JP5511877B2 - Deformation container - Google Patents

Description

  The present invention relates to a deformable container that can be deformed and switched.

  Conventionally, there are containers such as boxes and stockers that are simply deformed from a closed state to an open state. However, there is no container that can be easily changed by changing the storage mode by changing the shape of the container.

  The present invention can change the storage form by rotating the left and right halves to the left and right with the bottom pivoting part as a fulcrum, and can change the storage form according to the purpose and purpose. The purpose is to provide a deformable container with excellent practicality.

  The gist of the present invention will be described with reference to the accompanying drawings.

  The upper opening-shaped storage body A is configured to be freely deformable by pivoting the inner opposing edges of the bottom 3 of the left and right halves 1, so that each of the halves 1 is left and right outside the box shape of the upper opening. And the bottom pivot part 2 rises relative to the left and right ends of the bottom part 3, and the left and right bottom parts 3 and the left and right side wall parts 4 are inclined with respect to the bottom pivot part 2 as a boundary. It is configured to be changeable to a right and left separate type inclined box shape, and can be changed into two types of storage forms, the upper opening box shape and the left and right separate inclined box shape, and each of the above-described storage forms. The present invention relates to a deformable container characterized by having a configuration that can be placed while maintaining its form.

  In addition, a mounting portion 7 mounted on a mounting receiving portion provided on the upper portion of the storage body A is provided on the bottom 3 of the storage body A so as to be freely stackable, and the left and right separate type inclined box-shaped state The deformation container according to claim 1, wherein the deformation container is configured to be stackable even after the deformation is switched by providing a deformation placement part 8 to be placed on the deformation placement receiving part provided in the upper part. It is concerned.

  Further, the deformation mounting portion 8 of the bottom portion 3 of the other storage body A to be stacked is mounted on the deformation mounting support portion on the upper portion of the storage body A in the left and right separate type inclined box shape. 3. The deformable container according to claim 2, wherein the inclined opening is formed so as to be exposed to the left and right when placed and stacked.

  Further, a lifting handle 6 is provided at the upper part of the connecting part 5 connected to each of the left and right half bodies 1 so that the bottom pivoting part 2 is raised with respect to the left and right ends of the bottom part 3 manually or automatically. Further, a switching rotation permission mechanism 9 that rotates the left and right half bodies 1 outward with the bottom pivoting portion 2 as a fulcrum, and a box-shaped holding mechanism 12 that holds the box shape of the upper opening shape. The deformation container according to any one of claims 1 to 3, further comprising a deformation switching mechanism B including the tilted box-shaped holding mechanism 13 that holds the right and left separate tilted box shape. It is related to.

  Further, the lifting handle 6 serving as the lifting operation section 6 is provided on the upper part of the connecting section 5 serving as the lifting section 5 coupled to the left and right half bodies 1, and the storage body A is provided on the left and right sides of the storage body A. The lifting handle 6 to be lifted and conveyed is provided in an opposing state, the lifting handle 6 that is the lifting operation unit 6 that lifts the lifting part 5 is lifted, and the bottom pivoting part 2 is manually or automatically moved to the bottom part 3. The switching rotation permission mechanism so as to become a pulling rotation mechanism 9 that rotates the left and right halves 1 outward with the bottom pivoting portion 2 as a fulcrum. 9. The modified container according to claim 4, characterized in that No. 9 is configured.

  Further, when the lifting handle 6 serving as the lifting operation portion 6 is lifted, each lifting portion 5 is inclined in an inverted C shape, and the bottom pivoting portion 2 is positioned on the left and right sides of the bottom portion 3. The pulling-up turning mechanism 9 is configured so that the right and left halves 1 can be rotated outwardly as compared with the mounting portion at the end, and the pulling operation portion 6 is held. 6. The deformation container according to claim 5, wherein the deformation switching mechanism B is configured to lift the storage body A to change the deformation from the box-shaped state to the left and right separate inclined box-shaped state. It is concerned.

