JP2020044300A - Sheet taking-up storage - Google Patents

Abstract

To provide a storage unit that can be also used as a three-dimensionally highly versatile gardening article, if utilized for planting.SOLUTION: A fastener is installed on a drawer side 75 which is a side part having a variable length when a constitution sheet 10 is drawn out from a wound state. Also, a hook is provided, as a front side engaging part 30 to function as an engaging part, on a front side 9 corresponding to a side in front which is a travelling direction when the constitution sheet 10 is drawn out from the wound state. In addition, on the side face of a rotary support fixture 7, there is installed a hook-and-loop fastener as a lateral connection part 20 to function as a support engaging part which can engage with a support material for holding the position of a sheet taking-up storage article 1. Furthermore, on the upper face of the rotary support fixture 7, a fitting part is provided as a vertical connection part 4. Each of these parts may be a structure that can engage with the support material, or may be a structure that is connected to another sheet taking-up storage article 1.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a storage device that mainly contributes to plant growth and greening, and arrangement of small items. Specifically, by freely adjusting an arrangement area and an arrangement position, it is possible to store many plants and miscellaneous goods, and to arrange these. The present invention relates to a decorative storage device that can provide a novel decoration by freely laying out, and contributes to promoting aesthetic greening and improving work efficiency.

  Conventionally, a variety of storage tools have been proposed for storing miscellaneous goods and the like. Since such storage tools are functionally stored, there are storage tools for the purpose of fashion and decoration rather than storage efficiency. However, it can be said that there is no storage tool that can be adjusted on the spot to the shape of the storage space area or the arrangement place, and furthermore, the storage position can be arranged.

  In addition, there is an increasing number of people who use plants for decoration in stores and the like and enjoy them as gardening for home use. For such decoration, a method using a flower bed, a planter, hanging, or the like is used. However, there is a problem that the weight is limited in the case of hanging such as a type of hanging with a wire or the like, and the number and types of plants are limited, and a problem that the range of arrangements and variations is limited in decoration with a pot or a planter. is there.

In addition, there is a problem that when decorating a wide area using flowers, a large burden is imposed on watering a large number of pots and the like. Therefore, it can be said that there is a demand for a decorative tool that can freely correspond to a small decorative range to a large decorative range, and that can correspond to any layout and free arrangement of the creator. In particular, in the decoration of shop windows and the like, it can be said that there is a need for a technique for easily performing decoration using a stylish plant full of individuality.

  Therefore, various techniques have been conventionally proposed. For example, Patent Literature 1 discloses a technique in which the title of the invention is “flower hanging bag and flower hanging set”, which is a known technique (see Patent Literature 1). Specifically, `` a window with a cross-shaped notch is formed at a plurality of front portions of the bottomed bag body, so that it can be hung on the eaves, or when used by hanging it on a trellis etc. Moreover, as the flowers grow, the exposed bags themselves gradually become hidden, so that there is not much artificial sensation and naturalness can be maintained, and handleability is greatly improved. " is there. However, the invention described in Patent Literature 1 cannot be said to be freely decorated because the insertion opening is fixed, and has not solved the above-mentioned problem.

Patent Literature 2 discloses a technique in which the title of the invention is “unit-type gardening rack” and is a known technique (see Patent Literature 2). Specifically, `` a plurality of types of strip-shaped poles having a base for self-standing grounding and having different lengths, and having a vertical dimension equal to the length of each of the plurality of types of strip-shaped poles and a width dimension of A plurality of types of hanging grid panels, all formed in the same size, were made to protrude from both sides in the width direction of the insertion groove and the engaging portion formed on both side portions of the band-shaped pole and the hanging grid panel. A plurality of types of self-supporting gardening racks having different forms can be assembled in a vertical plane through insertion engagement means with the protruding pieces. " However, although the invention described in Patent Document 2 can freely decorate many plants, it is necessary to assemble and fix large members, and it is only a matter of securing space and gathering decorated individuals. Since it cannot be said that the decoration is a free decoration by the invention main body, the above-mentioned problem has not been solved.

  The inventor has received a patent for a technology that sets the title of the invention as “cylindrical greening unit”. (See Patent Document 3) Specifically, “Consisting of at least one or more case members, the case members are substantially rectangular, bendable in the width direction, and have fastener elements on both sides along the longitudinal direction. The case member is formed into a hollow hollow body by connecting the elements with a slider of a fastener, and a plant culture substrate is introduced into the hollow body, and the slider is provided with two or more sliders for one fastener structure. Installed, and by adjusting the position of the slider, a part of the fastener can be used as an opening, and a plant can be planted from the opening to the plant culture substrate. " However, since a plurality of fastener sliders are used, there is still a problem that manufacturing cost and labor are required, and it can be said that issues such as development of simpler members and structures should be pursued.

JP 2001-186816 A JP-A-2000-041814 Patent No. 5495198

By making effective use of all the space that can be stored and by arranging design, beautiful decorations can be made using small items such as miscellaneous goods and plants. When used for planting, gardening supplies with a high degree of freedom in three dimensions Provide an accompanying storage unit.

The present invention relates to a rotary support device in which a sheet winding storage tool is configured such that one or more constituent sheets (10) made of a substantially sheet-shaped material having flexibility are rotated around a rotary winding shaft. And the rotation supporter has a function of rotating the configuration sheet (10) around a rotary winding shaft and winding the configuration sheet (10), and holding a position of the configuration sheet (10) in a rolled state. The take-up / storage tool comprises a support member for holding the position of the sheet take-up / storage tool, a supportable locking portion or a handle which can be locked, and the constituent sheet (10) has a fastener or a plurality of locking portions. Is provided along a drawer side (75) which is a side part (18) whose length is variable by being pulled out from the winding tool, and when the drawer is pulled out, the zipper is used. Or the side locking part Therefore, the hollow storage portion (11) having a variable length can be provided by being provided so that two or more of the constituent sheets (10) are locked to each other and a part or all of the two or more constituent sheets face each other. Employ means that can be formed.

Further, the present invention provides the above-mentioned bridge-faced facing sheet by providing one or more constituent sheets (10) made of the above-mentioned flexible substantially sheet-shaped material wound around a lined support member (102). Means for forming a hollow storage portion (11), which is a space sandwiched between the constituent sheets (10), may be employed.

Further, the present invention provides a front side which is a front side in a traveling direction in which the constituent sheet is pulled out from a state in which the constituent sheet is wound together with the side edge locking portion when the constituent sheet is pulled out. Alternatively, a means that includes a fastener or a front-side locking portion as a locking portion and that can lock two or more of the constituent sheets to each other or to a support member may be employed.

Further, the present invention may employ a means in which the front side locking portion is a fastener.

In addition, the present invention further includes a horizontal connecting portion, wherein the sheet winding and storing tool is connectable such that the rotation winding axes are substantially parallel to each other. It is also possible to adopt a means in which the two or more constituent sheets can be provided so as to face each other by being laterally connected by the connecting portion.

In addition, the present invention further includes a vertical connection portion which is vertically connectable so that the sheet winding and storing tools are substantially on the same rotating winding shaft, and the two or more sheet winding and storing tools are provided. However, a means capable of increasing the size of the hollow storage portion by being vertically connected by the vertical connection portion may be employed.

Further, according to the present invention, the sheet take-up / storage tool includes a case portion that covers a portion where the constituent sheet (10) is wound, and the case portion passes when the wound constituent sheet is pulled out. It is also possible to employ a means having a winding outlet, which is a gap.

Further, the present invention provides a brake in which the constituent sheet (10) is not pulled out more than a certain amount, or the rotating winding shaft, which is wound so that the rotating support rotates around the rotating winding shaft. In order to avoid this, it is also possible to employ means with a draw-brake structure capable of applying a brake.

Further, according to the present invention, the front-side locking portion is provided along the drawing-out side inside the drawing-out side, and the configuration sheet (10) has a parallel configuration. In doing so, a means that can partially overlap the constituent sheet (10) may be employed.

The present invention also provides an opening wherein the constituent sheets are continuously and superimposedly locked, and the partially overlapped portion is provided so as to penetrate from the front side to the back side of the partially overlapped portion. Means provided with a part can also be adopted.

Further, according to the present invention, the width of the penetrating portion is narrowed or closed by partially or entirely locking the partially overlapping portion that is opened from the front side to the back side. Means can also be adopted.

