JP7363655B2 - Vehicle storage structures and vehicle storage parts - Google Patents

Description

The present invention relates to a vehicle storage structure and a vehicle storage component.

BACKGROUND ART Conventionally, boxes for storing various articles have been proposed that have a foldable structure. For example, Patent Document 1 discloses a box that can be folded into a small size and maintains sufficient strength when assembled.

Japanese Patent Application Publication No. 06-298245

However, in the case of the box disclosed in Patent Document 1, no consideration has been given to the mode when not in use or the ease of assembly operation when in use. For example, it would be desirable to provide a storage structure in the luggage compartment of a vehicle that carries people, which allows the user to smoothly transition to a state of use even when one hand is occupied due to carrying luggage. .

The present invention has been made in view of the above circumstances, and an object of the present invention is to provide a storage structure for a vehicle that can be smoothly put into use. Moreover, from another point of view, an object of the present invention is to provide a vehicle storage component used in this vehicle storage structure.

In order to solve the above-mentioned problems, the technology disclosed herein includes a design surface portion that constitutes an interior design surface of a vehicle, and a design surface portion configured such that the interior design surface stands up; To provide a vehicle storage structure including a vehicle storage component that is detachably attached from the inside. In this vehicle storage structure, the vehicle storage component includes a storage main body that is foldable and can store items in an unfolded state, and a case that stores the storage main body in a folded state. , the case includes a case body that is attached to the design surface portion and opens to the inside of the vehicle interior and accommodates the storage portion body in a folded state, and a turntable located at a lower end of the case body with respect to the case body. a lid member that is rotatable around a moving axis and closes the opening of the case body; and a lid member that is fixed to the case body by magnetic force to close the opening of the case body when the housing body is accommodated. and a magnetic force fixing portion that is closed by the lid member. Further, the case body has an attachment portion extending toward the design surface portion, and the design surface portion has an attached portion to which the attachment portion can be attached. In this vehicle storage structure, the case body and the lid member are fixed by the magnetic force fixing portion in a state where the mounting portion is attached to the attached portion and the vehicle storage component is attached to the design surface portion. When the lid is released, the lid member is rotated relative to the case body and opened.

According to the above configuration, the vehicle storage component can be attached to the design surface section with the storage section main body folded and housed in the case. Therefore, when the vehicle moves, movement of the vehicle storage component within the vehicle compartment due to vibrations, sudden braking, etc. is restricted. In addition, the vehicle storage parts can be stored along the design surface when not in use, and the interior of the vehicle can be widely utilized. Furthermore, since the lid member of the case rotates around the rotation axis located at the lower end of the case body, by releasing the fixation by the magnetic fixing unit while attached to the design surface, the lid member can be rotated once. It is constructed so that it opens under its own weight when it starts. Thereby, the user can easily open the case by releasing the fixation by the magnetic force fixing part with one hand. Furthermore, the user can smoothly unfold the folded storage section main body without going through the process of opening the case.

In a preferred embodiment of the vehicle storage structure disclosed herein, the lid member includes a first magnet at an end opposite to the rotation axis, and the magnetic force fixing portion applies magnetic force. an attached part that can be generated and attracted to the first magnet; and a band-shaped part, one end of which is connected to the attached part and the other end of which is fixed to the upper surface of the case body. There is. In the vehicle storage component, when the lid member closes the opening of the case body, the attachment portion is attached from the outside of the lid member to a position corresponding to the first magnet of the lid member. The lid member can be fixed to the case body, and when the attachment portion is detached from the lid member, the lid member is released from being fixed to the case body.

According to the above configuration, the vehicle storage component can fix the lid member to the case body by a simple operation of attaching and detaching the attachment part to the position corresponding to the first magnet of the lid member. , the fixation can be canceled.

In a preferred embodiment of the vehicle storage structure disclosed herein, the case body includes a second magnet at an upper end when attached to the design surface, and the vehicle storage component When the lid member is opened with respect to the case body, the attachment portion is attached from inside the case body to a position corresponding to the second magnet of the case body. According to the above configuration, in the vehicle storage component, when the magnetic force fixing part is not used, the attachment part can be fixed to the inside of the case body, and when the user stores the stored item in the storage part main body, the magnetic force fixing part can be fixed to the inside of the case body. can be prevented from becoming a hindrance to storage.

In a preferred embodiment of the vehicle storage structure disclosed herein, the storage section main body has a bottomed box shape with an opening at the top in the unfolded state, and the case main body opened at 90 degrees and the A back surface portion fixed to the case body when the lid member is unfolded upward; a bottom surface portion fixed to the lid member and connected to the lower end of the back surface portion; a plate-shaped front part that is connected on the opposite side to the rear part and is erected so as to face the back part; A pair of side parts connected to each other at both ends in the direction. The storage main body is folded and accommodated in the case by stacking the front part on the bottom part and bending the pair of side parts, and with the case attached to the design surface part. When the fixation between the case body and the lid member by the magnetic force fixing part is released, the lid member is opened with respect to the case body, and the bottom part of the storage part main body is brought into contact with the back part. It has a configuration that can be expanded.

According to the above configuration, since the storage main body is box-shaped with a bottom, even small stored items can be stored without spilling through the gap. Further, the storage main body has a back surface fixed to the case main body and a bottom surface fixed to the lid member, and the storage main body can be partially expanded or folded by opening and closing the case. Furthermore, since the front part of the storage main body is plate-shaped, the user can easily raise or lower the front part with respect to the lid member when opening and closing the case. Thereby, a vehicle storage structure is provided in which the storage section main body can be easily folded and unfolded.