  The left and right halves 1 constituting the storage body A are provided with the connecting portions 5 so as to be rotatable, and the lifting handles 6 are pivotally attached to the connecting portions 5 so as to be installed. The lifting handles 6 for lifting and transporting the storage body A to the left and right of the body A are provided in an opposing state, and the connecting portions 5 are pivoted as the pivots of the left and right halves 1 are changed. 21 is configured so that the position of the lifting handle 6 can be changed by rotating about a fulcrum 21 to constitute the switching rotation permitting mechanism 9, and a stopper portion 19 that prevents the connection portion 5 from rotating at a predetermined position. A box-shaped holding mechanism 12 that holds the upper-opening box-shaped state and an inclined box-shaped holding mechanism 13 that holds the left-right separate-type inclined box-shaped state are provided. This relates to the deformed container described in 4.

  A box-shaped holding mechanism 12 for holding the box-shaped state of the upper opening type, including a rotation lock mechanism 20 that holds the rotation position of the coupling portion 5 that is prevented from being rotated by the stopper portion 19; 8. The modified container according to claim 7, wherein an inclined box-shaped holding mechanism 13 for holding the left and right separate inclined box-shaped state is configured.

  Since the present invention is configured as described above, the storage form can be switched by rotating the left and right halves to the left and right with the bottom pivoting part as a fulcrum, and the storage form can be changed according to the application and purpose. It becomes a very practical container that can be used after being switched.

  That is, the present invention has a box shape with an upper opening and a right and left separate tilted box shape in which the left and right bottom portions and the left and right side wall portions are inclined to the opposite sides with respect to the bottom pivot portion at the bottom center. The deformation container can be freely switched to a state, and can be easily switched to the two storage forms and can be placed.

  Furthermore, in other words, it can be used as a normal box or a box with a lid as a box-shaped state with an upper opening, and by rotating the half to the left and right respectively with the bottom pivoting portion as a fulcrum, The left and right bottom parts and the left and right side wall parts can be transformed into a right and left separate inclined box shape with the landing part as a boundary, and can be used, for example, as an inclined stocker.

  Further, in the invention described in claim 2, it is possible to stack up and down in any storage form, and in the invention described in claim 3, if stacking is performed in the storage form when the left and right separate type inclined box shape is used. While being stacked, the upper opening is not completely closed, and an inclined opening that can be input to the left and right is formed.

  For example, it can be stacked and stored in a normal box shape, and can be stacked even if it is deformed. In this case, for example, an inclined stocker such as a bottle stocker that can be put in and out in an inclined state from side to side is stacked, so Can be used as a shelf in which an inclined opening that can be taken in and out is formed vertically.

  In other words, for example, it can be used as a stackable box-shaped container that can be efficiently mounted on the vehicle during camping, or the left and right bottom and left and right side walls are inclined with the bottom pivoting portion as a boundary by rotating the half to the left and right By switching to the right and left separate inclined box shape and stacking, it becomes an excellent deformable container that can be used as a shelf having a plurality of upper and lower inclined openings.

  Further, in the invention described in claim 4, while being able to be placed in any of the storage forms changed in deformation, each form is surely retained, and it becomes an extremely excellent deformation container that can be carried as it is. .

  In the fifth and sixth aspects of the invention, the lifting handle as the lifting operation portion is lifted, the left and right halves are rotated outward, and the left and right bottom portions and the left and right side portions are separated from the bottom pivoting portion. This is a very practical container container that can be switched to a left and right separate inclined box shape with the side wall portions inclined.

  Further, in the inventions according to the seventh and eighth aspects, the deformation container can be easily switched by deformation with a simpler operation, and can be switched and held with a simple configuration.

