Technical Field The present invention relates to an architectural brick included a container, which is comprising a nature rock outer wall (21 ) consists of an outer wall (21 ) for eco-friendly, an inter wall (22) consists of a form as a letter "S" or a letter "I" as ahstate left and right side of forward and backward as structurally rigid brick, a pressurizing resin material (24) for filling up by pouring to insert Styrofoam material container for maintaining of certain hardness and protecting cool air, noise, humidity as transferred from inside/outside of a building, a protrusion (25) of a side means for more protruding than inter wall (22) and outer wall (21 ) of the pressurizing resin material; and a pouring part (26) of an opposite side for more pouring than the inter wall (22) and outer wall (21 ).

Background of Art The present invention relates to an architectural brick included a container, in which includes a liquid urethane container (27), is excellent for protecting adiabatic and soundproof effect as a pressurizing resin material (24) is charged between inter wall (22) and outer wall (21 ).

Disclosure of Invention Technical Problem Generally, an architectural brick was constructed a wall of a building as layer-built by square red-bricks or cement bricks. However, this each brick was not good for adiabatic and soundproof effect, so it was needed following i construction to construct insulation and non-inflammability plasterboard inside of the wall by deterioration of insulation and soundproof effects. Thus, there was a problem as reducing the space for inside of the building to use due to the thickness of the wall. Besides, if the wall was constructed with the bricks, a working process was a complexity, and also it took a long time for the construction work time, so there was a limitation to reduce construction expenses and construction time. Also, another problem was that it was a dangerous in case of fire of a building constructed by the bricks due to the damage of plasterboard by an impact from exterior impact.

Technical Solution Accordingly, it is an object of the present invention to overcome the above problems encountered in the conventional art. The present invention improves adiabatic and soundproof effects because a pressurizing resin material (24) is charged between inter wall (22) and outer wall (21), is excellent for enhancing an adhering force between a pressurizing resin material (24) and an inner wall/outer wall, and provides an architectural brick included a container (27) as improving as a structural strength of a building is enhanced.

Advantageous Effects As mentioned above, the present invention provides to increase the space for inside of a building because the thickness of the wall of the present invention is more decreasing than the existing method of the construction, and can be cut expenses of construction and period of time for construction because a constructor does not have to construct separately decorative finish inside of wall of the building but only one step construction for finish of the construction. Moreover, the present invention improves adiabatic and soundproof effects because a pressurizing resin material (24) is charged between inter wall (22) and outer wall (21), also it is excellent for enhancing an adhering force between a pressurizing resin material (24) and an inner wall/outer wall.

Brief Description of the Drawings The present invention will become better understand with reference to accompanying drawings which are given only by way of illustration and thus are not limitative of the present invention, wherein; Figure 1 is a perspective view illustrating of an existing brick. Figure 2 is a perspective view illustrating of an architectural brick included a container according to the present invention. Figure 3 is an inside section view illustrating of an architectural brick included a container according to the present invention. Figure 4 is a perspective view illustrating of an architectural brick of a letter "I" type of an enforcement example according to the present invention. Figure 5 is a perspective view illustrating of a combination part of an architectural brick according to the present invention.

Best Mode for Carrying Out the Invention To achieve the purpose of the present invention, an architectural brick included a container of the present invention consists of a nature rock outer wall (21 ) consists of an outer wall (21 ) for eco-friendly, an inter wall (22) consists of a form as a letter "S" or a letter "I" as aristate left and right side of forward and backward as structurally rigid brick, a pressurizing resin material (24) for filling up by pouring to insert Styrofoam material container for maintaining of certain hardness and protecting cool air, noise, humidity as transferred from inside/outside of a building, a protrusion (25) of a side means for more protruding than inter wall (22) and outer wall (21 )of the pressurizing resin material, and a pouring part (26) of an opposite side means for more pouring than the inter wall (22) and outer wall (21 ). The pressurizing resin material (24) is poured into a container (27) of Styrofoam material for maintaining of certain hardness when it is filling up.