In a preferred aspect of the vehicle storage structure disclosed herein, the design surface portion is provided with a plurality of the attached portions, and the attachment portion is one selected from the plurality of attached portions. It is configured to be attachable to the attached portion. According to the above configuration, the vehicle storage component can be detachably attached to any position where the attached portion is provided with respect to the design surface portion. As a result, for example, when the vehicle storage parts are expected to be used, the vehicle storage parts are attached to the interior design surface of the vehicle, and when the vehicle storage parts are not expected to be used, the vehicle storage parts are attached to the interior design surface of the vehicle. The vehicle can be used by removing the storage parts from the interior design surface of the vehicle. Also, for example, by preparing vehicle storage parts of various sizes, users can attach one or more vehicle storage parts of a desired size to the interior design surface of the vehicle and carry them around. I can do it.

In a preferred aspect of the vehicle storage structure disclosed herein, the design surface portion is a deck side trim forming a side wall of a cargo compartment provided between a rear seat and a rear door of the vehicle, and is configured to be attached to the deck side trim without interfering with the rear seat in the closed state by the magnetic force fixing part. According to the above configuration, the vehicle storage component can be attached to the deck side trim without interfering with the seat arrangement of the rear seats. Further, it is preferable in that the advantages of the vehicle storage component disclosed herein, such as being thin and not bulky, can be effectively utilized.

Further, the technology disclosed herein provides the above-described vehicle storage component that can be suitably used in the above-described vehicle storage structure. In the above-mentioned vehicle storage structure, the user can freely attach or remove the vehicle storage parts from the design surface at any time, and the vehicle storage parts used for this purpose are available in various sizes. , shape, design, and structural function may be provided. Therefore, for example, the user can prepare a plurality of vehicle storage components in advance and select and use any one or more vehicle storage components according to the application at that time. From this perspective, the technology disclosed herein provides vehicle storage components with a variety of sizes, shapes, designs, and structural features for use in this application. This makes it possible to realize a vehicle storage structure that meets the tastes and demands of various users.

According to the present invention, there is provided a vehicle storage structure that can be smoothly put into use. Further, a vehicle storage component suitable for use in this vehicle storage structure is provided.

A perspective view showing a luggage compartment of a vehicle that employs a vehicle storage structure according to an embodiment. Enlarged view of main parts showing the vehicle storage structure in Figure 1 A perspective view of the vehicle storage part shown in Figure 2, viewed from the rear side. A sectional view corresponding to the view taken along the line IV-IV in FIG. 2 and showing the arrangement of the magnetic force fixing part when the lid member of the vehicle storage component is closed. A cross-sectional view of main parts showing the arrangement of the magnetic force fixing part when the lid member of the vehicle storage part shown in FIG. 4 is opened. A perspective view showing a state in which the lid member of the vehicle storage component shown in FIG. 2 is opened. A perspective view showing a state in which the main body of the storage part of the vehicle storage part shown in FIG. 6 is unfolded. Partially enlarged view of the mounting board viewed from the back Enlarged view of the mounting holes viewed from the back of the mounting board Cross-sectional view showing a state in which the protrusion is inserted into the first hole (X-X arrow view in FIG. 9) A sectional view showing a process in which the protrusion is displaced from the first hole to the second hole. Cross-sectional view showing a state in which the protrusion is inserted into the second hole (XII-XII line arrow view in FIG. 8)

<Embodiment>
An embodiment of the vehicle storage structure disclosed herein will be described with reference to the drawings. 1 and 2 are perspective views of a luggage compartment 13 of a vehicle 10 (vehicle) that employs a vehicle storage structure 1 according to an embodiment. 3 to 7 are diagrams illustrating the configuration of the vehicle storage component 50, and FIGS. 8 to 12 are diagrams illustrating the mounting structure of the vehicle storage component 50 to the mounting board 20. Note that the symbols F, Rr, U, D, IN, and OUT shown in each figure refer to the front, rear, vertical direction (vertical direction), upper and lower sides, and the vehicle width direction perpendicular to the vehicle traveling direction, respectively. The indoor and outdoor sides are shown. In addition, in the following description, the right and left sides in the longitudinal direction, the upper and lower sides in the height direction, and the front and back in the thickness direction of the vehicle storage component 50 are referred to as F, Rr, U, D, respectively. It is assumed that IN and OUT match. However, the above-mentioned direction is only determined for convenience and should not be interpreted in a limited manner.

As shown in FIG. 1, the vehicle 10 of this embodiment includes a rear seat 12 arranged at the rear of a vehicle interior 11, and a luggage compartment 13 as a space behind the rear seat 12. A back door (not shown) is provided at the rear end of the vehicle 10, and the luggage compartment 13 is generally accessible from outside the vehicle 10 through the back door. In addition, the cargo space 13 includes a deck board 14 forming the floor surface 14A of the cargo space 13, a pair of deck side trims 15, 15 forming the side walls of the cargo space 13, and a pair of deck side trims 15, 15 disposed above the deck side trims 15, 15. The vehicle is provided with rear quarter windows 16, 16 (side windows of the luggage compartment 13). In the luggage compartment 13, a pair of deck side trims 15, 15 are generally symmetrically configured on the left and right side walls. In the following description, the vehicle storage structure 1 will be explained based on the deck side trim 15 located on the left side in the direction of travel of the vehicle 10, as shown in FIG. A description of the vehicle storage structure 1 will be omitted.