Further, in the present invention, one of the two drawn-out sides (75) of the partially overlapping portion (15) that penetrates from the front side to the back side of the constituent sheet 10 and is open is formed. Means provided to be openable can also be adopted.

Further, the present invention may employ a means in which the constituent sheet 10 is a magnet sheet or a self-adsorbing sheet.

Further, the present invention may employ means having a slide box, wherein the fastener is a slidable box.

Further, the present invention may employ means in which the constituent sheet is an electronic display sheet typified by an inorganic or organic electroluminescent sheet.

Further, the present invention may employ means in which two or more constituent sheets are housed in a wound state in the case portion.

Further, the present invention is a winding storage unit configured by a sheet winding storage tool, wherein a fastener or a plurality of fasteners are provided on both drawing-out sides of the sheet (10) of the sheet winding storage tool. The two or more facing configuration sheets (10) are locked at the side locking portions, which are locking portions, and the front side or the rotating reel side of the configuration sheet (10) is locked at the front side. The hollow storage portion, which is a storage opening that is locked by a portion or a horizontal connection portion and does not become the bottom, is a front opening, or a storage opening that is an upper surface opening that can be opened or opened with the rotating reel side as an opening. It is also possible to employ a means for forming a winding storage unit having a variable length.

Further, the present invention is a winding storage unit configured by a sheet winding storage tool, wherein the constituent sheet (10) pulled out from the winding state of the constituent sheet of the one sheet winding storage tool is bent. As a result, the constituent sheet (10) faces, and faces the fasteners or the side-side locking portions, which are a plurality of locking portions, provided on the drawing sides on both sides of the configuration sheet (10). The constituent sheet (10) is locked, and the front side and the rotary winding shaft side are opened, or the storage opening is an upper opening that can be opened, and the length of the hollow storage section as the storage section is variable. It is also possible to employ a means for forming a winding storage unit.

Further, the present invention employs means in which the roll storage unit is provided with a handle on the storage opening side which is the upper surface opening of the roll storage unit, and is a handbag with a variable length, or a wall storage tool. You can also.

Further, the present invention is a winding storage unit configured by a sheet winding storage tool, wherein the sheet winding storage tool is locked by a support member, and a sheet winding of the sheet winding storage tool is configured. A constituent sheet (10) pulled out of the state is bridged so as to face between support members and has a hollow storage portion 11, and a support bottom or a seat body bottom is provided at the bottom of the hollow storage portion 11. Means as a winding storage unit may be employed.

Further, the present invention may employ a means in which the sheet winding and storage tool is locked to a support member, and a plurality of constituent sheets (10) are connected by side locking portions.

Further, the present invention is a slit cartridge in which the support material is hollow and provided with a slit, and the slit cartridge can accommodate a plurality of wound constituent sheets therein, and accommodates an adapter, The height of the constituent sheet can be changed, and a means for pulling out the constituent sheet drawn out of the slit from the slit can be adopted.

Further, the present invention employs a sheet winding storage tool in which a plurality of constituent sheets (10) are locked by the support material and connected by side locking portions, thereby constituting a storage container. You can also.

In addition, the present invention can employ means configured by three or more of the constituent sheets (10) being locked by side locking parts.

Further, according to the present invention, in a configuration in which the side locking portion of the winding storage unit is a fastener, it is possible to employ means provided with a slider shift preventing device for preventing a shift of the position of the fastener.

Also, the present invention provides a sheet winding and storage tool in which a plurality of constituent sheets (10) are locked by the support material and connected by side locking portions. Are provided along, and the constituent sheets of the plurality of sheet take-up / storage tools are provided with a partially overlapping portion that partially overlaps with the side edge locking portion, and the partial overlapping portion is formed by the side edge locking portion. It is also possible to employ a sheet winding storage tool that can form a storage unit by being partially locked to each other so as to be openable.
In addition, the present invention may employ a means in which one of the constituent sheets (10) is used as a roll storage unit (0) provided with two of the sheet winding storage tools (1).
Further, according to the present invention, the width of the constituent sheet (10) is changed, or the drawing side (75) is curved, or the drawing side (75) with respect to the rotary winding shaft (5). Is not provided vertically, it is also possible to adopt a means in which the constituent sheet (10) is wound around the rotary winding shaft (5) while the drawer side (75) is shifted.

  ADVANTAGE OF THE INVENTION According to the roll storage part unit which concerns on this invention, in the free three-dimensional installation area regardless of indoors and outdoors, a storage area can be ensured by a free size according to an installation area, and space can be ensured. It has an excellent effect.

  ADVANTAGE OF THE INVENTION According to the winding storage part unit which concerns on this invention, regardless of indoors and outdoors, in a free installation area, a wide variety of plants can be cultivated simultaneously freely according to an installation area, and it is easy to water and temporarily move and install Since this is also possible, it has an excellent effect of reducing the work load in raising seedlings and horticulture and increasing the work efficiency.

  According to the winding storage unit according to the present invention, a large number of openings can be formed and can be mounted in accordance with the shape of a pillar or a wall. The present invention has an excellent effect that free decoration is possible in any place, with very few restrictions on place and environment, such as use as a storage unit for storing tools using columns and columns.

  According to the winding storage unit according to the present invention, since many bottoms of the pocket-shaped planting parts are open, it is possible to supply water to the whole by once watering from the upper part. It is effective.

  According to the winding storage unit according to the present invention, it is possible to decorate a different kind of plant in another pocket without moving a plant that does not need to be removed at the time of exchanging flowers, and it is also possible to decorate seeds and bulbs It has the excellent effect that it is possible to replace the annuals in another pocket while keeping the ones that bloom again and again, such as the perennials and the perennial herbaceous plants.

  ADVANTAGE OF THE INVENTION According to the winding accommodating part unit which concerns on this invention, the outstanding effect that a structural member is extremely few, and it is easy to manufacture with a simple structure and cost is not exhibited is exhibited.

  According to the winding storage unit according to the present invention, by utilizing the configuration in which the unit is hung in the air without contacting the ground, the yield per unit area is improved without being affected by contaminated soil and flood damage. It has an excellent effect of being able to do so.

FIG. 2 is an explanatory diagram of a basic configuration of a sheet winding and storage tool according to the present invention. FIG. 3 is an explanatory diagram of a configuration in which the roll storage unit according to the present invention is configured by one sheet winding storage tool. FIG. 3 is an explanatory diagram of a configuration in which the roll storage unit according to the present invention is configured by one sheet winding storage tool. FIG. 3 is an explanatory diagram of a configuration in which a winding storage unit according to the present invention includes two sheet winding storage tools. FIG. 3 is an explanatory diagram of a configuration in which a winding storage unit according to the present invention includes two or more sheet winding storage tools. FIG. 3 is an explanatory diagram of a configuration in which sheet winding and storage tools according to the present invention are provided in an overlapping manner. It is explanatory drawing of the structure with which the winding accommodation part unit which concerns on this invention is provided in a support material. FIG. 3 is an explanatory diagram of a configuration in which a support member according to the present invention is a slit cartridge. It is explanatory drawing of the Example in which the roll storage part unit which concerns on this invention was provided in the support material. It is explanatory drawing of the Example in which the roll storage part unit which concerns on this invention was provided in the support material.

The sheet winding and storage tool 1 according to the present invention includes a winding storage unit 0 that is a storage bag or a storage unit whose size can be freely adjusted by a sheet winding structure, and a winding that configures the winding storage unit 0. One or more constituent sheets 10 made of a flexible, substantially sheet-like material, which is a storage tool of a type, are rotated around a rotary winding shaft 5 by a take-up device and wound around the rotation support device 7. The rotation support member 7 has a function of rotating the configuration sheet 10 around the rotary winding shaft 5 and holding the position of the configuration sheet 10 in a rolled state, and The storage tool 1 is provided with a support locking portion that can be locked on a support member 102 that holds the position of the sheet winding storage tool 1, and the constituent sheet 10 has a fastener or a plurality of locking portions. Side An engaging portion 8 is provided along an extraction side 75 which is a side portion whose length is variable by being pulled out from the winding device, and when pulled out, the fastener or the side edge engaging portion 8 is provided. By locking two or more of the constituent sheets 10 together, the length of the sheet storage tool can be changed, so that a storage container whose size can be freely changed according to the TPO can be configured. Thus, it is possible to exhibit the usefulness that a bag, a bag, or another storage container can be configured in which the size, material, and the like of the part can be freely changed, particularly according to the storage object, application, space, and the like. .

