JP2532224Y2 - Goods storage - Google Patents

Description

[Purpose of the invention] [Purpose of the invention] A plurality of movable wheels connected to the inside of the warehouse are covered with an annular groove on the back of the disk, and columns are erected at intervals on the surface of the disk, and the columns are pulled and lever-operated. By moving the group of pillars, the horizontal or vertical plate ends are inserted and locked in the vertically long holes of the columns facing left and right or front and rear, and the linear shelf consisting of the vertical plate, the horizontal plate, and the horizontal plate upper group can be stored. To insert a magnetic disk, film tape, record, book, file, container, or other article into the part, and to set up an object in which one side of the horizontal plate or vertical plate facing the front of the storage box covers the lower or upper part of the opening. I do. [Industrial application field] In a column group erected on the surface along the outer periphery of a disk, both ends of a horizontal or vertical plate are inserted into vertically long holes of columns facing left and right or front and rear, and a plate end hook is inserted into a concave portion below the hole end. The part is formed to be detachable and locked,
An article such as a magnetic disk, a film tape, a record, a book, a file, or a container is accommodated in an article accommodating portion divided by a linear shelf including a vertical plate horizontal plate and a horizontal plate upper group.
Labor-saving business and household equipment that can prevent collapse and departure of stored items because one side of the horizontal and vertical plates covers the lower or upper part of the inside of the cabinet even when the column is pulled and moved. Conventionally, a large space and a large amount of labor are conventionally required to divide the inside of a storage box into upper and lower sections, store articles in each section, and change the direction of each section. [Problems to be Solved by the Invention] An annular groove on the back surface of a disk is placed on a movable wheel group connected to the inside of a storage box, and a vertical column of columns facing right and left or front and rear of a column group standing on the disk surface. Insert both ends of the horizontal or vertical plate into the hole and lock it, and insert a linear shelf consisting of a horizontal plate and an upper group of horizontal plates, and articles of different shapes, sizes, and short and long, etc. into the storeable parts of the vertical plate on which the vertical plate is divided. To move the group of pillars from one side to the other by levering the pillars, turning one side of the horizontal or vertical plate to the front, covering the lower or upper part of the opening, preventing the inserted article from collapsing and preventing deviation from occurring The task is to configure commercial and household appliances. [Means for Solving the Problems] [Constitution of the Invention] (FIG. 2) A plurality of loops (5) are movably connected to a circular concave groove (4) inside the storage (1), and a disk (A) back surface The column (B) is formed with a vertically long hole (a), the bottom of the hole is formed with a recess (b), and the column is formed on the surface along the outer circumference (H) of the disk at intervals. Screws are set up so that they can be fitted and removed (6). The columns are pulled up to form a movable column group (Fig. 4). Insert both ends of the horizontal (E) or vertical plate (D) into the longitudinal holes of the opposing columns. A hook end (F) is formed in the recess so that it can be locked and released, and locked.
(Fig. 3) Linear shelf consisting of upper group of horizontal boards (J)
Is formed so as to be capable of storing articles, and one surface of a horizontal plate or a vertical plate covers a lower part or an upper part of an opening, thereby constituting an article storage (I) (FIG. 1). [Action] (FIG. 1) (FIG. 2) A plurality of rings (5) are movable in a circular groove (4) around a trunk (3) formed inside one body (FIG. 2) of a rectangular storage (I). Sequentially connecting, covering the annular groove (G) on the back surface of the disk (A) on the wheel group, forming concave screws in holes formed at intervals on the surface along the outer periphery (H) of the disk, and projecting screws on the lower groove of the column (B) Forming a
Insert the lower end of the pillar into the hole and fasten the concave / convex screw (6) with the fitting screw (remove the fitting screw and pull out the pillar). The upper part of the inner trunk (3) of the storage is at the same height as the surface of the disk, and a gap (3 ') with the outer periphery of the disk is provided along the outer periphery (H). (FIG. 4) In a column (B) standing upright at intervals on a disk, a vertically long hole (a) is formed in the middle of the column. A lower end on one side of the hole is formed with a concave portion (b). Both ends of the vertical plate (D) and the horizontal plate (E) are formed with end hooks (F). The height of the vertical and horizontal boards is the same. After sequentially inserting both ends of the vertical plate (D) (or horizontal plate (E)) into the longitudinal holes of the column facing the front and rear (or left and right), press the hook (F) into the recess (b) immediately below. When the locking is performed, the gap between the upper part of the hole and the upper part of the insertion plate is left only by the depressed end hook. (Return and push up the end hook, pull out from the hole (a) and remove the insertion plate). (Figure 3) Vertical center (or horizontal center)
The longest vertical plate (or horizontal plate) that locks the pillars from the same row end to the same row end. A vertical plate (or diagonally) that locks to a column (C ¹ ) (C ² ) (C ³ ) that is separated from the column that locks the longest vertical plate (or horizontal plate) at the left and right (or front and rear) ends. Separating pillar (C ³ ) (C ² )
(Horizontal plate locked to (C ¹ )). For example, a flat container can be inserted into the gap below the horizontal plate lower group on the disk and supported by the four columns before and after, and the container can be pulled in and out on the disk like a drawer.