Mode for the Invention The preferred embodiments of the present invention will be described with reference to Figures. Figure 2 is a perspective view illustrating of an architectural brick included a container (27) according to the present invention. T he present invention consists of a nature rock outer wall (21 ) consists of an outer wall (21 ) for eco-friendly, an inter wall (22) consists of a form as a letter "S" or a letter "I" as aristate left and right side of forward and backward as structurally rigid brick, a pressurizing resin material (24) for filling up by pouring to insert Styrofoam material container for maintaining of certain hardness and protecting cool air, noise, humidity as transferred from inside/outside of a building, a protrusion (25) of a side means for more protruding than inter wall (22) and outer wall (21 )of the pressurizing resin material; and a pouring part (26) of an opposite side means for more pouring than the inter wall (22) and outer wall (21 ). Also, the architectural brick included a container is curing as possible as to get required strength when it is forwarding. Especially, it should not be in excess of 65 degrees C (Celsius) of a maximum degree and temperature curing as inner 20 degree C/h (Celsius per hours) at a time of starting of setting cement. It should not be early freezing damage at a time of curing and maintaining. Figure 3 is an inside section view illustrating of an architectural brick included a container according to the present invention. After curing of the inter wall (22), the pressurizing resin material (24) is filled up as setting a nature rock outer wall (21 ) and a brick metallic mould (23). The pressurizing resin material (24) is poured into a container (27) of Styrofoam material for maintaining of certain hardness when it is filling up. Figure 4 is a perspective view illustrating of an architectural brick of a letter "I" type of an enforcement example according to the present invention. Figure 5 is a perspective view illustrating of a combination part of an architectural brick according to the present invention. It is combined as to be in gear with a protrusion (25) of a side for more protruding than inter wall (22) and outer wall (21 )of the pressurizing resin material and a pouring part (26) of an opposite side for more pouring than inter wall (22) and outer wall (21 ). It is protected cool air, noise, humidity as finishing in the combination part by silicone (30). Also, it is molding an architectural joint (31 ) for a external appearance after finishing by silicone (30). Eventually, testing a strength examination for compression, absorption rate, and overall heat transmission of the present invention. The brick is finished in making smooth as flat and wide to be a right angle in vertical axes with testing a maintaining one which is more than seven days after the curing. The polished brick is testing as absorbing to put into pure water for 2 hours. At this point, a direction of the compression is to the direction of actual load and pressurize to make as a flat in overall. Compression in a general rule is strength about 0.2 N/mm2 (2.04kgf/cm2) per second for pressurization area using voltage equipment. Compressive Strength is calculated by an equation No. 1 in math as follows:

Compressive Strength (N/mm2) = Maximum Test Load / Pressurization Shear Area [Equation No. 1]

In addition, a testing brick used in absorption test uses the shape as it was in overall. The test brick is calculated by an equation No. 2 in math after calculating dry-weight in which is a testing absorbed brick from pure water the temperature 20±5°C for 24 hours and wet-weight in which is a testing dried brick from a dryer with the temperature 105±5°C for 24 hours as follows:

Absorption Rate (%) = ((mo - mi) / mi) *100 mo: wet-weight of a testing brick /Th: dry-weight of a testing brick [Equation No. 2]

Table 1 shows the result of compressive strength, absorption rate, and overall heat transmission rate from the experiment as follows:

[Table 1]

The present invention is not limited to the above embodiment. As the

present invention may be embodied in several forms without departing from the

spirit or essential characteristics thereof, it should also be understood that the

above-described examples are not limited by any of the details of the foregoing

description, unless otherwise specified, but rather should be constructed

broadly within its spirit and scope as defined in the appended claims, and

therefore all changes and modifications that fall within the meets and bounds of

the claims, or equivalences of such meets and bounds are therefore intended to

be embraced by the appended claims.