the connecting portion In addition, a horizontal maintaining mechanism for holding the article support member in a horizontal state regardless of the rotation position of the rotating member is provided, and the article is lifted by rotating the rotating member. Article storage device.   2. The article storage device according to claim 1, wherein the article in a lifted state is arranged near the ceiling surface of the storage space.   The rotation member is provided on an inner wall of the storage space so as to have a rotation range from a position where the rotation member is vertically upward to a position where the rotation member is downward in the vertical direction. The article storage device according to any one of 2 or 2.   The article storage according to claim 3, wherein the rotating member is provided on an inner wall of the storage space so that the article support member is placed on the floor surface of the storage space. apparatus.   The article storage device according to any one of claims 1 to 4, wherein a width of the rotating member along the shaft member is adjustable.   The article storage device according to any one of claims 1 to 5, wherein the rotating member is detachable from an inner wall of the storage space. A driving device for rotating the rotating member;
Rotation control means for controlling the driving device;
A support height detecting means for detecting the height of the article support member with respect to the floor surface, and the height of the article support member can be set in advance when the article support member is supported or removed. The rotation control means automatically stops the rotation of the rotation member when the article support member reaches a set height based on the height information of the article support member obtained from the support height detection means. The article storage device according to any one of claims 1 to 6. A driving device for rotating the rotating member;
Rotation control means for controlling the driving device;
A support height detecting means for detecting the height of the article support member with respect to the floor surface,
The storage space is a garage;
There is provided a platform height detection means for detecting the height of the platform of an automobile which is another article parked in the garage,
When the rotation control means compares the height information of the article support member obtained from the support height detection means with the height information of the cargo bed of the automobile obtained from the load height detection means, and the two match The article storage device according to claim 1, wherein the turning of the turning member is automatically stopped. The rotating member includes a plurality of arms, and the plurality of arms are connected to each other by a connecting member whose width can be adjusted in the longitudinal direction.
The plurality of arms are detachably provided on an inner wall of the storage space via an arm mounting member. A guide groove is formed in the arm mounting member along a horizontal direction, and the arms are slid along the guide groove. The article storage device according to any one of claims 1 to 8, wherein the width between the arms can be adjusted by being moved.   A building having an article storage space, wherein the article storage device according to any one of claims 1 to 9 is provided on an inner wall of the storage space.

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