(FIG. 1) The front of the storage is an opening (2). The vertical plate (or horizontal plate) is located above (or below) the space inside the warehouse (or left and right)
Nara classification. When pulling one of the front pillars to the other, the annular groove on the back of the disk that slides over the ring connected to the circular groove on the inside of the warehouse slides on the rotating wheel group, and the column group on one side of the disk moves by lever operation At the same time as turning to the opening, the front pillars move to the other side, and the rear pillars move to one side. (Fig. 3) Pillars (C ¹ ) (C ² ) at the oblique position of the pillars standing on the disk
The vertically elongated hole (C ³ ) is formed upward and backward in the front-rear direction, and also downward in the left-right direction. Both ends of the vertical plate and the horizontal plate are inserted, and the plate end hooks are continuously locked in the recesses below the hole. Alternatively, the article is inserted from between the left and right vertical plates onto the linear shelf (J) formed by the upper group of horizontal plates, and the left and right side surfaces of the article are supported by the left and right vertical plates. Alternatively, the pillars are moved so that the front and rear horizontal plates are turned to the front, and articles are sandwiched between the horizontal plates and inserted by sliding on the disk. The left and right sides of each article are supported by the front and rear horizontal plates. Alternatively, a small gap is formed between the upper and lower vertical and horizontal plates by pushing down the plate end hooks, and a thin plate having a height of the gap can be inserted into the gap. Alternatively, a low article having a height up to the head of the column is placed on a linear shelf formed by the upper group of vertical plates, and the vertical plate is locked by the front, rear, left and right columns to prevent deviation. Or move the pillar at the oblique position to the front. From the left (or front), insert a circular or square article on a disk (or on a linear shelf consisting of an upper group of horizontal boards) alongside various boards (or vertical boards), and flat both sides of the article The side is the front and rear side (or left and right side)
Supported by horizontal boards (or vertical boards). One surface of the vertical plate or the horizontal plate which is turned to the front of the storage box covers each of the inserted articles and covers the upper side or the lower side of the opening. [Embodiment] A storage box in which a lower group of horizontal plates is stacked on a disk is formed, or a storage box is formed in which a gap is formed between a lower part of a vertical plate and an upper part of a horizontal plate, and articles are inserted between the horizontal plates. Each thin plate is inserted on the linear shelf composed of the upper group of horizontal plates to close the gap, and an article is inserted between the vertical plates above the thin plates and supported by the vertical plates on both sides. Alternatively, the upper and lower vertically long holes of the columns of the column group standing on the disk are formed in the same direction, and only the vertical plates (or horizontal plates) in both the upper and lower sections divide the interior space. Leave a gap between the upper and lower same-direction boards so that thin sheets can be inserted in a cross shape.
Thus, each of the articles can be inserted into the article-storable portion where the same-direction horizontal plate (or vertical plate) is divided on the lower surface and the upper surface of the thin plate without using other extra materials. One of the same direction plate at the front opening
When the surface is turned, each stored article can be covered and the upper and lower portions can be covered. Alternatively, a rotatable disk is fitted into the upper and lower chambers, and the columns of the columns that are erected on each disk are pulled, and the column group is freely moved. Form a warehouse. The upper part of the inner trunk becomes wider near the inner corners of the four corners of the rectangular storage, so that decorative items can be stacked and decorated. (Fig. 5) Insert both ends of the vertical plate horizontal plate into the vertically long holes of the column along the outer periphery of the rotatable disk built in the circular storage (II), and lock the respective plate end hooks into the recesses below the hole. The pillars on both sides are widely opened as side openings on the drawing disk, and the gap between the outer periphery of the disk and the inner surface of the storage is made evenly round so that wide articles can be inserted. (Fig. 6) Pillars are set up along the outer circumference on the surface of a rotatable octagonal board (T) with a built-in rectangular storage, and a plurality of rings are movable in circular grooves formed on the inner trunk of the storage not visible from the surface. An annular groove on the back surface of the octagonal board (T), which is sequentially connected, is put on the wheel group.
