KR20160001904U - Flooring in the workability and insulation nophin Modular houses - Google Patents

Abstract

The present invention relates to a flooring material of a modular house which is structurally and reliably improved in workability and heat insulation against external moisture, cold and heat even if it is simply installed on a steel frame forming a bottom part of a modular building. A movable floor structure including a container house or a modular house in which the floor side of the floor on the ground side is a steel frame, which is a steel frame, is a wooden base which is basically applied to a bottom surface of a flat plate on a floor frame Bottom base 10 and. A bottom insulating material made of a synthetic resin corrugated cardboard (short plastic) bonded to the bottom of the floor base 10 so that insulation and durability are basically ensured with respect to moisture, cold, and heat from the outside, 20 and a decorative finish 40 which is typically applied as an aesthetic finish of the floor base 10 exposed to the bottom surface of the interior of the building structure 60.

Description

[0001] Flooring in the workability and insulation [0002] Modular houses [

The present invention relates to a flooring of a modular house which can be structurally reliably improved in workability and heat insulation against external moisture, cold and heat even if it is simply installed on a steel frame forming a bottom part of a modular building, Can be installed not only in a movable assembly type building structure including a container house or a modular house in which a bottom floor on the ground side is usually composed of a steel frame but also in a fixed type building structure in a wide and simple construction structure, And the flooring material of the modular house which is improved in the workability and the heat insulating property so that the workability thereof is remarkably simple and easy to work.

The modular house, which is commonly known as a container house, is being customized to meet the needs of users with various materials and forms as well as standardized containers of steel frames, and is being transported and installed.

Such a modular house basically forms a prefabricated container house composed of a lower bottom body, a side wall and an upper ceiling. Basically, a bed, a toilet and a sink are required as a minimum living environment for a user to live for a certain period of time And as a modular house that can be used as a customized mobile house, the spread is gradually increasing.

On the other hand, in a variety of buildings that can be assembled and disassembled not only in a container type modular house but also in a movable type building or a building, an assembling and construction structure which is naturally weak relative to moisture, .

For the sake of simplicity, in the description of the present invention, in the case of a mobile building referred to as a modular house in order to help to understand the configuration and the implementation principle, the flooring of the building structure so far is basically constructed of a wooden base, In the case of assembling, a variety of flooring structures and materials which can withstand external moisture, heat, cold and the like from the nature can be exhibited by the wood base alone.

However, based on a wooden base on a normal steel frame, which is the bottom layer of most of the building structures introduced so far, the wooden base itself is weak to moisture, which is the limit of the physical properties of the wooden base itself, and structurally and physically weak For example, the base of wood base may be used to bind another steel flooring material or to coat various chemicals or substances resistant to moisture and to improve durability. There have been numerous attempts to properly arrange other materials or structures for heightening, but it is expensive, and the work itself is difficult, so that economics and functionality can not be trusted.

As an improved prior art in this field, which has been introduced to improve the above-mentioned situation, there are known a conventional model registration No. 20-0311168 or a utility model registration No. 20-0230058, a patent application No. 10-2009-0125552 The effect of the moisture from the outside has been somewhat elevated. However, the technique has been introduced as a visible application technology. However, the construction technique of the overall bonding structure is complicated and not economical.

The present invention has been developed in view of the above circumstances, and it is a modular structure that can be structurally and reliably improved in workability and heat insulation against external moisture, cold and heat even if it is simply installed on a steel frame forming a bottom part of a modular- As a flooring material of a house, it is possible to install it in a wide construction structure easily and widely in a fixed type building structure as well as a movable building type building structure including a container house or a modular house in which the floor layer on the ground side is usually composed of a steel frame, The flooring of the modular house which can secure the structural integrity and the heat insulation and the warming property for all the natural conditions such as the heat and the heat and the workability and the heat insulating property that can naturally provide the working conditions remarkably simple and easy To It has its purpose.

The floor material of the modular house, which has improved the workability and the heat insulation property of the present invention developed to overcome such a problem, is a movable prefabricated building including a container house or a modular house composed of a floor frame, A structure, comprising: a floor base that is a wooden base that is basically applied to form a bottom surface of a flat plate on a floor frame; A bottom insulating material made of a synthetic resin corrugated cardboard (short pillar) bound to the bottom base so that insulation and durability can be basically ensured with respect to moisture, cold, and heat from the outside, which is transmitted to the floor base, And a decorative finish typically applied as an aesthetic finish of the floor base exposed to the surface. In particular, the stapler is configured as a bottom binding means capable of pressing the bottom insulating material at the bottom of the bottom base with ease and allowing the operator to bind the bottom insulating material to the bottom base in an integral structure.