Hereinafter, the sheet winding and storage tool 1 and the roll storage unit 0 according to the present invention will be described with reference to the drawings. However, the shapes, arrangements, and the like shown in the drawings are merely examples, and can be changed within a range in which the characteristic effects of the present invention are exhibited.
In addition, the respective configurations and descriptions in the following drawings are merely representative of the configurations and descriptions in the drawings, and the respective configurations and descriptions in the other drawings are also different from each other. That is applicable.

FIG. 1 shows a basic configuration of a sheet winding and storing tool 1. The sheet winding and storing tool 1 is a tool for forming a winding and storing unit 0. The winding and storing unit 0 is a sheet winding and storing unit. The storage tool 1 constitutes a storage section.
FIG. 1A shows a side portion in which a constituent sheet 10 is provided rotatably wound by a rotation support member 7 and whose length is variable by being pulled out of the wound state of the constituent sheet 10. A fastener is provided on a drawer side 75 that is a drawer side, and a front side 9 corresponding to a front side in a forward direction in which the constituent sheet 10 is drawn out when the constituent sheet 10 is pulled out from a wound state is a front side serving as a locking portion. A hook is provided as the side locking portion 30, and a lateral connection which is a supporting locking portion which can be locked to a supporting material 102 which holds the position of the sheet winding and storage tool 1 on a side surface of the rotary support 7. A hook-and-loop fastener is provided as the portion 20, and a fitting portion is provided on the upper surface of the rotary support 7 as the vertical connecting portion 4, each of which can be locked to the support member 102. As good as the other, sea It may be configured to be connected to the winding housing tool 1.

In this drawing, one slider 3 is provided on the fastener element 2 provided on the lower drawing side 75 of the two drawing sides 75, and the element 2 on the upper drawing side 75 is provided on the fastener 2. The slider 3 is not provided. In the example of the present configuration, the upper element 2 is configured to be locked in a pair with the lower element 2 of the sheet winding / storage tool 1 of another equivalent configuration. The number may be one or more for each of the upper and lower elements 2 as necessary.
Note that the fastener provided on the drawer side 75 is also the side locking part 8 and is locked with the side locking part 8 and the fastener of the other part of the constituent sheet 10.
In addition, since the draw-out side 75 is provided with the side-side locking portion 8 such as a fastener, when the constituent sheet 10 in which the draw-out side is parallel and straight is wound straight, the draw-out side 75 Since the winding of the part becomes thick and bulky, the width of the constituent sheet 10 is changed, such as gradually changing, or the drawn side is formed into a curved line such as a wavy line or a broken line, or the drawn side 75 is displaced diagonally. With the configuration in which the draw-out side is not provided perpendicularly to the rotary winding shaft 5 so that the draw-out side portion is wound, the draw-out side portion does not completely overlap when wound, and it is difficult for the portion to be thickened. Is useful.
Further, the front side locking portion 30 is configured to be lockable with other portions of the constituent sheet 10, the support member 102, the support locking portion, the case portion 6, and the like according to the application. In some cases, the handle may be used as a handle for holding the position of the sheet winding and storage tool 1 by hand.

The side-side locking portion 8 or the front-side locking portion 30 may be the fastener or the hook, or any other configuration that can be locked to the above-described portion. In addition, a hook, a button, a hook-and-loop fastener, a self-adhesion It may be a sheet, a string, a hole for locking, a hook, a handle, a magnet, a belt, or an adhesive, and is not limited as long as the same operation and effect as the present invention can be exhibited.
Further, the horizontal connecting portion 20 or the vertical connecting portion 4 which is a support locking portion may be configured to be locked with the support member 102 or another sheet winding and storing tool 1, and the hook-and-loop fastener or the fitting portion of the above-mentioned hook-and-loop fastener may be used. In addition, a hook, a button, a hook-and-loop fastener, a self-adhesive sheet, a string, a hole for locking, a hook, a handle, a magnet, a belt, an adhesive, an adhesive, and a bolt may be used. Not limited.

FIG. 1B is a cross-sectional view of a configuration in which the wound portion of the configuration sheet 10 in the configuration of FIG.
In such a configuration, the constituent sheet 10 is provided so as to be rotatably wound as a rotary winding shaft 5 that rotates around the core rod with the rod-shaped body serving as the rotation support member 7 serving as a core rod. 6, the configuration sheet 10 is drawn out as a take-out port 77 serving as a port for pulling out from the case section 6; Alternatively, a draw brake structure 79 for controlling winding is provided.
In this drawing, the draw-out brake structure 79 is provided at the take-up / draw-out port 77 in this figure, and is configured to apply a brake by sandwiching the constituent sheet 10. A brake may be applied by the rotation support member 7 so as to control the rotation about the shaft 5, and such a brake structure is not limited as long as the same operation and effect as the present invention can be exhibited.

In addition, the draw-out brake structure 79 provided at the take-up / draw-out port 77 is configured to remove dirt such as a spatula or a brush that removes dirt such as mud attached to the constituent sheet 10. The configuration may be such that the member 77 is used.
The winding of the constituent sheet 10 may be performed manually or may be performed automatically.
Further, the case section 6 may be configured so as to also serve as a rotation support 7 that is rotatably wound and provided to hold the winding position of the configuration sheet 10.

In addition, when the stripping member 79 is provided at the winding outlet 77 which is the outlet of the constituent sheet 10 from the winding tool 78 provided on the support member 102, the stripping member 79 is Has a function of removing dirt such as soil adhered to the constituent sheet 10 when the constituent sheet 10 is taken up by the take-up device 78, and particularly as a storage object S 2 which is a plant plant and the culture substrate 60. When soil, etc. are provided in the hollow storage portion 11, soil attached to the constituent sheet 10 can be removed. The stripping members 79 are desirably provided on both sides of the constituent sheet 10. However, when the inner direction when the hollow storage portion 11 is formed by the constituent sheet 10 is always determined, the direction corresponding to the inner side is determined. Only the stripping member 79 may be provided.

The shape of the stripping member 79 may be a spatula shape, a broom shape, or a material such as silicon, resin, wood, metal, or rubber, as long as the same operation and effect as the present invention can be exhibited. Not limited.

FIG. 2 and subsequent drawings are explanatory views of the configuration of the sheet rewinding storage tool 1 shown in FIG. 1 or an application configuration of the roll storage unit 0 or the like to which the configuration is applied.
FIG. 2 shows a configuration of the roll storage unit 0 which is a bag or a bag which can be changed in size using the sheet roll storage tool 1, and is shown in FIGS. 2 (a) and 2 (b). As described above, in such a configuration, it is possible to freely configure the winding storage unit 0 that is a bag or a bag whose size can be continuously changed, and FIG. 2 ( c) and FIG. 2 (d).

2 (a) and 2 (b) is composed of the sheet winding and storage tool 1 shown in FIG. 2 (c), and the sheet winding and storing unit 1 shown in FIG. 2 (c). In the tool 1, the constituent sheet 10 wound in the case portion 6 is pulled out from a take-out outlet 77, and the drawer sides 75 on both sides of the constituent sheet 10 are provided as fasteners 8 as side-side locking portions 8. Element 2 is provided, two sliders 3 are provided for each element 2 on each side, and a butterfly pin 14 is provided at the end on the front side 9 side of each element 2. It is.
2 (a) and 2 (b), the component sheet 10 drawn out of the case part 6 in FIG. Is inserted into the lower slider 3 provided on each element 2 shown in FIG. 2A, the slider 3 is lowered to a substantially bent portion where the component sheet 10 is bent, the fastener is closed, and the upper Of the component sheet 10 by moving the slider 3 in place of the zipper box 40 so as to prevent the fastener from being spontaneously opened from the butterfly pin 14 part by the butterfly pin 14 part. A configuration in which a winding storage unit 0 which is a bag body or a bag is formed in which the front side 9 is the upper opening 13 which is the opening 19 of the hollow storage 11 for storing the storage product (S). It is a side view of the winding storing portion unit 0 according is a diagram 2 (d).

With such a configuration, the inside area that is folded and overlapped is the hollow storage section 11 in which the storage items are stored.
Further, as shown in FIG. 2B, the winding storage unit 0 shown in FIG. 2A can be obtained by changing the length of the constituent sheet 10 to be pulled out and the position where the butterfly pin 14 is inserted into the slider 3. This is a configuration in which the size can be freely changed in various ways, and is useful.
In such a configuration, it is preferable that the slider 3 is provided with a stopper, which is a stopper, which is a stopper to prevent the slider 3 from moving freely during fastening.