It is a perspective view in the box shape state of the upper opening type of the first embodiment. It is a perspective view in the inclined box shape state of the left-right separate type of 1st Example. It is an explanatory perspective view showing the state where it was stacked in the box shape of the upper opening type of the first embodiment. It is a description perspective view which shows the state stacked in the right-and-left separate type inclined box-type state of 1st Example. It is an operation explanatory perspective view of the box shape of the upper opening type which shows the deformation change mechanism of the first example. It is an operation explanation perspective view of a right and left separate type inclined box shape state showing a deformation change mechanism of the first example. It is operation | movement explanatory front view of the box shape of an upper opening type which shows the deformation | transformation switching mechanism of 1st Example. It is an operation explanation front view of a right and left separate type inclined box type state showing a deformation change mechanism of the first example. It is a description perspective view of the leg member for stacking which constitutes the mounting part of the 1st example, and the mounting part at the time of deformation. It is a description front view at the time of stacking in the box shape state of the upper opening type which shows the leg member for stacking of 1st Example. It is a description front view at the time of stacking in the right-and-left separate type inclined box shape state which shows the leg member for stacking of 1st Example. It is an explanatory back view of the leg member for stacking at the time of stacking in the box shape of the upper opening type of the first embodiment. It is an explanatory side view of the leg member for stacking at the time of stacking in the right and left separate type inclined box shape state of the first embodiment. It is a description front view of the leg member for stacking at the time of stacking in the right-and-left separate type inclined box type state of a 1st example. It is a perspective view in the box shape state of the upper opening type of the second embodiment. It is an explanatory perspective view in the box shape state of the upper opening type of the second example. It is a perspective view in the inclined box shape state of the left-right separate type of 2nd Example. It is a description perspective view which shows the state stacked in the box shape of the upper opening type of 2nd Example. It is a description perspective view which shows the state stacked in the right-and-left separate type inclined box shape state of 2nd Example. It is an operation explanatory front view of the box shape of the upper opening type which shows the deformation change mechanism of the 2nd example. It is an operation explanation enlarged front view in a lock bar release state in the box shape of the top opening type which shows the deformation change mechanism of the 2nd example. It is an operation explanatory front view in the middle of deformation rotation showing the deformation switching mechanism of the second embodiment. It is an operation explanatory front view in the middle of deformation rotation showing the deformation switching mechanism of the second embodiment. It is an operation explanation enlarged front view in a lock bar release state in a right-and-left separate type inclined box shape state which shows a deformation change mechanism of the 2nd example. It is a front view explaining operation | movement of the left-right separate type inclined box-shaped state which shows the deformation | transformation switching mechanism of 2nd Example. It is a description front view at the time of stacking in the box shape state of the upper opening type which shows the leg member for stacking of 2nd Example. It is a description front view at the time of stacking in the inclined box type state of the left-right separate type which shows the leg member for stacking of 2nd Example. It is a description perspective view of the leg member for stacking which constitutes the mounting part of the 2nd example, and the mounting part at the time of deformation. It is an explanatory back view of the leg member for stacking at the time of stacking in the box shape of the upper opening type of the 2nd example. It is an explanatory side view of the leg member for stacking at the time of stacking in the right and left separate type inclined box shape state of the 2nd example. It is a description front view of the leg member for stacking at the time of stacking in the right-and-left separate type inclined box type state of the 2nd example.

  An embodiment of the present invention which is considered to be suitable will be briefly described with reference to the drawings showing the operation of the present invention.

  The stored items are stored in the upper-opened storage body A, and for example, they are stacked and placed in the storage space for storage.

  From the box shape of the upper opening shape, the deformation switching mechanism B causes the half body 1 to rotate outwardly with the bottom pivoting portion 2 as a fulcrum, and the left and right bottom portions 3 with the bottom pivoting portion 2 as a boundary. In addition, the left and right side wall portions 4 can be transformed into a right and left separate inclined box shape with the inclined state, and the storage state can be switched.

