JP3152891U - Improved structure of variable storage partition unit - Google Patents

Abstract

The present invention provides an improved structure of a variable storage partition unit that is simplified in construction and economical. The storage partition unit has a dimension width of 900 mm or less and a plurality of types of height dimensions, and is a separable division unit body. The division unit bodies are stacked to have a desired height. . A back panel A to which a fixture having a bolt C is attached is used on the back side of the storage partition unit, and it is attached to the cabinet H without a base material. In addition, it is possible to design a curve by using a horizontal cross-section trapezoidal shape for the storage partition unit. [Selection] Figure 1

Description

  In the present invention, by changing the variable storage partition unit, it is desirable to change the partition as a means to solve the change of residents and various demands, but there will be problems with renovation work . Many troubles such as time and costs associated with construction will occur. With the improved variable storage partition unit, these problems can be solved, and the partition can be easily changed at any time using straight lines and curves that meet the needs of the partition by a simple construction method.

  The storage partition unit is a partition structure in which the entrance door is attached between the walls connecting the box from the wall to the wall without creating a partition wall.Equipment piping and lighting fixtures are provided between the ceiling and the baseboard. A general outlet is prepared, and an air conditioner is prepared at the top of the doorway. The back of the unit has a structure with a decorative panel.

JP 11-137346 A

  The disadvantage of the current dimensions is that the storage unit is too large, which increases the cost of the material at the factory. The partition storage rear panel is also a large format, and the finishing material is pasted on the base material, which increases the material cost. Due to the large size of the product, it was difficult to carry in the site and the construction work involved was complicated, requiring several trainers, and the overall selling price was high.

  The width dimension (600, 750, 900, 1200) of the current storage unit is changed to the width dimension 900 as a basic basis, and is made 900 or less if necessary. The height dimension is modularized (580, 720, 880, 1000, 1300), and if necessary, the desired height can be obtained by stacking the divided units, and the back panel has been improved to eliminate the need for extra materials. In addition, the unit division improves the factory productivity and reduces the cost. In addition, it is easy to carry on site, simplification of construction, and design of beam and column parts, and if it is designed using a trapezoidal unit, straight lines and curves can be made freely. In the case of a straight line, the back side of the unit is only a panel and can only be used as a wall, but if a curved line is used, the unit can also be incorporated.

  The width dimension of the storage unit is basically 900 mm, and the dimension as required is also 900 mm or less. The height dimension is divided into modules. The width of the partition back panel is 450 mm. Special mounting hardware eliminates the need for base materials. By making a trapezoidal unit, it was possible to design from a straight line to a curved line, and free units were placed on the back side of the partition, eliminating the front and back of the room. Reduced material reduces costs, reduces labor costs required for on-site delivery by dividing units, simplifies construction methods, eliminates the need for extra materials, and reduces overall selling prices. Can also be used for. The improved partition unit makes it possible to easily change the room, and it is a device that can meet a wide range of user needs.

It is the figure which fixed the attachment metal fitting to the back side of a back panel (A). The cross section is shown so that the bolt (C) can be seen. It is detail drawing of an attachment metal fitting (I) and a receiving metal fitting (fastening metal fitting) (b). Sectional detail showing the state where the mounting bracket is fixed to the back panel (Fig. 3-1) attached to the cabinet (H), (Fig. 3-2), pressed by the receiving bracket (fastener), and tightened and fixed by the nut D FIG. It is a module figure of a division | segmentation storage unit (cabinet). A front view of the frontage width and depth dimensions of 590 mm and 640 mm are shown in cross-sectional views. A trapezoidal cabinet front view “a” is represented by a plane (b), and (c) the plan view is a design explanatory view of the trapezoidal cabinet. When a trapezoidal cabinet is connected to a straight cabinet, a curve is created, and when a storage cabinet is attached to the room on the back side, there is a feature that the idea of the back and front of the room disappears, and the door is illustrated. A floor plan using a trapezoidal cabinet (d) A room with a storage cabinet attached, avoiding the beam protruding on the ceiling. (E) shows a curve partition in a plan view.

[FIG. 1] Storage partition (A) As shown in the figure, (C) a metal fitting with a bolt is fixed to the back surface of the back panel with (F) a metal screw. (G) The reinforcing plate (B) is attached and fixed to the back of the back plate (H) of the cabinet. The bolt hole of (C) is penetrated, and the fastener of (D) is fixed with the (E) nut.
[FIG. 4] A division module of the storage cabinet.
[FIG. 5] A rectangular cabinet is made. By using a trapezoidal cabinet, it was possible to design freely from linear partitions to curved partitions, and the back of the partition could be stored in a room that was only made of panel material.

Embodiments will be described below with reference to the accompanying drawings.
By using the bracket shown in FIG. 2 for the back panel (back panel) of FIG. 1, the back panel can be directly attached to the back of the cabinet (unit). When removing, the back panel can be removed simply by removing the nut D. In addition, since the width dimension of the back panel is 450 mm, handling is easy.
“FIG. 4” shows a division module diagram of the storage cabinet.
The cabinets are stacked up and down according to the effective dimensions of the ceiling height, etc., but they are fixed with screws. It is also possible to cope with beams and pillars protruding in the room.
By creating the trapezoidal cabinet shown in Fig. 5, rooms that are difficult to partition can be freely designed by mixing curves in a straight line.
“FIG. 6” An illustration of the use of units on both sides using straight lines and curves is shown.

  Apartment houses and super high-rise apartments are being built, but it is not possible to meet a wide variety of demands only with the floor plan decided from the beginning. For this purpose, a skeleton finished house is desirable. In other words, if the partition can be easily moved at any time, it can respond to changes in people and diverse demands. Material costs, construction costs, time, etc. associated with transportation can be saved, and it is not necessary to produce fixed partition walls in construction work. The storage partitions also have storage, so the selling price is high. Various improvements have been made into an improved partition unit, which is useful for reducing the selling price and is widely used in housing construction.

A Back panel B Reinforcing material (Reinforcing fasteners attached to the back panel of the cabinet)
C Bolt for attaching the back panel D Nut for 5 mm E Screw hole diameter of 3 mm for fixing the mounting bracket to the back panel
F Opening hole through which the bolt of the mounting bracket is passed G Washer for nut tightening H Cabinet cross section I Back plate of the cabinet A Mounting bracket B Receiving bracket (fastener)
a trapezoidal cabinet front view b trapezoidal cabinet plan view c trapezoidal cabinet and straight line cabinet connection plan d trapezoidal cabinet sketch e trapezoidal cabinet curve plan view

Claims (3)

An improved structure of the storage partition unit,
An improved structure of the storage partition unit characterized in that the storage partition unit has a dimension width of 900 mm or less and a plurality of types of height dimensions, and the assembly is composed of divided unit bodies.   2. A back panel which has a mounting tool having a fastener such as a bolt on the back side of the storage partition unit and which can be attached to a cabinet (frame body) without using a base material. Improved structure of the storage partition unit.   The improved structure of the storage partition unit according to claim 1, further comprising a storage partition unit having a trapezoidal shape in a horizontal section.

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