Further, the slider displacement prevention device may be configured to function as a stopper in relation to the element 2 or the box 40, may be suppressed by engaging with a rod, a flexible sheet or a net, or may engage the plurality of sliders 3 with each other. The material may not be limited within a range in which the same effect as the present invention can be obtained.

The upper slider 3 is a slider 3 that holds the position of the butterfly pin 14 and prevents the fastener from opening without permission. The slider 3 has a butterfly on the side where the butterfly pin 14 is inserted. The slide box 40 may be a slidable box 40 having a configuration of a box 40 having an abutting portion that abuts when the rod 14 is inserted.
A configuration may be provided in which a locking structure for holding the mutual position between the butterfly pin 14 and the slider 3 into which the butterfly pin 14 is inserted and holding the position is provided, for example, the slider 3 side and the butterfly. An uneven fitting shape may be provided at the fitting portion with the rod 14 to prevent the falling off of the butterfly bar 14 and the slider 3. The structure, such as the structure of stopping the movement through the holes of each other, is not limited as long as the same operation and effect as the present invention can be exhibited.

Also, a wall-hanging storage device that suspends and locks the winding storage unit 0 related to a wall or the like with the support locking portion 20 that is the horizontal connecting portion 20 provided in the case portion 6 may be used. The part 20 may be used as a handle and carried as a handbag.
In the present configuration, the front side 9 constitutes the upper surface opening 13 by being locked by the upper fastener slider 3, but the front side 9 is provided in the case portion 6. The front side 9 of the front locking section 31 may be locked to lock the front side 9 and the case portion 69.

The locking structure may be a fastener, a hook-and-loop fastener, a string, a magnet, a hook, a hook, a screw, a rivet, or a bolt sandwiched between plates.
In the case of a locking structure for locking with a fastener, two or more take-up tools 78 are provided on one support member 102 and are pulled out in the same direction. By connecting the two constituent sheets 10 with the fastener provided in the zipper, and closing the base part pulled out from the winding tool 78 with the zipper, it is possible to configure the storage section.
Although not shown in the drawings, the winding device 78 may be configured to be wound automatically, or may be a manual type in which a handle is provided and the handle is turned by hand to wind. The configuration to be taken may be a configuration to take up by a mainspring or a configuration to take up electric power. The configuration of such take up is not limited within the scope of the present invention.

In the configuration in which the side-side locking portion 8 is a zipper, as shown in this drawing, the butterfly pin 14 or the box 40 provided at the end of the element 2 constituting the zipper forms the front-side locking portion 30. It is good also as a structure which also serves.

FIG. 3 is an explanatory diagram of a configuration in which a front side locking portion 30 and a front main locking portion 31 provided on the front side 9 are locked, and is basically an application of the configuration of FIG. .
FIG. 3A is a side view of the winding storage unit 0 having such a configuration, FIG. 3B is a partial sectional view, and FIG. 3C is a sheet winding forming the storage container 0. 1 shows a configuration of a take-out and storage tool 1.
In FIG. 2A, similarly to FIG. 2, a hook-and-loop fastener is provided as a side-side locking portion 8 on a draw-out side 75 of the constituent sheet 10 drawn out from a take-up / draw-out opening 77 of the case portion 6. The hook-and-loop fastener is provided with both male and female lamination locking structures on one surface, and the drawn-out constituent sheet 10 is bent at an arbitrary position so that the front edge 9 is in front of the front edge locking portion 30. By being locked to the case portion 6 via the main locking portion 31, the upper surface opening portion 13 serving as the opening portion 19 of the hollow storage portion 11 is formed. The sheet rewinding storage tool 1 constitutes the roll storage unit 0 by locking the facing constituent sheets 10 to each other by the stop portion 8.

FIG. 3C shows the sheet winding / storage tool 1 having such a configuration, and the hook-and-loop fastener is provided as a side-side engaging portion 8 on a drawer side 75 of the constituent sheet 10 pulled out from the case portion 6. Further, a hook is provided on the front side 9 as a front side locking section 30, and the front side locking section 30 is locked with a front main locking section 31 provided on the case section 6. Configuration.
Note that, in the configuration of the drawing, the front side locking portion 30 is locked with the front locking portion 31 on the upper side in FIGS. 3 (a) and 3 (b). It may be configured to lock with the lower front locking portion 31 on the lower side.

FIG. 4 shows an example in which the sheet 10 of the two sheet take-up / storage tools 1 faces each other to form the take-up / storage unit 0.
In the example of the configuration of the roll storage unit 0 shown in FIG. 4A, the fasteners in which the constituent sheets 10 of the two sheet winding storage tools 1 face each other and are the side locking portions 8 and the front locking portions 30. The space sandwiched between the constituent sheets 10 of the two sheet take-up / storage utensils 1 is a hollow storage portion 11 and is shown in FIG. 4 (e) which is a side view of FIG. 4 (a). As described above, the space between the facing case portions 6 is the upper surface opening portion 13, which serves as the storage opening 12 of the hollow storage portion 11, and may be a storage bag hung on a wall or the like at the horizontal connection portion 20, or as the handle 20. You may carry it.

FIGS. 4 (c) and 4 (d) show the sheet take-up / storage tool 1 having such a configuration, and FIGS. 4 (c) and 4 (d) are side views of the sheet take-up / storage tool 1, respectively. ) Are side views as viewed from the opposite side of the sheet winding and storage tool 1, and are provided on the left and right drawer sides of the sheet winding and storage tool 1 as shown in the respective drawings. This shows that the configuration of the fastener is different, and a fastener element 2 having a butterfly pin 14 shown in FIG. 4C and a fastener having a slider 3 and a box 40 shown in FIG. , Two configuration sheets 10 are locked, and although not shown in the figure, the front side 9 is also an example of a configuration in which the two configuration sheets 10 are locked similarly.

In addition, FIG. 4B shows a configuration in which the front side 9 has a curved shape in the same configuration as FIG. 4A, and the fasteners provided on the front side 9 and the lead-out side 75 due to this configuration. Are connected continuously to make it easy to provide.
Further, FIG. 4F shows a configuration in which the two winding storage tools 1 of FIG. 4A are provided facing each other, and the front side 9 is a storage opening 12 of the hollow storage section 11 and the case section 6 side is the same. This is an example in which a handle 20 is provided on the front side 9 and the two case parts 6 are connected to each other on the case part 6 side by the horizontal connecting part 20 to form a bottom. The horizontal connecting portion 20 is an example of a configuration in which the horizontal connecting portion 20 is connected by a hook-and-loop fastener, an adhesive tape, or the like.

A useful point of the winding storage unit unit 0 having the configuration shown in FIG. 4 with respect to the configuration shown in FIG. 2 is that, in the configuration shown in FIG. For example, when changing the size of the hollow storage portion 11 to increase the size, it is necessary to first remove the side locking portion 8 to change the size. While it is difficult to change the size of the hollow storage portion 11 in a state in which the storage item is contained in the storage portion 11, the size of the hollow storage portion 11 is reduced in the configuration of FIG. In order to change the size, for example, the size of the hollow storage portion 11 can be changed only by releasing the pull-out brake structure 79 that controls the pull-out of the constituent sheet 10 wound on the winding storage tool 1. Is useful.

On the other hand, in the winding storage unit 0 having the configuration shown in FIG. 4, the front side locking portion 30 and the locking portion such as the horizontal connecting portion 20 tend to be the bottom as shown in FIG. There is a concern that the strength tends to be weaker as compared with the configuration in which the component sheet 10 of FIG. 2 is bent. Therefore, the locking portion is configured to have such a strength that the bottom does not come off according to the storage object. There is a need.

In the example of the configuration in FIG. 5, in the configuration in which the two sheet winding storage tools 1 are connected as shown in FIG. 4F, two wound configuration sheets 10 are stored in one case portion 6. This is an example of a configuration that is useful, such that there is no need to worry about the strength of the horizontal connecting portion 20 that connects the two sheet take-up and storage tools 1, and it is possible to eliminate the seam of the connecting portion. It is.
FIG. 5A shows a configuration in which two configuration sheets 10 of the sheet winding and storage tool 1 connected by the horizontal connection portion 20 are stored in one case portion 6 in the configuration of FIG. In addition, there is no horizontal connecting portion 20 at the bottom of the winding storage unit 0 having the configuration shown in FIG.