The flooring material of the modular house which has improved the workability and the heat insulation of the present invention can be structurally and reliably improved in workability and heat insulation against external moisture, cold and heat even if it is simply installed on the steel frame forming the bottom part of the modular house As a novel flooring technology of a simple structure, it is possible to install the floor structure of the simple structure in a wide and simple construction structure not only in a movable assembly type building structure including a container house or a modular house, In particular, it is possible to secure insulation and warmth in a structurally reliable and stable manner against all natural conditions such as moisture, cold and heat transmitted from the outside, and to provide a construction condition that is remarkably simple and easy to work with, Breakthrough It is expected to be nophil.

FIG. 1 and FIG. 2 are perspective views showing a separated state and a coupled state showing a constitutional relationship constituting the bottom material of a modular house having improved workability and heat insulation of the present invention. FIG.
FIG. 3 is a perspective view showing the construction of a modular house or a container house of a modular house or a container house, in which a flooring material of a modular house having a high workability and a high heat insulating property of the present invention is installed and a decorative finishing material A state of use.

Hereinafter, preferred embodiments will be described in more detail with reference to the drawings, with reference to specific constitutional relationships and construction constructions of a floor material of a modular house having improved constructability and heat insulation in the present invention.

As shown in the separated state and the combined state diagram of the floor material of the modular house of the present invention shown in Figs. 1 and 2, a container having a floor frame 50, which is a steel frame in the form of a grid, A floor base (50), which is basically a wooden base that is basically applied to form a floor surface of a flat plate on a floor frame (50) formed in a lattice form capable of supporting the floor base (10) as a whole, (10).

In addition, the base unit 10 is low in cost, light in weight, durable, and heat-insulating property, so that it can be basically bonded to the bottom of the floor base 10 to ensure insulation and durability against moisture, A decorative finishing material 40 which is commonly applied as an aesthetic finish of the floor base 10 constituted by a high-synthetic resin corrugated cardboard (short-pore) floor insulation 20 and of course exposed to the floor surface inside the building structure 60, So as to form a structure.

Particularly, the bottom insulating material 20 at the bottom of the bottom base 10 can be easily pressed and pressed by an operator using a stapler, thereby bonding the bottom insulating material 20 to the bottom base 10 in an integral structure Another technical feature of the present invention is that the stapler barb is constructed as the bottom binding peg 30.

As described above, the present invention is applied to a floor base 10 of a wooden material, which is applied to a floor frame 50 formed in a generally lattice form, A floor insulator 20 made of a synthetic resin corrugated cardboard (single ply) having a very high durability and a high heat insulating property to which the effect can be exerted is applied, and a stapler using a stapler, It can be applied as a coupling means 30 so that it can be structurally and reliably improved in workability and heat insulation against external moisture, cold and heat even if it is simply installed on a steel frame forming a bottom portion of the modular building.

As shown in the use state diagram of FIG. 3, the floor material of the modular house, which has improved the workability and the heat insulation property of the present invention so as to secure such simple but sure durability and heat insulating property, Is mounted on a floor frame (50), which is a steel frame of a modular house or a container house, which is a movable prefabricated building structure, and is installed as a decorative finishing material (40) for arranging general aesthetic effects and floor finishes on the floor frame (50) The present invention can be expected to have application and effect as a floor material of a building structure 60, which is a modular house that can improve the workability and heat insulation structurally reliably with respect to external moisture, cold, and heat.

10: floor base 20: floor insulation
30: heat insulating binding member 40: decorative finishing material
50: floor frame 60: building structure

Claims (2)

A movable prefabricated building structure including a container house or a modular house in which a bottom floor on the ground side is constituted by a bottom frame which is a steel frame,
A floor base 10 which is a wooden base which is basically applied to form a bottom surface of a flat plate on a floor frame 50;
A bottom insulating material made of a synthetic resin corrugated cardboard (short plastic) bonded to the bottom of the floor base 10 so that insulation and durability are basically ensured with respect to moisture, cold, and heat from the outside, 20,
A flooring of a modular house comprising a decorative finishing material (40) which is typically applied as an aesthetic finish of the floor base (10) exposed to a floor surface inside a building structure (60).
The method according to claim 1,
The bottom insulating material 20 at the bottom of the bottom base 10 is a bottom binding hole 30 which can be easily pressed by an operator to bind the bottom insulating material 20 to the bottom base 10 in an integral structure, Wherein the reinforcing member is made of a reinforcing material.

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