Alternatively, a point-like convex portion near the outer periphery of the octagonal board is continuously formed one round to prevent the stored articles from deviating outside the board. Make the column head square or circular. Alternatively, a metal is attached to the upper, lower, or side surface of the storage to stabilize attraction to a magnet provided on a fitting. Or suspend the storage from the ceiling. Alternatively, a storage is sandwiched between the top and bottom or left and right figurines. The outer shape of the storage and the disk is the same shape or a different shape, such as a circle, a polygon, a square, or a mixed shape of a square and a circle. The ring (5) is made of metal, wood, rubber, or the like, and can absorb a rotating sound. Alternatively, the spherical ring (5), the vertical plate (D) and the horizontal plate (E) are formed of a shape memory plate or the like. Or, a single column (B) is formed by a plurality of rods or a rectangular storage (I) a circular storage (II) a disk (A) an octagonal disk (T) a column (B) a vertical plate (D) a horizontal plate (E ) Inner trunk (3) Concavo-convex screw (6) End hook (F) Pillar at pot position (C ¹ ) (C ² ) (C
³ ) etc. are formed of organic or inorganic materials such as natural or synthetic rubber such as wood, metal, synthetic resin, glass and the like. [Effects of the Invention] (FIG. 3) The front of the storage is an open port (2). A horizontal (or vertical) plate that is engaged with a pillar standing on the disk divides a lower (or upper) part of the internal space. When the pillars of the front pillar group are pulled from one side of the front to the other, the annular groove on the back of the disk that covers the movable ring (5) group connected to the circular groove of the inner trunk that is not visible from the surface slides, The operation allows the column group on one side to move to the other side. By pulling the columns, one surface of the horizontal plate or the vertical plate locked to the column group standing on the disk can be turned to the front. The lower end of the pillar is fitted to the hole of each gap on the disc with the concave and convex screws, and the vertical column can be pulled out from the disc hole by removing the concave and convex screws,
A vertical plate (D) in the longitudinal hole of each pillar facing front and back (or left and right)
The upper end of the elongated hole is opened only at the pressed end portion so that both ends of the (or horizontal plate) are inserted and the hook (F) at the end of the hole is pushed down and locked (returnable, push-up and detachable) in the recess below the hole end. By increasing or decreasing the number of columns and the number of vertical plates (or horizontal plates) engaged with the columns, the vertical plate (or horizontal plate) interval can be narrowed or widened. Alternatively, pillars for locking only the vertical plate or only the horizontal plate can be erected. A vertical plate (or horizontal plate) that is locked to a column that runs from the vertical center (or horizontal center) of the disk to the same row end
Is the longest vertical plate (or horizontal plate) that locks on a pillar that is separated from the end by an angle
About short. A horizontally and vertically long rectangle having a step between a long vertical plate and a shortest horizontal plate which are locked to four columns (C ¹ ). Or, a square with equal lengths of vertical and horizontal plates which are locked to four pillars (C ² ). Or 4
The long horizontal plate and the shortest vertical plate that are locked to the column (C ³ ) enclose a horizontally long, short and short rectangle with a step. In each of these boxes, insert each colored article along the horizontal board (or vertical board) in a line, and insert the colored sections of each article so that the horizontal (or vertical) rectangular section or square section can be distinguished from the others and arranged. it can. Since the section corresponding to the shape size, such as height, circle, square, sphere, trapezoid, etc. of the inserted article can be selected or the insertion section can be changed to be narrow or wide, the line between the lower horizontal plates or the upper group of horizontal plates Articles can be inserted into each storable portion on the shelf or between the upper vertical plates. In addition, spherical (or square) containers are spherical curved parts (or corners)