FIG. 5B is an example of a configuration in which the winding-out port 77 of the configuration sheet 10 stored in the case portion 6 is provided outside the case portion 6 in the configuration of FIG.
5 (b), for example, as shown in FIG. 5 (c), the sheet winding / storage tool 1 fits in a position corresponding to the draw-out side of the drawn-out constituent sheet 10 in FIG. 5 (b). It is possible to adopt a configuration in which another sheet take-up / storage tool 1 is connected by the side locking portion 8.
FIG. 5C is a top view of an example in which the configuration sheet 10 configures the rectangular winding storage unit 0, and FIG. 5D is a perspective view of the example of the configuration of FIG. 5C. It is. .

In such a configuration, it is possible to freely change the size of the hollow storage unit 11 by pulling out the constituent sheet even in the winding storage unit 0 having a wider bottom surface, such as a square shape, and it is useful. It is.
Further, although not shown in the drawing, the hollow storage portion 11 may be configured to be easily supported by a support member 102 such as a bar, for example. Accordingly, the height of the rod supporting member 102 can be changed in accordance with the height of the hollow storage portion 11, which is useful.
Further, the four constituent sheets 10 forming the square may be accommodated in one case part 6. Further, in the present configuration, two of the four constituent sheets 10 are accommodated in one case portion 6, but the sheet rewinding storage tool 1 in which one constituent sheet 10 is accommodated is used. It may be a quadrangle that forms four surfaces, or a pentagon or more polygon may be formed by combining five or more sheet winding and storage tools 1 in the same manner. It is good also as a structure accommodated in two case parts 6, and comprising a pentagon or more polygon.

FIG. 5E shows that a fastener substantially parallel to the front side 9 is provided on the configuration sheet 10 constituting the side surface of the winding storage unit 0 shown in FIG. This is an example of a configuration in which a possible storage port 12 is provided.
With such a configuration, it is possible to put in and take out stored items from the opening 19 on the side surface of the roll storage unit unit 0. For example, a table or shelf can be provided inside the hollow storage unit 11; The height of the fastener can be adjusted, and the height of the fastener can be adjusted.
Further, in the present configuration, the fastener is provided substantially parallel to the front side 9. For example, by providing the fastener in the middle of the configuration sheet 10 substantially perpendicular to the front side 9, the winding storage portion is provided. It is also useful as a configuration that can be opened anywhere on the side surface of the unit 0.

The example of the configuration in FIG. 6 is an example of a configuration in which the configuration sheet 10 includes a partially overlapping portion 15 provided so as to partially overlap.
FIG. 6A is an example of a configuration in which the configuration sheets 10 in the configuration of the roll storage unit unit 0 in FIG. 2 are provided so as to partially overlap with each other. (B1), which is an example of a configuration in which the configuration sheet 10 provided in the sheet winding and storage tool 1 is provided such that the opening 19 of the partial overlapping portion 15 is parallel to the rotary winding shaft 5. In addition, the constituent sheet 10 of the sheet winding and storing tool 1 is configured such that the folded constituent sheets 10 facing each other are locked by side locking parts 8 provided on the drawer side 75.
FIG. 6C is a partial cross-sectional view of the example of the configuration in a superimposed manner, and the configuration of FIG. 6C is configured by two sheet winding and storage tools 1 and includes a front surface. The left side of the drawing, which is the side, is a superimposed structure provided with the partial overlap portion 15 to which the sheet winding and storing tool 1 is related, and the right side is a portion of the winding and storing section unit 0 constituted by the sheet winding and storing tool 1 having no overlapping structure. It is an example of a sectional view.

The opening 19 of the overlapping portion may be oblique or perpendicular to the rotary winding shaft 5, and the overlapping portion may be provided with the opening 19 of the overlapping portion on the left side in FIG. 6 (b1). It may be provided on the right side.
In addition, in the configuration of this drawing, the partial overlapping portion 15 includes two upper and lower openings 19, which are not shown in the drawing, but one of the two openings 19. May be, for example, a structure in which only half or a part of the opening is opened, or one of the openings 19 is opened, and the other is a structure sheet 10 of the overlapping portion 15. May be closed, or the closed configuration or the partially closed and closed configuration may be configured such that the locking portion is positioned substantially near the center of the overlapping portion 15. It is good also as a structure which locked, and the opening part 19 is two upper and lower parts, and the substantially center vicinity is locked. The location of the locking portion of the partial overlapping portion 15 is not limited.

For example, the opening 19 of the partial overlapping portion 15 is configured such that one opening 19 is partially opened, for example, for draining or receiving the root portion of the inserted plant. The configuration may be such that the root extends from the opening 19, which is useful.
In addition, by locking the vicinity of the approximate center of the partially overlapping portion 15, the overlapping portion is equally positioned upward when the configuration sheet 10 is used by bending or not bending. The structure has the opening 19 and the abutting portion at the partially overlapping portion, which is useful depending on the application.
Further, by locking a part of the partial overlap portion 15 at a position near the center of the partial overlap portion 15 or at a position inside the opening 19 of the partial overlap portion 15, for example, when planting A portion where the density of the culture substrate 60 is low can be formed in the vicinity of the transition from the partial overlap portion 15 to the hollow storage portion 11, which is useful for preventing root deficiency.

By using a configuration in which the partially overlapped portion shown in the drawing overlaps continuously, the winding storage unit 0 whose length can be changed is configured with the opening 19 of the partially overlapped portion as the storage opening 12. Can be useful.

In particular, as shown in FIG. 6 (d), the root 19 of the plant according to the hollow storage part 11 can be extended from the opening 19 of the partial overlapping part 15 as a planting container for planting a plant. With this configuration, plants can be freely planted from the side of the planting container, and soil or water can be prevented from spilling out from the opening 19 of the overlapping portion where no planting is performed. Such a plant can also secure a sufficient space for rooting, and can be a planting container whose length can be freely changed, and can be installed according to the space for installing the planting container. It can be used as a planting container and is very effective.
As described above, since the hollow storage portions 11 are connected to each other, it is possible to expand the roots in a wider area in the configuration in which the storage items S, which are plants, are planted. It is also effective for growing plants.
Also, a storage unit that stores stored items other than plants is useful because it becomes a storage container that can store long stored items having different lengths from the opening 19 of the overlapping portion.

6 (e) is an example of a configuration in which the opening 19 of the overlapping portion is provided perpendicular to the rotary winding shaft 5, and the configuration shown in FIG. Thus, while the length of the configuration in FIG. 6B can be changed in the vertical direction, this configuration is useful because the length can be freely changed in the horizontal direction.
In addition, in any of such configurations, the plurality of sheet winding and storing tools 1 are connected by the side edge locking portions 8, and the size is freely set in a direction perpendicular to the direction in which the configuration sheet 10 is pulled out from the wound state. The configuration of the winding storage unit 0 that can be changed can be adopted, which is useful.

FIG. 6B2 is an example of the configuration of FIG. 6B1 in which one drawing side of the partial overlapping portion 15 can be opened and closed. For example, the configuration sheet 10 is a magnet sheet or a self-adsorbing sheet. This makes it possible to have a configuration in which paper or the like is continuously sandwiched and stored, and such paper becomes a storage tool without overlapping and invisible lower paper, and furthermore, according to the amount of paper, The size of the storage can be changed, which is useful.
In such a configuration, for example, another similar side edge on the drawer side that can be opened and closed by another similar sheet take-up and storage tool 1 at the side edge locking portion 8 of the drawer side on the side where the lower partial overlapping portion 15 can be opened and closed. By locking and connecting with the locking portion 8, it is possible to configure the sheet winding and storing tool 1 having the configuration of FIG. 6 (d <b> 1) having a large size, and the side connection of the upper drawing side is possible. If it is connected to the fastener which is the stop portion 8, it becomes a storage device that can continuously store paper and the like on both sides.
The side locking portion 8 provided on the drawing side may be provided only on one of the drawing sides on the upper side or the lower side in the drawing.

FIG. 7 shows a sheet winding and storage tool 1 having a configuration in which a drawer side 75 is provided in a substantially horizontal direction, and one of the drawer sides 75 serves as an opening 19 of the hollow storage section 11. Is an example of the configuration of a winding storage unit 0 that can be freely changed in size in a direction perpendicular to a direction in which the constituent sheet 10 is pulled out from a rolled state by connecting the side by a side locking portion 8, Further, each sheet winding and storage tool 1 is an example of a configuration provided on the support member 102.