  As a result, the left and right sides are switched to the storage form inclined to the left and right sides, respectively, with the center bottom pivot part 2 as a boundary, and can be used as, for example, an inclined stocker, and can be stored left and right by stacking, for example. It can also be used as a shelf having a plurality of upper and lower inclined openings 14 through which objects can be taken in and out.

  A specific first embodiment of the present invention will be described with reference to the drawings.

  In this embodiment, the inner opposing edges of the bottom 3 of the left and right halves 1 are pivotally attached to each other so that they can be deformed. The left and right bottom parts 3 and the left and right side wall parts 4 are inclined with respect to the bottom part pivoting part 2 as the bottom pivoting part 2 rises relative to the mounting part at the left and right end parts of the bottom part 3. It is configured to be freely switchable to a separate inclined box shape.

  Specifically, the upper-opening rectangular box (housing body A) is formed by abutting the half-shaped body 1 having an L-shaped cross section divided so as to cut the center of the bottom plate of the upper-opening rectangular box. The inner opposite edges of the bottom 3 (bottom plate) of the left and right halves 1 are butted and connected via a hinge using a hinge or the like, and the bottom pivoting portion 2 at the center of the bottom is connected. The bottom 3 is foldably provided at the fulcrum and is configured to be bent so that the left and right bottom surfaces are inclined in opposite directions with the bottom pivoting portion 2 (butting center edge) as a boundary. .

  That is, in other words, the bottom pivoting portion 2 is lifted upward as compared to the left and right end portions, with the bottom pivoting portion 2 having the center butt center edge that cuts through the bottom portion 3 as a bent edge as a fulcrum. As the configuration in which each of the left and right half bodies 1 is rotated outward so that the corner portion of the end portion becomes the mounting portion, the box shape of the upper opening type and the inclined box shape of the left and right separate type The above-described two types of storage forms can be changed freely and can be held and placed.

  Further, in the present embodiment, the placement portion that is placed and locked in a positioning state on the placement receiving portion provided on the upper portion of the storage body A at the left and right end portions (four corners) of the lower portion of the storage body A. 7 is provided so as to be freely stackable, and the upper edge when deformed by the deformation switching mechanism B to form the left and right separate type inclined box shape is used as a loading receiving portion during deformation, and is locked to the upper edge. The deformation placing section 8 is provided so as to be stackable even after deformation switching.

  Specifically, in this embodiment, as described above, the stacking leg members 15 having a shape that can be stably stacked in the locked state in any storage form are provided at the four corners of the bottom 3 of the storage body A. The leg member 15 is configured as the mounting portion 7 and the mounting portion 8 at the time of deformation.

  The leg member 15 has a shape in which a bulging portion that performs a positioning action when stacking in the box-shaped state protrudes from the peripheral portion of the back surface, and the lower member A of the lower storage body A when stacking in the inclined box-shaped state. It is the shape which provided the groove part which an upper edge latches.

  That is, in this embodiment, another storage that is stacked on the upper edge of the upper portion of the storage body A that is deformed by the deformation switching mechanism B to be in the state of the left and right separate-type inclined box is used as the mounting receiving portion during deformation. When the groove part of the mounting part 8 at the time of deformation of the bottom part 3 of the body A is locked and placed and stacked, the inclined opening 14 into which the stored item can be put is exposed to the left and right.

  Therefore, for example, it can be used as a stackable box-shaped container that can be efficiently mounted on a vehicle at the time of camping, or the left and right half parts 1 and left and right bottom parts 3 and The side wall 4 is changed to the left and right separate inclined box shape in which the side wall portion 4 is inclined, and is stacked for stacking, so that the shelf can be used as a shelf having a plurality of inclined openings 14 on the left and right.