The deck side trim 15 extends from the luggage compartment 13 to the rear of a rear door (not shown) used for seating a passenger in the rear seat 12. A recess 17 is formed in a portion of the deck side trim 15 below the rear quarter window 16 (side window of the luggage compartment 13) as the deck side trim 15 retreats toward the outside in the vehicle width direction. ing. A mounting board 20 for mounting a vehicle storage component 50 is provided on the bottom surface 17A of the recess 17 (see FIG. 11, etc.) so as to overlap the bottom surface 17A from the indoor side.

The vehicle storage structure 1 of this embodiment includes, for example, as shown in FIG. 2, a mounting board 20 and a vehicle storage component 50 that is detachably attached to the mounting board 20 from inside the vehicle interior. It consists of The mounting board 20 is an example of a plate-shaped portion that constitutes the interior design surface of the vehicle in the present invention. The mounting board 20 is provided along a substantially vertical direction so that its indoor design surface stands up.

First, the vehicle storage component 50 will be explained. As shown in FIGS. 6 and 7, the vehicle storage component 50 of this embodiment includes a storage main body 52 that is foldable and capable of storing articles in an unfolded state, and a storage main body 52 that is folded. and a case 60 for housing the device in the same condition. As shown in FIG. 2, the case 60 has a flat, substantially rectangular parallelepiped box shape, and can be attached to the mounting board 20 with a pair of wide long sides along the mounting board 20. As described above, when the case 60 is attached to the mounting board 20 in this embodiment, the longitudinal direction of the case 60 corresponds to the vehicle longitudinal direction, the height direction of the case 60 corresponds to the vertical direction, and the thickness of the case 60 corresponds to the longitudinal direction of the vehicle. The direction corresponds to the vehicle width direction. Further, the case 60 is formed to have a small dimension in the thickness direction (thin) so that it can be accommodated between the mounting board 20 and the rear seat 12.

The case 60 includes a case body 61, a lid member 65, a magnetic force fixing part 70, and a protruding part 30. As shown in FIG. 2, the case body 61 and the lid member 65 are members that form the outer shape of the case 60, and the case 60 is divided into the case body 61 and the lid member 65 in the thickness direction. The case body 61 includes a back surface portion 61B disposed on the side facing the mounting board 20 (outdoor side) when the case 60 is mounted on the mounting board 20, among the pair of long sides of the case 60; The lid member 65 includes a front portion 65B that is disposed on a side (indoor side) that is relatively farther from the mounting board 20 than the case body 61. As shown in FIG. 3, the back surface portion 61B is provided with a protrusion 30 that protrudes toward the outside of the case 60, and the case 60 is attached to the mounting board 20 via this protrusion 30.

The case main body 61 is a main element that houses the storage section main body 52, and the storage section main body 52 can be almost entirely accommodated in the case main body 61 in a folded state. For example, as shown in FIG. 6, the case body 61 has a flat, substantially rectangular parallelepiped bottomed box shape with an opening 61A, and is attached to the mounting board 20 so as to open toward the indoor side. Magnetic force fixing parts 70 are fixed to the upper surface 61C of the case body 61 at two mounting positions X1 and X2 spaced apart along the longitudinal direction. Further, as shown in FIGS. 4 and 5, body magnets 62 and 62 are embedded in the case body 61 at the upper part of the back surface 61B and below the mounting positions X1 and X2, respectively. There is. The main body magnets 62, 62 are an example of a second magnet in the present invention. Furthermore, a handle 63 is provided at the center of the upper surface 61C of the case body 61 for the user to hold when carrying the vehicle storage component 50.

The lid member 65 is an element that closes the opening 61A of the case body 61. The lid member 65 in this embodiment has a flat, substantially rectangular parallelepiped shape having an opening 65A like the case body 61, and has a bottomed box shape that is thinner (shallower in depth) than the case body 61. . When the case body 61 and the lid member 65 are closed by abutting each other's openings 61A and 65A, a rotation axis M (for example, see FIG. 6) extends along the edges of the openings 61A and 65A at the lower ends of each other. It is integrated so that it can rotate freely around the center. In addition, as shown in FIG. 4, the lid member 65 has a position located above the front part 65B and below the mounting positions X1 and X2 of the case body 61 when the opening 61A of the case body 61 is closed. Lid magnets 66, 66 are embedded in each of them. The lid magnets 66, 66 are an example of a first magnet in the present invention.

The magnetic force fixing unit 70 includes a plate-shaped fixing unit main body 72 that is U-shaped in plan view, and a pair of band-shaped parts 76 each having one end connected to two ends of the fixing unit main body 72. It is equipped with 76. The fixing part main body 72 includes a pair of parallel parts 73, 73 extending from two ends, and a plate-shaped bridge part 75 connected to these parallel parts 73, 73 at both ends. Magnets 73, 73 are embedded in each of the pair of parallel parts 73, 73. The strips 76, 76 are made of a flexible material such as a tape made of woven acrylic fibers, and the other ends of the strips 76, 76 are fastened to the case body 61 with a fastener such as a stud. It is fixed to the upper surface 61C at mounting positions X1 and X2. With such a configuration, the fixing part main body 72 can be opened from the top surface of the case main body 61 by opening 61A with the parallel parts 73, 73 arranged along the height direction and the bridging part 75 arranged along the longitudinal direction. It is designed so that it can be hung on the side. Note that the fixing part main body 72 is an example of the attachment part in the present invention.