FIG. 7A shows that the component sheet 10 pulled out from the sheet winding and storage tool 1 locked by the hook-and-loop fastener, which is the support locking portion 20 provided on the support member 102, is used as another support member 102. The front edge locking portion 30 of the folded front edge 9 is locked to the case portion 6 so that the region between the folded and facing component sheets 10 is formed. , A roll storage unit 0 having a hollow storage portion 11, and another sheet winding storage tool 1 having the above configuration is provided in the vertical direction. Are locked to each other by fasteners which are side locking portions 8.
In addition, the bottom of the hollow storage section 11 is provided with a support bottom 21 that forms a bottom provided by bridging between two support members 102.

Further, the constituent sheet 10 may be provided with a locking portion for the support bottom portion 21, and the constituent sheet 10 may be provided with a locking portion particularly at a lower portion in the longitudinal direction, and the same operation and effect as the present invention are obtained. Is not limited within the range in which
In addition, about the locking of the above-mentioned constituent sheets 10, by detachably locking, a storage container with a high degree of freedom is useful.

In the configuration of FIG. 7 (b), the configuration of FIG. 7 (a) is the configuration of two sheet winding and storage tools 1 provided vertically, whereas in the configuration of FIG. 7 (b), Two vertically arranged sheet take-up / storage tools 1 are provided adjacent to two sets and provided on a support member 102, and the drawn-out constituent sheet 10 is locked by another support member 102. In addition, the bottom of the hollow storage portion 11 is provided with the sheet winding storage tool 1, and in this drawing, another sheet winding storage tool 1 forming the bottom is shown. Are provided, and in this figure, the upper four sheet take-up / storage tools 1 described substantially horizontally below the upper four sheet take-up / storage tools 1 connected to each other are shown. Hollow storage section 11 by sheet winding storage tool 1 The bottom portion of the hollow storage portion 11 is formed by being provided at the bottom of the hollow storage portion 11 by being locked by the side side locking portion 8.

In the drawing of FIG. 7B, the sheet take-up / storage tool 1 provided with such a bottom portion is shown in a lower part away from the upper four sheet take-up / storage tools 1 for convenience. The sheet take-up / storage tool 1 described in the above section is brought into contact with the bottom of the upper four sheet take-up / storage tools 1 and is locked to each other by the side-side locking portions 8 to be provided. I have.
The sectional view of the bottom portion has a configuration in which the sheet take-up / storage tool 1 at the bottom portion is provided substantially horizontally as shown in FIG.
Further, as shown in FIG. 7 (f), the bottom portion of the sheet winding and storage tool 1 is provided in a V-shape, and the bottom portion is formed on the side locking portion 8 of the lower drawing side 75. And may be locked.

7C, the sheet take-up / storage tool 1 is provided on the support member 102 such that the drawer side 75 is substantially in the horizontal direction, as in the configuration of FIG. 7A or 7B. Configuration.
The side locking portion 8 provided on the drawer side 75 is provided along a place where the inside of the drawer side 75 enters, and the inner side of the drawer side 75 is slightly apart from the drawer side 75. A configuration in which two sheet winding and storing tools 1 are locked by a side locking portion 8 provided along the place where the sheet is inserted, and a plurality of two or more sheet winding and storing tools 1 are connected by such a configuration. 6A, the configuration sheet 10 is provided so as to be overlapped with each other by the intermittently provided side-side locking portions 8, so that an opening portion 19 serving as the storage opening 12 is provided on the side surface. In the configuration as shown in e), the winding storage unit 0 whose size can be freely changed can be constituted by a plurality of sheet winding storage tools 1, which is useful.

In this configuration, the side locking portion 8 is a hook, and a portion between the hooks serves as an opening 19 which is the storage opening 12 on the side surface. Further, for example, by forming the side edge locking portion 8 as a fastener having a plurality of sliders 3, the plurality of fasteners may be used as the opening portions 19 which are the storage openings 12 on a plurality of side surfaces.

In the configuration of FIG. 7D, the case 6 is alternately provided between the two support members 102 on the left and right sides, and the constituent sheet 10 pulled out from each case is: By providing partial overlapping portions 15 that partially overlap each other and being locked to each other by the upper and lower side locking portions 8 of each of the constituent sheets 10, four are provided vertically. Further, the lowermost sheet take-up / storage tool 1 is provided with another sheet take-up / storage tool 1 so that the constituent sheet 10 faces, and the substantially entire surface of the constituent sheet 10 at the lowermost step is facing. This is an example of the configuration of the roll storage unit 0 that is configured with a bottom portion by being locked by a side locking portion 8 provided on a lower draw-out side 75 of each constituent sheet 10. However, in the figure, the hollow storage section 11 is formed only for the lowermost stage between the two constituent sheets 10 because the two constituent sheets 10 are double facing each other on substantially the entire surface, but for convenience of explanation, Similarly, the sheet rewinding storage tool 1 on the front side, which constitutes the hollow storage section 11 at the lowermost stage, is also provided on the side locking section 8 so that the partially overlapping section 15 is provided at the side locking section 8. By connecting the plurality of sheet take-up / storage tools 1 by locking them together, it is possible to form a roll storage unit 0 having an opening 19 of the partial overlap portion 15 on the side surface, which is useful.

In addition, in this figure, the case portions 6 of the sheet take-up / storage tool 1 are each configured to be engaged with the support member 102 and connected vertically, but are not provided with the support member 102. A configuration in which only the case portion 6 is firmly connected and vertically connected is also possible.
Further, the shape of the support member 102 may be thinner, may be a prism, may be a hollow, may be provided with a rail, and the sheet take-up and storage tool 1 may be provided on the rail. However, there is no limitation as long as the same operation and effect as the present invention can be exhibited.

FIG. 8 shows a slit cartridge which is a support member 102 capable of accommodating a part where the constituent sheet 10 of the sheet take-up / storage tool 1 is wound or a plurality of case parts 6 accommodating the wound part. 80 is an example of the configuration.
In the example of the configuration in FIG. 8A, the slit cartridge 80 is provided with a slit in a hollow cylindrical shape, and the slit is an example of a configuration in which the upper part is open. A lid may be provided to open and close, or a lower side may be opened or opened and closed.

FIG. 8B shows a case in which the case portions 6 of the four sheet take-up and storage tools 1 are stacked and accommodated in the hollow cylindrical shape of the slit cartridge 80, and the constituent sheet 10 is formed from the slit of the slit cartridge 80. An adapter 81 for adjusting the height of the sheet take-up / storage tool 1 is accommodated in the slit cartridge 80 under the four sheet take-up / storage tools 1, and the adapter 81 is disposed under the four sheet take-up / storage tools 1. The two sheet take-up / storage tools 1 are accommodated in a stack, and the two sheet take-up / storage tools 1 are locked by the side-side locking portions 8, and there is still another An adapter 81 for adjusting the height of the two sheets is further provided thereon, and two sheet take-up / storage tools 1 are further stacked thereon and accommodated therein. The take-out / storage tool 1 is configured to be locked by the side-side locking portion 8, and the pulled-out configuration sheet 10 can constitute the sheet take-up / storage tool 1 as shown in FIG. With this configuration, it is possible to easily set the height of the roll storage unit 0 by the sheet wind-up storage tool 1, and the appearance and clarity are good, and there is a concern about detachment from the support member 102. Not useful.

Incidentally, the slit cartridge 80 may be provided with a locking portion capable of locking the front side locking portion 30.
Further, in the slit cartridge 80, the wound portion of the constituent sheet 10 may be housed in a state housed in the case section 6, or may be housed in the case section 6 without being housed in the case section 6. It may be stored as it is, or the rolled winding shafts of the rolled configuration sheet 10 may be arranged side by side in parallel, that is, in the configuration sheet as shown in FIG. 5 (a) or 5 (b). In the arrangement, a plurality of such constituent sheets may be stacked and accommodated.
In the example of the configuration in FIG. 8, the hollow storage portion 11 is not provided in the configuration in which the sheet take-up storage tool 1 is provided only in the slit cartridge 80 as one support member 102, but this is not an example. For example, similarly to the example of the configuration in FIG. 7 and other drawings, a configuration in which the hollow storage portion 11 is provided can be adopted.