The upper part protrudes above the upper part of the vertical plate, and the lower part protrudes from between the linear shelves to between the horizontal plates to be stable. The column is pulled and the column group is turned obliquely with respect to the front, and is moved from the opening to the linear shelf consisting of the upper group of horizontal plates along each vertical plate, corresponding to the length from the opening to the front and rear of the outer periphery of the disk (or Magnetic disk or film tape or record or square book or file with circular outer shape on the disk alongside the horizontal plate for each of the left and right sections of the vertical plate or for each of the front and rear sections of the horizontal plate Or, an article such as a container is inserted, and the flat left and right sides of each inserted article are supported and stabilized by the vertical plates or horizontal plates on both sides of each section, so that the article can be prevented from swaying and collapse. Alternatively, an article such as a book is inserted one by one in each section on a linear shelf consisting of an upper group of horizontal plates along with a vertical plate, and both sides of the article are supported by the left and right vertical plates and erected. Since the upper portion of the horizontal plate of the linear shelf presses the lower portion of the inserted article at intervals, it is possible to prevent the column from moving outward even when the column is moved. The upper and lower vertical plates and horizontal plates that lock the pillars even if the articles are irregularly inserted into the storage part are supported by the pillars being moved by leverage and leverage, and the weight of the articles is evenly applied to the entire disk, so the disk , And the rotation of the disk can be smoothly performed. The lower end of the lower horizontal plate (or upper vertical plate) is inserted into the corresponding vertical hole of each column, and the end hooks are pushed down and engaged with the concave holes, and the lower ends of the lower horizontal plate (or the upper vertical plate) are engaged with each other. In order to support the inserted article from front to back (or left and right), even if the pillars are pulled from one side to the other, each pillar of the pillar group is hard to be damaged, and the linear shelf consisting of the vertical plate horizontal plate and the horizontal plate upper group The inserted article can be stably supported, the disc can be rotated lightly and safely, and the columns can be moved freely. The horizontal plate group blocks the lower part of the internal space of the warehouse and the vertical plate group blocks the upper part, so that the inserted article can be hidden to prevent deviation. Since the gap between the upper part of the inner body trunk and the outer periphery of the disk is constant, it is possible to prevent the inserted article and the inner part of the warehouse from being rubbed and damaged even when the column is moved. Efforts to install an extra board in the middle section of each article storage section of vertical and horizontal boards, labor saving of materials, insertion of articles on the linear shelf in a cross shape, stable support by vertical boards, horizontal horizontal board or front and rear direction By directing one surface of the vertical plate toward the front of the storage, there is an effect that the lower part or the upper part of the opening can be covered.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a front view. FIG. 2 is a horizontal intermediate cross-sectional view. FIG. 3 is a horizontal intermediate cross-sectional view showing a storage box with a top plate removed. FIG. FIG. 5 is a horizontal intermediate sectional view showing a circular storage and a disk in the embodiment. FIG. 6 is a horizontal intermediate sectional view showing a square storage and an octagonal disk in the embodiment. ) Square storage (2) Front opening (3) Inner trunk (4) Circular groove (3 ') Gap between upper part of trunk and outer periphery of disk (5) Ring (6) Uneven screw (A) Disk ( G) Annular groove (B) Column (C ¹ ) Column at diagonal position (C ² ) Column at diagonal center (C ³ ) Column at diagonal position (H) Disk outer periphery (J) Linear shelf (a)
Vertical slot (b) Recess (D) Vertical plate (E) Horizontal plate (F) End hook (II) Example circular storage (T) Example Example Octagonal board fitted to square storage

Claims (1)

(57) [Claims for registration of utility model] A plurality of rings are movably connected to the circular groove on the inner side of the warehouse, and the annular groove on the back of the disk is covered. A vertically long hole is formed in the middle of the column, and a concave is formed below the hole end. , The column is fitted on the surface along the outer circumference of the disc at every interval,
Standing up with screws that can be detached, pulling columns, pulling columns can be moved, inserting horizontal or vertical plate ends into longitudinal holes of opposing columns, locking plate end hooks in recesses, forming detachable, locking An article storage, wherein a linear shelf comprising an upper group of horizontal plates is formed so as to be able to store articles, and one surface of a horizontal plate or a vertical plate covers a lower part or an upper part of the opening. Warehouse.