In addition, when the magnetic force fixing part 70 is in a state where the lid member 65 closes the opening 61A of the case body 61, as shown in FIG. The fixing part main body 72 is disposed along the front surface 65B of the lid member 65 along the indoor surface of the case 60. At this time, the thickness of the case body 61 and the lid member 65 and the length of the strip parts 76, 76 are adjusted so that the magnets 74, 74 of the magnetic force fixing part 70 and the lid part magnets 66, 66 of the lid member 65 overlap in the thickness direction. Also, the arrangement of the magnets 74, 74 in the magnetic force fixing part 70 and the lid member 65, and the lid part magnets 66, 66, etc. are designed. Therefore, as shown in FIG. 4, for example, the magnetic force fixing part 70 is attached by magnetic force to the lid member 65 which is in a state of closing the opening 61A of the case body 61, and the magnetic force fixing part 70 is attached to the lid member 65 in a state where the opening 61A of the case body 61 is closed. It can be fixed. At this time, the fixing portion main body 72 is bent so that the lower end portion is separated from the surface of the lid member 65. By placing a finger on this bent portion and lifting the fixing part body 72 toward the user, the user uses the upper end connected to the strip part 76 as a fulcrum, and smoothly moves the fixing part main body 72 against the lid member 65 against the magnetic force. It can be removed from the

Further, as shown in FIG. 5, for example, the lid member 65 can be rotated to open at an angle of about 90 degrees with respect to the case body 61 with the case body 61 opened toward the interior of the room. I can do it. At this time, the strips 76, 76 are arranged along the surface of the case body 61 from the outside of the case body 61 to the inside through the opening 61A, and the fixing part body 72 is placed on the inside (indoor side) surface of the back part 61B. They are arranged along the same lines. At this time, the thickness of the case body 61, the length of the strip parts 76, 76, the magnetic force The arrangement of the magnets 74, 74 and the main body magnets 62, 62 in the fixed part 70 and the case body 61 are designed. Therefore, the magnetic force fixing part 70 is configured to be housed in the case body 61 without hanging down so as to span the opening 61A of the case body 61 when the case 60 is open.

Next, the storage section main body 52 will be explained. As shown in FIG. 7, the storage main body 52 has a bottomed box shape with an opening 52A at the top in the unfolded state. Although the material constituting the storage section main body 52 is not particularly limited, the storage section main body 52 of this embodiment is made of, for example, a fabric made of polychloroprene foam rubber or the like that has appropriate flexibility and shape retention at the same time. It can be folded freely. The storage main body 52 has a bottom part 52B that is one size smaller than the front part 65B, a back part 52C rising from the back end in the thickness direction of the bottom part 52B, and a front end of the bottom part 52B. It has a front part 52D rising from the bottom, and a pair of side parts 52E, 52E connected to the bottom part 52B, the back part 52C, and the front part 52D, respectively. The bottom part 52B is fixed to the inner surface of the front part 65B of the lid member 65, and the back part 52C is fixed to the inner surface (indoor side) of the back part 61B of the case body 61. The bottom surface portion 52B and the back surface portion 52C also serve as the lining of the case body 61. The front part 52D has a core material inserted between two pieces of fabric to suppress its flexibility and is shaped like a plate.

As shown in FIGS. 6 and 7, the pair of side surfaces 52E, 52E are provided with perforations (stitches) at positions that will become creases when folded. Specifically, the side parts 52E, 52E include a first line connecting the upper end of the back part 52C side and the lower end of the front part 52D side, and a first line connecting the upper end part of the front part 52D side and the back part. A fold line is provided, which is a second line that connects the lower end of the 52C side, and the first line is a mountain fold line, and the second line is a mountain fold line above the first line. Then, it is folded into a valley fold below the first line. FIG. 6 shows a state in which the side parts 52E, 52E are folded along the first line, and in this state, the front part 52D falls to the back and is overlapped with the bottom part 52B. Further, when the lid member 65 rotates around the rotation axis M to close the opening 61A of the case body 61, the side parts 52E, 52E are folded along the second line, and the front part 52D and the bottom face are folded. The portion 52B overlaps the back portion 52C with the folded side portions 52E, 52E in between. In this way, the storage section main body 52 can be folded compactly and can be stored in the case 60 in the folded state.

Next, a manner of attaching the vehicle storage component 50 to the attachment board 20 will be described. For example, as shown in FIGS. 6 and 11, the protrusion 30 is provided so as to extend substantially perpendicularly from the outer surface of the back surface 61B of the case body 61. In this embodiment, two protrusions 30 are provided, one at each end in the longitudinal direction above the back surface 61B of the case body 61. These two protrusions 30 are configured as a set to be able to stably support the vehicle storage component 50. As shown in FIG. 11, each of the protruding parts 30 includes a base end part 32, an intermediate part 34, and a tip part 36 in order from the base end side (back surface part 61B side). These have a cylindrical shape, and the diameter D1 of the proximal end 32 is larger than the diameter D2 of the intermediate part 34, and the diameter D3 of the distal end 36 is larger than the diameter D1 of the proximal end 32.