Further, in the present configuration, the slit cartridge 80 is configured to be able to accommodate the case portion 6 of the sheet winding / storage device 1 in one line vertically, but to stack the sheet winding / storage device 1 in two or more lines vertically. By making it possible to accommodate, the configuration of the wider winding storage unit 0 can be arranged and is useful.
In addition, the support member 102 that is the slit cartridge 80 may be a winding storage unit 0 in which the sheet winding storage tool 1 is provided by fitting the slit portion as a rail with an external rail.

FIG. 9 shows a configuration in which the drawer side 75 is provided on the support member 102 in a substantially horizontal direction in the configuration of FIG. 6, FIG. 7 or FIG. 8 to form the storage opening 12 which is the opening 19 of the hollow storage portion 11. FIG. 9A is a front view of such a configuration, and is an example of a configuration in which a plant is planted in a winding storage unit 0 provided between support members 102. FIG. The pedestal 49 is provided with a support member 102, and the two storage members 102 are bridged to constitute a winding storage unit 0. The bottom of the storage container 0 is the support bottom 21. In this configuration, the distance between the two support members 102 is maintained.
FIG. 9B is a top view of an example of such a configuration, and such support members 102 can also be arranged in a zigzag manner.

Further, the bottom may be a sheet body bottom 101 which is a bottom provided between the constituent sheets 10, and the sheet body bottom 101 is a lower part of the two opposed sheets 10 not shown in the drawing. The bottom is provided by locking the sheet body partitioning portion 128, which is a member forming the bottom portion, to the configuration sheet 10, and the locking method may be sewing or adhesion, fusion, Bolts, hooks, cords, magnets, staplers, rivets, fasteners, hook-and-loop fasteners, suction, or a configuration using a sandwiching member that sandwiches and fixes a clip or the like may be used, as long as the same operational effects as the present invention can be exerted. do not do.
The material of the sheet main body bottom portion 101 or the sheet main body partitioning portion 128 may be foamed resin, silicon, resin, rubber, metal, wood, or a sheet. Is not limited within the range in which

FIG. 10 shows a state in which the drawer side 75 is similarly provided in the support member 102 in a substantially horizontal direction to form the storage opening 12 which is the opening 19 of the hollow storage portion 11 in the configuration of FIG. FIG. 9 shows a configuration in which one support member 102 is provided on one pedestal 49, whereas FIG. This is an example of a configuration in which a member 102 is provided.

FIG. 10A is an example of a configuration in which plants are planted in the hollow storage portion 11 between the facing constituent sheets 10 of the upper four sheet winding storage tools 1, and FIG. This is an example of a configuration in which a plant is planted from the opening 19 of the partially overlapping portion 15 provided with the superimposed configuration sheet 10 and the free size and space, respectively. This is an example of the configuration of the roll storage unit 0 that can be used for storage and decoration of plants and the like, and is useful.

In the above series of examples of the configuration shown in the drawing, the locking method of the constituent sheet 10 and the winding locking portion 129 may be a hook-and-loop fastener, a hook, a button, a magnet, a hook, a belt, a fastener, sewing, and fusion. However, the present invention is not limited as long as the same operation and effect as the present invention can be exhibited.
Further, the example of the configuration and the description shown in each drawing are applicable to each other in the configuration of each drawing.

Further, the side locking portions 8, the front side locking portions 30, the manners of attaching the fasteners, and the number of the fastener sliders 3 shown in the example of the configuration of each drawing are not limited, and each of them corresponds to the necessity. The locking method may be any configuration as long as it is locked, and the locking method is not limited as long as the same operation and effect as the present invention can be exhibited.
In addition, the configuration sheet 10 may be provided with a window or an opening / closing part.
In addition, a drain may be provided at the bottom of the roll storage unit 0 to drain water particularly when planting or when installed outdoors.

In addition, the support member 102 may not be parallel or may be bent.
The material of the support material 102 is wood, metal such as aluminum and iron, resin such as polypropylene and polyamide, fabric, stone, cement, ceramics, carbon, cloth, mesh, and the like, and within the scope of the present invention. The material is not limited to a type, and a material that can satisfy the required strength is desirable. Similarly, the shape of the support member 102 is also cylindrical, polygonal, tubular, chain-like, string-like, cloth-like, or the like. The type is not limited within the range.

Further, the constituent sheet 10 may be provided with holes or cuts.
The material of the constituent sheet 10 is a flexible sheet-like material such as a cloth member such as a tent fabric or a mesh fabric, other various fiber materials, various rubber or various resin sheets, and natural materials such as cotton and hemp. , Paper, mesh, metal such as metal mesh, peelable sheet or self-adhesive sheet, magnet sheet, elastomeric resin, silicone resin, foamed resin, color may be transparent, fluorescent, luminous, etc. The material is not limited as long as it has the necessary strength and function and can exhibit the same function and effect as the present invention. Depending on the application, a silicon resin, a rubber, an elastomer resin, or the like may be used to prevent water leakage.
In addition, two or more materials, in which the constituent sheet 10 is particularly the same as the constituent sheet 10 on the side of the hollow storage portion 11 in the partial overlapping portion 15, which is provided with holes or cuts, or is a net-shaped constituent sheet 10, The structure may be processed, and such a structure enables efficient supply of irrigation water to roots when planted, which is useful. ,

In addition, by using a flexible electronic display sheet such as an electroluminescence sheet typified by an organic EL or an inorganic EL for a part or all of the sheet, it is possible to utilize light or display stored items. It is also suitable for organizing.
In addition, the shape of the sheet 10 may be corrugated, chevron, or other irregular shapes, or may be a combination of different lengths and sizes. The shape is not limited, and the thickness also exhibits the same operational effects as the present invention. It is not limited as far as possible.

Further, as for the support locking portions 20 or the locking portions at the various bottom portions and the locking portions between the constituent sheets 10, those not shown in the drawings can be provided at necessary places as necessary, In addition, each locking method includes bolts, adhesion, fusion, sewing, bundling, pin fixing, button fixing, hook-and-loop fastener fixing, magnets, staplers, and the like, as long as the same operational effects as those of the present invention can be exhibited. The locking means is not limited, and may be detachably locked. The removable locking means may have the same operation and effects as the present invention, such as hooks, buttons, hook-and-loop fasteners, hooks, magnets, strings, and fasteners. The locking means is not limited within a range in which can be exhibited. By adopting a detachable configuration, the size and material of the configuration sheet 10 can be selected as necessary, which is useful.

Further, in the configuration shown in each drawing, the configuration sheet 10 may be provided in a spiral shape. With such a configuration, the size of the configuration sheet 10 can be changed not only in the direction in which the configuration sheet 10 is pulled out but also in the direction of the drawing side 75. The storage unit becomes 0, which is useful.
Further, the configuration sheet 10 may be a winding storage unit unit 0 provided with the two sheet winding storage tools 1, and by adopting such a configuration, particularly the configuration shown in FIG. 4A or FIG. In the configuration, it is possible to configure the winding storage unit 0 without providing the front side locking portion 30 of the front side 4, it is easy to secure the strength of the bottom of the winding storage unit 0, and from both ends. Since the length of the constituent sheet 10 can be adjusted, the capacity of the hollow storage portion 11 can be easily changed, which is useful.

The invention of the present application is an attractive invention that can be easily stored in a small space, and can be freely decorated with plants, so that it is an attractive invention not only as decoration for various events but also as a home gardening article, and has industrial applicability. It is considered extremely high.