  More specifically, in the first embodiment shown in FIGS. 1 to 14, a lifting portion 5 (connecting portion 5) for lifting the left and right halves 1 and a lifting operation portion 6 (lifting handle) for lifting the lifting portion 5. 6) and the lifting operation portion 6 is lifted so that the bottom pivoting portion 2 is raised with respect to the left and right end portions of the bottom portion 3, and the left and right half bodies 1 are moved around the bottom pivoting portion 2 as a fulcrum. A deformation switching mechanism B including a pulling-time turning mechanism 9 (switching turning permission mechanism 9) that turns each outward is provided.

  Specifically, the lifting part 5 employs a connecting plate that pivotally connects the lower ends to the left and right halves 1, and the upper part of the lifting part 5 is turned around both ends of the lifting operation part 6. When the lifting operation section 6 that is movably connected and the lifting handle 6 is lifted, each lifting section 5 is inclined or bent in an inverted C shape so that it is connected to each lower half 1. The distance between the lower connecting portions 11 is allowed to approach, and the bottom pivoting portion 2 rises as compared to the mounting portions 7 at the left and right end portions of the bottom portion 3 so that the left and right half 1 The pulling-up turning mechanism 9 is configured so that each can be turned outward.

  That is, by lifting the storage body A by holding the lifting operation portion 6, the distance between the lower connecting portions 11 at the lower end of each lifting portion 5 is reduced by automatically or manually pushing the storage body A. The deformation switching mechanism B is configured so that it can be switched from the box-shaped state to the left-right separate-shaped tilted box-shaped state by tilting it in a letter shape and raising the center bottom pivoting portion 2.

  More specifically, in the present embodiment, plate-like lifting portions 5 are vertically suspended as connecting portions 5 at both ends of the lifting operation portion 6 to be the lifting handle 6, and the lower ends of the lifting portions 5 are The bottom pivoting portion 2 is pivoted at a position intermediate between the bottom pivoting portions 2 at the lower part of each half body 1.

  When the lifting operation unit 6 is lifted to lift the storage body A, the left and right halves 1 are set to automatically rotate outward with the bottom pivoting portion 2 as a fulcrum by their own weight.

  At this time, in order to automatically rotate each half body 1, each lifting portion 5 tilts outward to form an inverted C shape, and the bottom pivoting portion 2 is compared to the left and right end portions. Therefore, it is necessary to make it the structure which accept | permits the lower connection part 11 of the raising part 5 and the half body 1 approaching, ascending.

  Therefore, the lifting portion 5 may be a wire, but in order to hold each deformed storage form in a locked state and to use the lifting operation portion 6 at the time of deformation as a carrying handle, the lifting portion 5 is used in this embodiment. It is set as the plate-shaped connection part 5, and it is set as the structure which can each tilt in reverse C shape.

  The pulling portion 5 may be sufficiently bent so that the positions of the lower connecting portions 11 are allowed to approach each other. In this embodiment, the pulling operation portion 6 is rotated around the pulling operation portion 6. A rotation operation tilting mechanism 10 for tilting each of the lifting portions 5 connected to the lifting operation portion 6 in the reverse C shape by moving is provided, and the lifting operation portion 6 is lifted and rotated. Thus, the deformation switching mechanism B is configured so that the rotation operation tilt mechanism 10 is operated and the deformation is switched to the left and right separate tilt box shape.

  That is, in this embodiment, the upper end of the lifting portion 5 is pivotally attached to both end surfaces of the lifting operation portion 6 to be pivotally attached, and the shapes of the both end surfaces of the lifting operation portion 6 are set and the lifting operation is performed. By rotating the portion 6, the tilting direction of the both end faces is changed so that each of the lifting portions 5 is allowed to tilt in an inverted C shape, while lifting the lifting operation portion 6. It is configured to automatically change the shape from the box shape to the tilted box shape by the weight of each half body 1 by turning operation, and when the box shape state is set again, the pulling operation portion 6 is reversed. It is configured so that it returns to the ground by rotating and pressing automatically or by further pressing with a hand.