9 and 10 are views of the mounting board 20 viewed from the back surface 20B side (outdoor side). For example, as shown in FIG. 9, a plurality of attachment holes 21 are formed through the attachment board 20 for attaching the protrusions 30 to the attachment board 20. The attachment hole 21 is an example of an attached part in the present invention. The plurality of mounting holes 21 are arranged in a staggered manner in which rows of mounting holes 21 are arranged at equal intervals in the longitudinal direction of the vehicle, and each row is shifted by half a pitch in the longitudinal direction of the vehicle in the vertical direction. . The set of protrusions 30 are arranged so that each of the protrusions 30 can be selectively inserted into any one of the plurality of attachment holes 21 . By inserting and removing the set of protrusions 30 into any two of the plurality of attachment holes 21, the case body 61 can be attached to and removed from any position on the attachment board 20. Note that the height from the floor surface 14A of the deck board 14 among the plurality of mounting holes 21 is such that the case 60 is attached to the mounting board 20 by displacing the protruding portion 30 to the lower end of the second hole portion 23 of the mounting hole 21; Regarding the row of mounting holes 21 such that the lid member 65 is arranged along the floor surface 14A of the deck board 14 when the lid member 65 is opened at approximately 90 degrees with respect to the case body 61, A mark (not shown) indicating that it is suitable as the mounting hole 21 of the storage component 50 may be attached.

The mounting hole 21 is formed to penetrate the mounting board 20, and as shown in FIG. 22 and into which the intermediate portion 34 of the protruding portion 30 is inserted. The first hole 22 has a circular shape, and three second holes 23 are arranged radially at intervals of 120 degrees around the center of the first hole 22. The second hole portion 23 is an elongated long hole extending along the radial direction of the first hole portion 22 .

As shown in FIG. 10, the diameter B1 of the first hole 22 is set to be slightly larger than the diameter D3 of the tip 36, so that the tip 36 can be inserted into the first hole 22. There is. Further, the width B2 of the second hole 23 is approximately the same as the diameter D2 of the intermediate portion 34 or slightly larger than the diameter D2, and the intermediate portion 34 can be inserted into the second hole 23. At the same time, the second hole portion 23 is movable along the longitudinal direction. Further, the width B2 of the second hole portion 23 is smaller than the diameter D3 of the tip portion 36. Therefore, in a state in which the tip end portion 36 is displaced into the second hole portion 23, the protrusion portion 30 is prevented from coming off from the attachment hole 21.

In this embodiment, as shown in FIG. 11, after the protrusion 30 of the case body 61 is inserted into the first hole 22 of the mounting board 20, as shown in FIG. By sliding the intermediate portion 34 to the second hole 23 side of the three second holes 23, the intermediate portion 34 is fitted into the second hole 23, and the tip portion 36 of the protrusion 30 is attached. It is configured to be engaged with the hole edge of the second hole 23 in the board 20 from the back surface 20B side (outdoor side) (see FIGS. 9 and 12).

Further, as shown in FIG. 9, for example, on the back surface 20B of the mounting board 20, a hole edge portion near the tip of each second hole portion 23 (innermost part of the hole) is provided with a hole sandwiching the second hole portion 23. A pair of hemispherical projections 24, 24 are provided. On the other hand, as shown in FIGS. 10 to 12, the proximal end 32 of the protrusion 30 has a circular ring made of a soft material (for example, synthetic rubber such as silicone rubber) that is softer than the proximal end 32. An annular soft material 38 (washer) is attached. The soft material 38 is interposed between the base end portion 32 and the mounting board 20, and as shown in FIG. 32 and the mounting board 20 in a natural state. On the other hand, as shown in FIG. direction), the thickness is such that it is interposed between the base end portion 32 and the mounting board 20 in a slightly contracted state than in the natural state.

That is, when the protrusion 30 is inserted into the first hole 22 and displaced from the first hole 22 to the second hole 23, the tip 36 of the protrusion 30 touches the hole edge of the second hole 23. After sliding on the surface of the part, it hits the protrusion 24. At this time, since the protrusion 24 is hemispherical and the soft material 38 can shrink in the thickness direction, the tip 36 rides on the protrusion 24 while crushing the soft material 38 in the thickness direction. Therefore, when the user holds the case body 61 in his hand and slides the case body 61 so that the protrusion 30 is displaced from the first hole 22 to the second hole 23, the distal end 36 and the protrusion 24 You can get a sense of moderation through contact. Thereby, even if the user cannot visually see the protrusion 30 from the indoor side, the user can easily perceive that the protrusion 30 has been displaced and locked in the second hole 23. Further, the pair of protrusions 24, 24 and the tip 36 are pressed against each other by the elastic force of the soft material 38, and the friction generated between the protrusion 24 and the tip 36 causes the tip The situation in which the portion 36 is easily displaced toward the first hole portion 22 is restricted.

Further, as shown in FIG. 10, for example, a spacer is provided on the back surface 20B (outdoor side surface) of the mounting board 20, and has a contact surface 25A that comes into contact with the bottom surface 17A of the recess 17 of the deck side trim 15 from the indoor side. 25 are provided. The abutment surface 25A of the spacer 25 is located further toward the outdoor side (on the bottom surface 17A side) than the outdoor side tip surface 36A of the tip portion 36 that rests on the protrusion 24. As shown in FIG. 8, the spacer 25 is composed of three ribs arranged radially at intervals of 120 degrees, and one spacer 25 is surrounded by three mounting holes 21. This prevents the protrusion 30 from interfering with the recess 17 of the deck side trim 15 when the vehicle storage component 50 is attached to the mounting board 20.