0 Roll storage unit 1 Sheet winding storage tool 2 Element 3 Slider 4 Vertical connection / support locking part 5 Rotating reel 6 Case part 7 Rotation support tool 8 Side locking part 9 Front side 10 Constituent sheet 11 Hollow storage Part 12 storage opening 13 upper surface opening part 14 butterfly pin 15 partial overlapping part 19 opening part 20 horizontal connecting part / support locking part / handle 21 support bottom part 30 front side locking part 31 front main locking part 40 box 49 pedestal 60 culture Base material 75 Draw-out side 76 Draw-out sheet bottom portion 77 Take-up / draw-out port 79 Draw-out brake structure / scraping member 80 Slit cartridge 81 Adapter 101 Seat main body bottom portion 102 Supporting material 128 Sheet main body partition S Storage / plant

Claims (27)

A sheet winding and storage tool (1), wherein one or more constituent sheets (10) made of a substantially sheet-like material having flexibility are rotated and wound around a rotary winding shaft (5). The rotating support (7) is provided on the rotary support (7), and the rotary support (7) rotates the component sheet (10) around a rotary winding shaft (5) with a winding device to wind the component sheet (10). It has a function of holding the position of the constituent sheet (10), and the sheet winding and storage tool (1) can be locked to a support (102) that holds the position of the sheet winding and storage tool (1). The supporting sheet is provided with a support locking portion or a handle, and a zipper or a plurality of side locking portions (8), which are a plurality of locking portions, is pulled out from the winding device on the constituent sheet (10), so that the length is variable. Along the drawer side (75) When pulled out, two or more of the constituent sheets (10) are locked to each other by the fastener or the side-side locking part (8), and a part of the two or more constituent sheets (10) or A sheet winding storage tool (1) characterized in that a hollow storage section (11) having a variable length can be formed by being provided so as to face each other. The front side, which is the front side in the traveling direction when the component sheet (10) is pulled out of the wound state together with the side edge locking portion (8) when the component sheet (10) is pulled out (9) A fastener or a front side locking portion (30) as a locking portion is provided, and two or more of the constituent sheets (10) can be locked to each other or can be locked to a support (102). The sheet winding and storage tool (1) according to claim 1, characterized in that it is provided. The sheet winding and storing tool (1) according to any one of claims 1 to 2, wherein the front-side engaging portion (30) is a fastener. The sheet winding and storage tool (1) includes a horizontal connecting portion (20) that can be connected so that the rotary winding shaft (5) is substantially parallel to the sheet winding and storage tool (2). 1) wherein the two or more component sheets (10) can be provided facing each other by 1) being laterally connected by the horizontal connecting portion (20). A sheet winding and storage tool (1) according to any of the preceding claims. A vertical connecting portion (4) that can be connected vertically so that the sheet take-up and storage tool (1) is on the substantially same rotary winding shaft (5); 2. The hollow storage part (11) can be enlarged in size by connecting the take-out storage tool (1) vertically by the vertical connection part (4). 3. The sheet winding and storage tool (1) according to claim 4. The sheet winding and storage tool (1) includes a case portion (6) that covers a portion where the component sheet (10) is wound, and the case portion (6) includes the case sheet (10). The sheet winding and storing tool (1) according to any one of claims 1 to 5, further comprising a winding outlet (77), which is a gap through which the sheet is pulled out. The sheet winding and storage tool (1) according to claim 6, wherein two or more constituent sheets (10) are housed in the case portion (6) in a wound state. A brake that prevents the constituent sheet (10) from being pulled out more than a certain amount, or the rotary reel (5) wound around the rotary support (7) so as to rotate on the rotary reel (5). 8. A sheet winding and storing tool (1) according to any one of claims 1 to 7, further comprising a pull-out brake structure (79) capable of applying a brake so that the sheet is not rotated. . The front side engaging portion (30) is provided inside the drawing side (75) along the drawing side (75), and with this configuration, the configuration sheet (10) is The sheet winding and storage tool (1) according to any one of claims 1 to 8, wherein a part of the constituent sheet (10) can be overlapped when configured in parallel. The constituent sheet (10) is successively locked in a superimposed manner, and the partially overlapped portion (15) provided in a superimposed manner is opened from the front side to the back side of the partially overlapped portion (15). The sheet winding and storing tool (1) according to any one of claims 1 to 9, further comprising: an opening. By locking part or all of the partially overlapping portion (15) that penetrates and opens from the front side to the back side, the width of the penetrating portion is reduced or closed. The sheet winding and storage tool (1) according to claim 10, characterized in that it is provided. Of the two overlapping sides (75) of the partially overlapping portion (15) that penetrates from the front side to the back side of the constituent sheet (10) and is open, one of the leading sides (75) is openably provided. The sheet winding and storing tool (1) according to claim 10, wherein the sheet winding and storing tool (1) is provided. The sheet winding and storing tool (1) according to any one of claims 1 to 12, wherein the constituent sheet (10) is a magnet sheet or a self-adsorbing sheet. 14. The sheet winding and storing tool (1) according to any one of claims 1 to 13, wherein the fastener comprises a slide box (40), which is a slidable box (40). The sheet winding and storing tool according to any one of claims 1 to 14, wherein the constituent sheet (10) is an electronic display sheet typified by an inorganic or organic electroluminescent sheet. (1). A winding storage unit (0) constituted by the sheet winding storage tool (1) according to any one of claims 1 to 15, wherein the sheet winding storage unit (0) comprises a sheet (10) constituting the sheet winding storage tool (1). The two or more facing sheets (10) facing each other are locked by fasteners or side locking portions (8), which are a plurality of locking portions, provided on both drawing-out sides (75). The front side (9) or the rotary reel (5) side of the sheet (10) is locked at the front side locking portion (30) or the horizontal connecting portion (20) as a bottom, and does not become the bottom. (9) Alternatively, the rotary winding shaft (5) side is used as an opening to form a storage opening (12) which is an upper opening (13) which can be opened or opened, and the length of the hollow storage portion (11) which is a storage portion is reduced. A winding storage unit (0), which is variable. A winding storage unit (0) constituted by the sheet winding and storing tool (1) according to any one of claims 1 to 15, wherein the sheet (10) is a constituent sheet of the one sheet winding and storing tool (1). The configuration sheet (10) pulled out from the wound state of (1) is folded, so that the configuration sheet (10) is opposed to the configuration sheet (10). The configuration sheet (10) is provided on both sides of the configuration sheet (10). The facing sheet (10) is locked at the fastener or the side locking portion (8) as a plurality of locking portions, and the front side (9) and the rotary winding shaft (5) side are locked. A winding storage unit (1) characterized in that the opening is a storage opening (12), which is an upper surface opening (13) that can be opened or opened, and the length of the hollow storage portion (11) that is a storage is variable. 0). The roll storage unit (0) is provided with a handle on the storage opening (12) side, which is the upper opening (13) of the roll storage unit (0), and the length of the handbag or the wall storage. A winding storage unit (0) according to any of claims 16 to 17, characterized in that it is a tool. A winding storage unit (0) comprising the sheet winding storage tool (1) according to any one of claims 1 to 15, wherein the sheet winding storage tool (1) is a support member (102). And the constituent sheet (10) pulled out from the wound state of the constituent sheet (10) of the sheet winding storage tool (1) is bridged between the support members (102) so as to face each other. A roll storage unit (0), comprising: a hollow storage portion (11); and a support bottom (21) or a seat body bottom (101) at the bottom of the hollow storage portion (11). 20. The device according to claim 19, wherein the sheet winding and storage tool (1) is locked to a support (102), and a plurality of constituent sheets (10) are connected by side locking portions (8). The winding storage unit (0) described. The support member (102) is a hollow and slit cartridge (80) having a slit, and the slit cartridge (80) can accommodate a plurality of wound constituent sheets (10) therein, and 20. The configuration sheet according to claim 19, wherein the height of the component sheet is accommodated by accommodating the adapter and the component sheet pulled out of the slit from the slit is drawn out. 20. The winding storage unit (0) according to 20. The sheet winding and storage tool (1) locked to the support material (102) and connected to the plurality of constituent sheets (10) by the side locking portions (8) forms a storage container with such a configuration. The winding storage unit (0) according to any one of claims 16 to 20, characterized in that: 23. A winding storage part according to any one of claims 16 to 22, wherein three or more of the constituent sheets (10) are locked by side locking parts (8). Unit (0). In the configuration in which the side locking portion (8) of the winding storage unit (0) is a fastener, a slider (3) for preventing a shift of the position of the fastener is provided. The winding storage unit (0) according to any one of claims 16 to 23. The side-side locking portion (8) of the sheet winding-up / storage tool (1), which is locked to the support member (102) and a plurality of constituent sheets (10) are connected by the side-side locking portion (8). , A portion of the sheet (10) of the plurality of sheet winding and storage tools (1) which partially overlaps at the side edge locking portion (8). An overlapping portion (15) is provided, and the partial overlapping portion (15) is formed so as to be partially openable with each other by the side edge locking portion (8) so that a storage unit can be formed. The sheet winding and storage tool (1) according to any one of claims 1 to 24, characterized in that: 26. The roll storage unit (0) according to any one of claims 1 to 25, wherein one of the constituent sheets (10) is provided with two of the sheet winding storage tools (1). The width of the constituent sheet (10) is changed, or the drawer side (75) is curved, or the drawer side (75) is provided perpendicular to the rotary winding shaft (5). 27. The configuration according to claim 1, wherein the configuration sheet is wound around a rotary winding shaft while the drawer side is shifted. Sheet winding storage tool (1).

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