  Further, the deformation switching mechanism B is provided with a box-shaped holding mechanism 12 that holds the box shape of the upper opening type and an inclined box-type holding mechanism 13 that holds the left and right separate-type inclined box shape, When pulling up the operation part 6 of the deformation switching mechanism B in the case of carrying the storage body A in the box shape of the upper opening type and in the case of carrying the storage body A in the state of the inclined box shape of the left and right separate type. The structure is a handle.

  Specifically, in the first embodiment, a holding locking hole 17 into which the holding locking portion 16 is inserted and locked is provided in the lifting portion 5, and the holding locking portion 16 is inserted when the deformation is completed. The lifting portion 5 is operated and inserted into the holding locking hole 17 provided at the position, and the locking portion provided in the holding locking hole 17 is press-fitted and held at a position where the lifting portion 5 is slightly moved. The protrusion 18 is configured to be retained and locked to the hole edge of the holding locking portion 16, and when it is deformed, the lifting portion 5 is moved again and tilted further forward to hold the holding locking hole 17. Then, the holding latching portion 16 is removed and the deformation is switched as described above.

  Next, a specific second embodiment of the present invention will be described with reference to FIGS.

  In the present embodiment, as in the first embodiment, a lifting handle 6 is provided on the upper part of the connecting portion 5 connected to each of the left and right halves 1, and the bottom pivoting portion 2 is manually or automatically attached to the upper portion. A switching rotation allowing mechanism 9 for moving the left and right half bodies 1 outward with the bottom pivoting portion 2 as a fulcrum and the lifting handle 6 are raised with respect to the left and right end portions of the bottom portion 3. From the box-shaped holding mechanism 12 that holds the box shape of the upper opening shape when it is lifted up or simply placed, and the inclined box-type holding mechanism 13 that holds the left and right separate type inclined box shape It is set as the structure provided with the deformation | transformation switching mechanism B which consists.

  Specifically, in this second embodiment, each of the left and right halves 1 constituting the storage body A is provided with the connecting portion 5 so as to be rotatable, and the connecting portion 5 is installed in the erected state. The handle 6 is pivotally attached, and the lifting handle 6 for lifting and transporting the storage body A to the left and right of the storage body A is provided in an opposing state. That is, as the left and right halves 1 are rotated at the time of deformation switching (deformation rotation), the connecting portion 5 rotates around the rotation fulcrum 21 and is connected to the position of the lifting handle 6. The switching rotation permission mechanism 9 is configured to change.

  More specifically, the same structure is provided on both sides of the storage body A. However, if the switching rotation permission mechanism 9 including the lifting handle 6 on one side, the connecting portion 5 and the like is described, A plate-like connecting portion 5 is pivotally attached to the outer surface along the individual outer surfaces with the vertical direction as a rotating surface, and the outer ends of the connecting portions 5 provided on the left and right half bodies 1 are respectively connected to the outer ends. Each end of the lifting handle 6 is pivotally connected via a hanging part, and the opposite end of each connecting part 5 abuts and locks on the upper side of a stopper part 19 to be described later, so that an upper opening type box-shaped state is obtained. It is configured to be retained.

  In addition, the stopper portion 19 that prevents the rotation of the connecting portion 5 at a predetermined position is provided, and the box-type holding mechanism 12 that holds the box shape of the upper opening type, and the left and right separate type inclined box. An inclined box-shaped holding mechanism 13 that holds the shape state is configured.

  More specifically, as described above, the plate-like connecting portions 5 are provided on the outer surfaces on both sides of each of the left and right halves 1 so as to be rotatable along the outer surfaces, and this connecting portion 5 rotates the mounting pivot portion. A fulcrum 21 is provided so as to be pivotable on the rotation surface in the vertical direction along the outer surface of each left and right half body 1, and lifted so as to be installed between the connecting portions 5 provided on the outer surface of each left and right half body 1. It is configured to be pivotally connected to the handle 6.