The effects of this embodiment will be explained below. The vehicle storage structure 1 of the present embodiment includes a mounting board 20 that constitutes an interior design surface in a passenger compartment 11 of a vehicle 10, and a mounting board 20 configured such that the interior design surface stands up. , a vehicle storage part 50 that is detachably attached from the interior side, and the vehicle storage part 50 includes a storage part main body 52 that can be folded and store items in an unfolded state, and a storage part main body 52. 52 in a folded state. The case 60 includes a case main body 61 that is attached to the mounting board 20 and opens toward the indoor side and accommodates the storage section main body 52 in a folded state; A lid member 65 is provided to be rotatable around an axis M and closes the opening 61A of the case body 61, and the lid member 65 is fixed to the case body 61 by magnetic force to accommodate the housing body 52. The opening 61A of the magnetic force fixing portion 70 is closed with the lid member 65. The case body 61 has a protrusion 30 extending toward the mounting board 20, and the mounting board 20 has a mounting hole 21 to which the protrusion 30 can be attached. With the protrusion 30 attached to the mounting hole 21 and the vehicle storage component 50 attached to the mounting board 20, when the fixation between the case body 61 and the lid member 65 by the magnetic force fixing section 70 is released, the case body 61 On the other hand, the lid member 65 is configured to be opened by rotating.

According to the above configuration, the vehicle storage component 50 can be attached to the mounting board 20 with the storage main body 52 folded and stored in the case 60. Therefore, when the vehicle 10 moves, movement of the vehicle storage component 50 within the vehicle interior due to vibrations, sudden braking, etc. is restricted. Further, the vehicle storage component 50 can be stored along the mounting board 20 when not in use, and the interior of the vehicle 10 can be widely utilized. Furthermore, since the case 60 rotates around the rotation axis M where the lid member 65 is located at the lower end of the case body 61, by releasing the fixation by the magnetic force fixing part 70 while it is attached to the mounting board 20, Once the lid member 65 starts rotating, it is configured to be opened by its own weight. Thereby, the user can easily open the case 60 by releasing the fixation by the magnetic force fixing part 70 with one hand. Further, the user can smoothly unfold the folded storage section main body 52 without going through the process of opening the case 60.

Further, in the above embodiment, the lid member 65 is provided with a lid magnet 66 at the end opposite to the rotation axis M, and the magnetic force fixing portion 70 generates magnetic force and attracts the lid magnet 66. The belt-shaped portion 76 has one end connected to the fixing portion main body 72 and the other end fixed to the upper surface 61C of the case main body 61. In the vehicle storage component 50, when the lid member 65 closes the opening 61A of the case body 61, the fixing part main body 72 is attached from the outside of the lid member 65 to a position corresponding to the lid magnet 66 of the lid member 65. The lid member 65 can be fixed to the case body 61 with the fixing part main body 72 being detached from the lid member 65, thereby releasing the fixation of the lid member 65 to the case body 61. . According to such a configuration, the vehicle storage component 50 allows the lid member 65 to be attached or removed by a simple operation of attaching and detaching the fixing portion main body 72 to the position corresponding to the lid member 65. It can be fixed to the case body 61 or released from the fixation.

In addition, the case body 61 is provided with a body magnet 62 at the upper end when attached to the mounting board 20, and the vehicle storage component 50 has a lid member 65 opened to the case body 61. In this state, the fixing part main body 72 is attached from the inside of the case main body 61 to a position corresponding to the main body magnet 62 of the case main body 61. According to the above configuration, in the vehicle storage component 50, when the magnetic force fixing part 70 is not used, the fixing part main body 72 can be fixed inside the case main body 61, and the user can move the stored items to the storage part main body 52. When storing, it is possible to prevent the magnetic force fixing portion 72 from interfering with storing.

In the embodiment described above, the storage section main body 52 has a bottomed box shape having an opening 52A at the top in the unfolded state, and is in the unfolded state above the case main body 61 and the lid member 65 that are opened at 90 degrees. , a back part 52C fixed to the case body 61, a bottom part 52B fixed to the lid member 65 and connected to the lower end of the back part 52C, and a bottom part 52B connected to the bottom part 52B on the opposite side of the back part 52C. , a plate-shaped front part 52D standing upright facing the back part 52C, and both ends of the front part 52D, bottom part 52B, and back part 52C in the direction along the rotation axis M. A pair of side surfaces 52E, 52E are connected to each other, and the storage main body 52 is folded and stored in the case by stacking the front surface 52D on the bottom surface 52B and bending the pair of side surfaces 52E, 52E. be done. Then, when the case body 61 and the lid member 65 are released from being fixed by the magnetic force fixing part 70 while the case 60 is attached to the mounting board 20, the lid member 65 is opened to the case body 61, allowing storage. The bottom portion 52B of the main body 52 is configured to be expanded relative to the back portion 52C.

According to the above configuration, since the storage section main body 52 is box-shaped with a bottom, even small stored items can be stored without spilling through the gap. Furthermore, the storage main body 52 can be partially expanded or folded by opening and closing the case 60. Further, since the front part 52D of the storage main body 52 is plate-shaped, the user can completely open the storage main body 52 by raising or lowering the front part 52D with respect to the lid member 65 when opening and closing the case 60. The housing body 52 can be folded (deformed) to the stage where the housing body 52 is completely folded by using the closure of the case 60. Thereby, a vehicle storage structure is provided in which the storage section main body can be easily folded and unfolded.

