JP3169790U - Cube-type unit seat - Google Patents

Abstract

[PROBLEMS] To provide a unit seat that can be used in various shapes by using a square pillar-shaped cushion that is unquestioned up and down, applying one side of a separate fastener to all 12 sides, and connecting multiple cushions together. Provide ingredients. [Solution] In making square pillars, the cushion urethane 1-1 has been devised to maintain the weight and seat comfort, and the fabric cover 1-2 uses materials such as durability, water repellency, and touch, The separate fastener 1-3 has excellent durability and can be easily attached and detached, so that a cube-type unit is formed, and various shapes of seats are possible. In order to keep the cover clean, urethane outlets 1-4 were provided. [Selection] Figure 1

Description

This proposal relates to a sitting tool that uses one side of a separate fastener on all of the 12 sides and utilizes a square columnar cushion that is unquestioned.

This is a seating tool that can be easily made in various shapes by applying a square fastener to a lightweight urethane cushion with a separate pillar and making it a cube-type unit. Therefore, the range of user needs varies.

In the conventional sitting tool, a space problem often occurs even when the layout is changed.
In addition, there is a labor burden when moving. This plan can be easily disassembled, and one unit is light. Therefore, since various assembly is possible, the problem of space and movement is to be solved.

The present invention utilizes a lightweight cushion with a square pillar shape that is independent of the top and bottom, with one side of a separate fastener on all 12 sides. Half of the fasteners are equipped with sliders, and multiple cushions can be joined together. By combining the cushions, it is possible to construct various seats.

As described above, the cubic unit seat that enables various shapes of the present invention has no limitation on the shape and purpose of use of the seat, and is left to the free idea of the user, and can be used for beds, playground equipment, etc. Correspondence is possible. Furthermore, convenience is improved by connecting parts with pockets or small cushions.

It is a square pillar figure of the sitting tool which enables various forms of this proposal. It is an expanded view of the example of a shape made by the combination of the unit of this design seat.

In producing the square pillar shape, the size was also ergonomically considered, and in order to reduce weight and maintain a soft seating comfort, urethane with a high resilience at the center and low resilience at the surface was applied. For the fabric cover, materials that are durable, water-repellent, and soft are used. Separate fasteners are durable, can be easily attached and removed, and have a decorative function to decorate the cushion.

Examples will be described with reference to the accompanying drawings. Fig. 1-1 shows an integrally formed urethane using high resilience, medium resilience and low resilience. 1-2 is a material that can be easily removed with a cloth cover and washed in a washing machine, so it can always be used cleanly. 1-3 is a separate fastener that can be freely attached and detached. 1-4 is a take-out port from which urethane can be removed. 1-5, FIG. 1-6, FIG. 1-7, and FIG. 1-8 are optional parts, and lead to improvement in convenience depending on how the user uses them.

FIG. 2 is an example in which various shapes of seats can be configured by combining units. There are no restrictions on the shape of the sitting tool and the purpose of use, and it is possible to construct more shapes according to the user's free ideas.

1 Urethane 2 Cloth cover 3 Fastener 4 Outlet 5 Optional part seat cover 6 Optional part pocket 7 Optional part tissue cover 8 Optional part drop cushion

Claims (1)

Utilizing a lightweight cushion of square pillar shape that has one side of a separate fastener on all 12 sides, the fastener has a slider in half and can be used to connect multiple cushions. A cube-type unit seat.

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