  In other words, in the second embodiment, the lower ends of both ends of the lifting handle 6 are connected to the outer ends of the left and right connecting portions 5 and the lifting handles 6 are lifted or the left and right half bodies 1 are moved outward. Each of the connecting portions 5 is configured to rotate about the rotation fulcrum 21 as it is deformed and rotated.

  The connecting parts 5 provided on the left and right halves 1 on both sides by lifting the lifting handles 6 similarly configured on both sides of the storage body A or by manually pressing the left and right halves 1 to deform and rotate. Is rotated and the switching rotation permission mechanism 9 is configured so that the position of the lifting handle 6 changes.

  Then, the box-shaped holding mechanism 12 and the inclined box-shaped holding mechanism 13 are configured by projecting the stopper portion 19 for preventing the rotation of the connecting portion 5 at a predetermined position for each connecting portion 5. doing.

  In this embodiment, one stopper portion 19 is provided for each connecting portion 5 so that the stopper portion 19 of the box-shaped holding mechanism 12 and the stopper portion 19 of the inclined box-shaped holding mechanism 13 are shared. When the part 5 rotates forward and backward, the stopper part 19 is configured to abut against each stopper part 19 from the opposite side and to perform a stopper action.

  Therefore, in the present embodiment, the connecting portion 5 that rotates when deforming and rotating in each storage form is prevented from rotating, so that each storage form is held even when the lift handle 6 is lifted. The single stopper portion 19 constitutes a box-shaped holding mechanism 12 and an inclined box-shaped holding mechanism 13.

  The second embodiment further includes a rotation lock mechanism 20 that holds a rotation position that is prevented from rotating by the stopper portion 19 of each connecting portion 5.

  Specifically, in the state of each storage mode, the rotation of each connecting portion 5 is prevented by the rotation of the left and right half bodies 1, and the storage body A composed of the left and right half bodies 1 by the lifting handle 6. Can be lifted, but if the force that pushes down the lifting handle 6 against the storage body A by pushing the lifting handle 6 downward is applied, the connecting portion 5 returns and rotates. The rotation lock mechanism 20 is also provided to lock the holding state of each storage form in which the rotation of the portion 5 is blocked by the stopper portion 19.

  Specifically, a lock bar 22 is rotatably installed between the left and right hanging parts of the lifting handle 6, the lock bar 22 is rotated from the release position to the locking position, and is connected between the hanging parts. The portion 5 becomes unrotatable, and each storage form lock holding state is locked. That is, when the lock bar 22 is raised and rotated upward in a box shape with an upper opening, the lock bar 22 (its horizontal elongate portion) is positioned at the upper edge of each connecting portion 5. The lifting handle 6 is pushed down to prevent the connecting portion 5 from returning and rotating. That is, the lock bar 22 is engaged with the connecting portion 5 so that the return movement of the connecting portion 5 is prevented and each storage form is locked.

  Further, the lock bar 22 can be retracted and rotated downward to release the lock, and the connecting portion 5 can be rotated to rotate the left and right halves 1 outward to deform and rotate. When the lock bar 22 is lifted upward and rotated again when the tilted box is in a later state, the lock bar 22 (horizontal long flange portion) is disposed between the connecting portions 5 and is locked between the connecting portions 5. By doing so, the return rotation of the connecting portion 5 is prevented, and the storage form is locked.

  The present invention is not limited to the first embodiment and the second embodiment, and the specific configuration of each component can be designed as appropriate.