<Other embodiments>
The technology disclosed in this specification is not limited to the embodiments described above and illustrated in the drawings, and includes, for example, the following embodiments within its technical scope.

(1) In the above embodiment, the vehicle storage structure 1 disclosed herein has been described based on the manner in which one vehicle storage component 50 is attached to one mounting board 20. However, the vehicle storage structure 1 and the vehicle storage component 50 may be configured such that two or more vehicle storage components 50, which are the same or different from each other, can be attached to one mounting board.
(2) In the above embodiment, the vehicle storage component 50 was provided with two protrusions 30, but the number and arrangement of the projections 30 provided in the vehicle storage component 50 are not limited to this, and for example, This can be determined by taking into account the weight of the vehicle storage component 50 and the ease with which the protrusion 30 can be attached to the attachment hole 21 .
(3) In the above embodiment, the outer shape of the vehicle storage component 50 is a substantially rectangular parallelepiped, but the outer shape of the vehicle storage component 50 is not limited to this, and may be circular or semicircular in plan view. good. Furthermore, the shape of the storage section main body 52 when it is unfolded and the folding method are not limited to those disclosed in the embodiments. For example, the storage main body 52 may include at least a front portion 52D and a portion corresponding to the pair of side portions 52E, 52E, with respect to the back portion 61B and the front portion 65B.
(4) In the above embodiment, the mounting board 20 is provided on the deck side trim 15, but the mounting board 20 is not limited to the deck side trim 15 as long as its indoor design surface stands up. The mounting board 20 may be, for example, a seat back board of a vehicle seat, a plate-shaped portion forming part of the interior design surface of a door trim, or the like.
(5) In the above embodiment, the protrusion 30 (attachment) of the vehicle storage component 50 is fixed to the case 60, but for example, the protrusion 30 (attachment) is configured to be detachable from the case 60. Good too. In this case, it is possible to avoid the protrusion 30 from getting in the way due to the protrusion 30 protruding from the vehicle storage component 50, and if the protrusion 30 is damaged, only the protrusion 30 needs to be replaced. be able to. Further, in the above embodiment, a configuration is shown in which the attachment part is rod-shaped and the attached part is hole-shaped, but the attached part is not limited to the hole-shape, and may be, for example, hook-shaped, groove-shaped, or the like. Further, even if the hole is shaped like a hole, it is not limited to the attachment hole 21 of the above embodiment.

DESCRIPTION OF SYMBOLS 1... Vehicle storage structure, 15... Deck side trim, 20... Mounting board (plate-like part), 21... Mounting hole (attached part), 22... First hole, 23... Second hole, 30... Projection Part (attachment part), 50... Vehicle storage part, 52... Storage part main body, 60... Case, 61... Case main body, 65... Lid member, 70... Magnetic force fixing part

Claims (7)