DESCRIPTION OF SYMBOLS A Storage body B Deformation switching mechanism 1 Half body 2 Bottom part pivoting part 3 Bottom part 4 Side wall part 5 Connection part, Lifting part 6 Lifting handle, Lifting operation part 7 Mounting part 8 Deformation mounting part 9 Switching rotation permissible mechanism , Lifting mechanism
12 Box-type holding mechanism
13 Inclined box holding mechanism
14 Inclined opening
19 Stopper
20 Rotation lock mechanism
21 Rotating fulcrum

Claims (8)

  The upper opening-type storage body is configured to be freely deformable by pivoting the inner facing edges of the bottom of the left and right halves, so that each of the halves can be turned left and right outward from the box shape of the upper opening. In addition, the bottom pivot part rises as compared to the left and right ends of the bottom part, and the left and right bottom parts and the left and right side walls are inclined with respect to the bottom pivot part. It can be configured to be deformable and switchable, and can be switched between two types of storage forms, the upper opening box-shaped state and the left and right separate-shaped inclined box-shaped state, and can be placed while holding the respective forms. A deformed container characterized by having a configuration.   At the bottom of the storage body, a mounting portion that is mounted on a mounting receiving portion provided at the top of the storage body is provided so as to be stackable, and at the top when the left and right separate type inclined box shape is formed. The deformation container according to claim 1, wherein a deformation placement portion that is placed on the provided deformation placement receiving portion is provided so as to be stackable even after deformation switching.   When the deformation mounting portion at the bottom of another storage body to be stacked is placed on and stacked on the deformation mounting support portion on the upper portion of the storage body in the left and right separate inclined box shape state The modified container according to claim 2, wherein the inclined opening portion into which the stored item can be put is exposed to the left and right.   A lifting handle is provided at the upper part of the connecting part connected to each of the left and right halves, and the bottom pivot part is raised manually or automatically with respect to the left and right ends of the bottom part. A switching rotation allowing mechanism for rotating the left and right halves outwardly with a fulcrum as a fulcrum, a box-shaped holding mechanism for holding the upper-opened box-shaped state, and the left-right separate-shaped inclined box-shaped state The deformation container according to any one of claims 1 to 3, further comprising a deformation switching mechanism including an inclined box-shaped holding mechanism that holds the container.   The lifting handle serving as the lifting operation portion is provided on the upper portion of the connecting portion that serves as a lifting portion that is coupled to the left and right halves, respectively, and the lifting handle that lifts and transports the storage body to the left and right of the storage body faces each other The lifting handle as a lifting operation portion for lifting the lifting portion is lifted, and the bottom pivoting portion is lifted manually or automatically with respect to the left and right end portions of the bottom portion. 5. The deformable container according to claim 4, wherein the switching rotation permission mechanism is configured to be a pulling-up rotation mechanism that rotates the left and right halves outward with a portion as a fulcrum.   When the lifting handle that serves as the lifting operation portion is lifted, the lifting portions are inclined in an inverted C shape, and the bottom pivoting portions are placed on the mounting portions at the left and right end portions of the bottom portion. The box turning mechanism is lifted so that the left and right halves are rotatable outwardly, and the container is lifted by holding the lifting operation portion, and the box The deformation container according to claim 5, wherein the deformation switching mechanism is configured to perform deformation switching from a shape state to the left and right separate-type inclined box shape state.   Each of the left and right halves constituting the storage body is provided with the connecting portion so as to be rotatable, and the lifting handle is pivotally attached to the connecting portion in a erected state. The lifting handles that lift and convey the left and right halves are provided in an opposing state, and the connecting portions rotate around the rotation fulcrums as the left and right half bodies are rotated when the deformation is switched, so that the positions of the lifting handles Is configured to change so as to constitute the switching rotation permission mechanism, and a stopper portion that prevents the rotation of the connecting portion at a predetermined position is provided to hold the box shape state of the upper opening shape. 5. The deformable container according to claim 4, wherein a mechanism and an inclined box-type holding mechanism that holds the left and right separate-type inclined box shape are configured.   A box-shaped holding mechanism for holding the box-shaped state of the upper opening type, and a rotation-type locking mechanism for holding a rotation position that is prevented from being rotated by the stopper portion of each of the connecting portions; The deformation container according to claim 7, wherein an inclined box-shaped holding mechanism that holds the inclined box-shaped state is configured.

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