A design surface portion that constitutes an interior design surface of a vehicle and is configured such that the interior design surface stands up;
a vehicle storage component that is removably attached to the design surface from inside the vehicle;
Equipped with
The vehicle storage component includes a storage main body that is foldable and can store items in an unfolded state, and a case that stores the storage main body in a folded state,
The said case is
a case body that is attached to the design surface part, opens toward the inside of the vehicle, and houses the storage part body in a folded state;
a lid member that is rotatably provided with respect to the case body around a rotation axis located at a lower end of the case body and closes an opening of the case body;
a magnetic force fixing part that fixes the lid member to the case body by magnetic force so that the opening of the case body is closed with the lid member in a state where the storage part body is accommodated;
It has
The case body has a mounting portion extending toward the design surface portion,
The design surface portion has an attached portion to which the attachment portion can be attached,
When the fixation between the case body and the lid member by the magnetic force fixing part is released with the attachment part attached to the attached part and the vehicle storage component attached to the design surface part, the case body The lid member is configured to rotate and open relative to the lid member,
The lid member includes a first magnet at an end opposite to the rotation axis,
The magnetic force fixing part is
an attachment part capable of generating magnetic force and attracting the first magnet;
a band-shaped part having one end connected to the attachment part and the other end fixed to the upper surface of the case body;
It consists of
The vehicle storage parts include:
When the lid member closes the opening of the case body, the attachment portion attaches from the outside of the lid member to a position corresponding to the first magnet of the lid member, so that the lid member is closed to the case body. It can be fixed to
A storage structure for a vehicle, wherein the lid member is released from being fixed to the case body by detaching the attachment portion from the lid member. The case body includes a second magnet at an upper end when attached to the design surface part,
In the vehicle storage component, when the lid member is opened with respect to the case body, the attachment portion is attached from inside the case body to a position corresponding to the second magnet of the case body. A vehicle storage structure according to claim 1 , comprising the configuration. A design surface portion that constitutes an interior design surface of a vehicle and is configured such that the interior design surface stands up;
a vehicle storage component that is removably attached to the design surface from inside the vehicle;
Equipped with
The vehicle storage component includes a storage main body that is foldable and can store items in an unfolded state, and a case that stores the storage main body in a folded state,
The said case is
a case body that is attached to the design surface part, opens toward the inside of the vehicle, and houses the storage part body in a folded state;
a lid member that is rotatably provided with respect to the case body around a rotation axis located at a lower end of the case body and closes an opening of the case body;
a magnetic force fixing part that fixes the lid member to the case body by magnetic force so that the opening of the case body is closed with the lid member in a state where the storage part body is accommodated;
It has
The case body has a mounting portion extending toward the design surface portion,
The design surface portion has an attached portion to which the attachment portion can be attached,
When the fixation between the case body and the lid member by the magnetic force fixing part is released with the attachment part attached to the attached part and the vehicle storage component attached to the design surface part, the case body The lid member is configured to rotate and open relative to the lid member,
The storage main body is in the shape of a bottomed box having an opening upward in the unfolded state, and in the unfolded state above the case main body and the lid member opened at 90 degrees,
a back portion fixed to the case body;
a bottom part fixed to the lid member and connected to the lower end of the back part;
a plate-shaped front part connected to the bottom part on the opposite side of the back part and erected so as to face the back part;
a pair of side parts connected to the front part, the bottom part, and the back part at both ends in a direction along the rotation axis;
It is equipped with
The storage unit main body is folded and accommodated in the case by overlapping the front part with the bottom part and bending the pair of side parts, and
When the fixation between the case body and the lid member by the magnetic force fixing unit is released while the case is attached to the design surface part, the lid member is opened with respect to the case body, so that the storage A storage structure for a vehicle, wherein the bottom part of the main body is expanded with respect to the back part. The design surface portion is provided with a plurality of the attached portions,
The vehicle according to any one of claims 1 to 3 , wherein the attachment part is configured to be attachable to any one of the plurality of attachment parts selected from the plurality of attachment parts. Storage structure. The design surface portion is a deck side trim forming a side wall of a luggage compartment provided between a rear seat and a rear door of a vehicle,
According to any one of claims 1 to 4 , the case is configured to be attached to the deck side trim without interfering with the rear seat when the case is closed by the magnetic force fixing part. Vehicle storage structure as described. A design surface portion that constitutes an interior design surface of a vehicle and is configured such that the interior design surface stands up;
a vehicle storage component that is removably attached to the design surface from inside the vehicle;
A vehicle storage component used in a vehicle storage structure constituted by,
a storage unit main body that is foldable and capable of storing items in an unfolded state;
a case that accommodates the storage unit main body in a folded state;
Equipped with
The said case is
a case body that is attached to the design surface part, opens toward the inside of the vehicle, and houses the storage part body in a folded state;
a lid member that is rotatably provided with respect to the case body around a rotation axis located at a lower end of the case body and closes an opening of the case body;
a magnetic force fixing part that fixes the lid member to the case body by magnetic force so that the opening of the case body is closed with the lid member in a state where the storage part body is accommodated;
It has
The case body has a mounting portion extending toward the design surface portion,
The design surface portion has a plurality of attached portions to which the attachment portion can be attached,
The lid member is configured to rotate and open with respect to the case body when the case body and the lid member are released from being fixed by the magnetic force fixing part,
The lid member includes a first magnet at an end opposite to the rotation axis,
The magnetic force fixing part is
an attachment part capable of generating magnetic force and attracting the first magnet;
a band-shaped part having one end connected to the attachment part and the other end fixed to the upper surface of the case body;
It consists of
When the lid member closes the opening of the case body, the attachment portion attaches from the outside of the lid member to a position corresponding to the first magnet of the lid member, so that the lid member is closed to the case body. It can be fixed to
A storage component for a vehicle, wherein the attachment part is detached from the lid member to release the lid member from being fixed to the case body. A design surface portion that constitutes an interior design surface of a vehicle and is configured such that the interior design surface stands up;
a vehicle storage component that is removably attached to the design surface from inside the vehicle;
A vehicle storage component used in a vehicle storage structure constituted by,
a storage unit main body that is foldable and capable of storing items in an unfolded state;
a case that accommodates the storage unit main body in a folded state;
Equipped with
The said case is
a case body that is attached to the design surface part, opens toward the inside of the vehicle, and houses the storage part body in a folded state;
a lid member that is rotatably provided with respect to the case body around a rotation axis located at a lower end of the case body and closes an opening of the case body;
a magnetic force fixing part that fixes the lid member to the case body by magnetic force so that the opening of the case body is closed with the lid member in a state where the storage part body is accommodated;
It has
The case body has a mounting portion extending toward the design surface portion,
The design surface portion has a plurality of attached portions to which the attachment portion can be attached,
The lid member is configured to rotate and open with respect to the case body when the case body and the lid member are released from being fixed by the magnetic force fixing part,
The storage main body is in the shape of a bottomed box having an opening upward in the unfolded state, and in the unfolded state above the case main body and the lid member opened at 90 degrees,
a back portion fixed to the case body;
a bottom part fixed to the lid member and connected to the lower end of the back part;
a plate-shaped front part connected to the bottom part on the opposite side of the back part and erected so as to face the back part;
a pair of side parts connected to the front part, the bottom part, and the back part at both ends in a direction along the rotation axis;
It is equipped with
The storage unit main body is folded and accommodated in the case by overlapping the front part with the bottom part and bending the pair of side parts, and
When the fixation between the case body and the lid member by the magnetic force fixing unit is released while the case is attached to the design surface part, the lid member is opened with respect to the case body, so that the storage A storage part for a vehicle, wherein the bottom part of the part body is expanded with respect to the back part.

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