Note: Descriptions are shown in the official language in which they were submitted.
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ARCHITECTURAL BRICK
Technical Field
The present invention relates to an architectural brick capable of
significantly enhancing adiabatic and soundproof effects in such a manner that
s a foam resin material is filled between an inner wall and outer wall. An
adhering force b etween a foam r esin m aterial a nd a n i nner w all/outer w
all i s
excellent. A structural strength of a building is enhanced. A high quality
building can be constructed with the bricks of the present invention.
According to the present invention, in an architectural brick used for a
to wall of a building, an inner wall 10 and an outer wall 20 formed of a
reinforced
structure are spaced apart by a certain distance. A foam resin material 30 is
filled between the inner wall 10 and the outer wall 20. The inner wall 10 and
the outer wall 20 are integrally adhered by a foam resin material 30. A
protrusion 31 protruded from a surrounding portion more than the inner wall 10
is and the outer wall 20 is provided in the foam resin material 30. The inner
wall
and the outer wall 20 are embedded in the protrusion 31 at a certain
depth. The foam resin material 30 for thereby enhancing an adhering strength
surrounds the embedded parts 11 and 21.
2o BACKGROUND ART
As an a rchitectural brick of the p resent invention, in more d etails, an
architectural brick capable of significantly enhancing adiabatic and
soundproof
effects in such a manner that a foam resin material is filled between an inner
wall and outer wall. An adhering force between a foam resin material and an
2s inner wall/outer wall is excellent. A structural strength of a building is
i
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enhanced. A high quality building can be constructed with the bricks of the
present invention.
Generally, an architectural brick was used to square red brick or cement
brick. A building's wall was constructed and adhering by covering with cement
s between those bricks.
Thus, a building by ordinary bricks had a gap between brick by brick.
The problem was that easily water or humidity in rainy season through the gap
flow in the wall of a building. This became a cause of deterioration of
adiabatic
of the brick itself by damp in the wall of a building. Also, it was needed
to following construction to construct insulation and non-inflammability
plasterboard inside of the wall by deterioration of insulation and soundproof
effects. This was cause of spending too much money and time-consuming to
construct. Another problem was that it was a dangerous in case of fire of a
building constructed by ordinary bricks due to the damage of plasterboard by
an
is impact from exterior impact.
Moreover, another problem is that if those kinds of bricks as red bricks
or cement bricks are used for construction, then a structural strength of a
building and adiabatic and soundproof effects were not enhanced. Also, it was
constructed with the non-inflammability plasterboard inside of wall for a high
2o quality building.
DISCLOSURE OF INVENTION
Accordingly, it is an object of the present invention to overcome the
above problems encountered in the conventional art.
2s It is another object of the present invention to provide an architectural
brick capable of significantly enhancing adiabatic and soundproof effects in
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such a manner that a foam resin material is filled between an inner wall and
outer wall. An adhering force between a foam resin material and an inner
wall/outer wall is excellent. A structural strength of a building is enhanced.
A
high quality building can be constructed with the bricks of the present
invention.
s As mentioned above, the architectural brick of the present invention
improves enhancing adiabatic and soundproof effects in such a manner that a
foam resin material 30 is filled between an inner wall 10 and outer wall
20. Besides, the architectural brick of the present invention is excellent for
insulation, soundproof and damp-proof effects due to adhering force between
to foam resin materials 30. Also, a merit of the present invention is cut
expenses
of construction and period of time for construction because a constructor does
not have to construct separately insulation and non-inflammability
plasterboard
inside of wall of the building.
Moreover, it is excellent for enhancing an adhering strength surrounds
is the embedded parts 11 and 21 because of a lot of unevenness surrounds the
embedded parts 11 and 21, hanging to direction of right angle with a foam
resin
material 30 which is filled between the inner wall 10 and the outer wall 20.
Besides, the architectural brick of the present invention is for decoration
plasterboard such as marble. Thus, a high quality building can be constructed
2o with outer wall 20 of the bricks of the present invention.
Brief Description of the Drawincts
The present invention will become better understand with reference to
accompanying drawings which are given only by way of illustration and thus are
2s not limitative of the present invention, wherein;
Figure 1 is a view illustrating of an architectural brick according to the
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present invention.
Figure 2 is a view illustrating of constructed bricks in outline of an
architectural brick of Figure 1 according to the present invention.
Figure 3 is a top view of constructed bricks in outline of an architectural
s brick of Figure 1 according to the present invention.
Figure 4 is a side elevation of constructed bricks in outline of an
architectural brick of Figure 1 according to the present invention.
Figure 5 is a plan view of showing adhering inner wall and outer wall
between according to the present invention.
to Figure 6 is another view illustrating of an architectural brick according
to
the present invention.
Best Mode for Carryina Out the Invention
According to the present invention, in an architectural brick used for a
is wall of a building, an inner wall 10 and an outer wall 20 formed of a
reinforced
structure are spaced apart by a certain distance. A foam resin material 30 is
filled between the inner wall 10 and the outer wall 20. The inner wall 10 and
the outer wall 20 are integrally adhered by a foam resin material 30. A
protrusion 31 protruded from a surrounding portion more than the inner wall 10
2o and the outer wall 20 is provided in the foam resin material 30. The inner
wall
and the outer wall 20 are embedded in the protrusion 31 at a certain
depth. The foam resin material 30 for thereby enhancing an adhering strength
surrounds the embedded parts 11 and 21.
According to another distinguishing of the present invention, the outer
2s wall 20 is consisting of such as decoration plasterboard. Thus, it is
provided
an architectural brick as a constructor does not have to construct separately
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insulation and non-inflammability plasterboard inside of wall of the building
for
finishing of the construction.
The preferred embodiments of the present invention will be described
with reference to the accompanying drawings.
s Figure 1 through Figure 5 is a view illustrating as a top, a plan, and a
side a levation o f a n architectural brick a ccording t o t he present i
nvention. If
you see those views illustrating, the architectural brick of the present
invention
improves enhancing adiabatic and soundproof effects in such a manner that a
foam resin material 30 is filled between an inner wall 10 and outer wall
io 20. Besides, the architectural brick of the present invention is excellent
for
insulation, soundproof and damp-proof effects due to adhering force between
foam resin materials 30. Also, a protrusion 31 protruded from a surrounding
portion more than the inner wall 10 and the outer wall 20 is provided in the
foam
resin material 30. The inner wall 10 and the outer wall 20 are embedded in the
is protrusion 31 at a certain depth. The foam resin material 30 for thereby
enhancing an adhering strength surrounds the embedded parts 11 and 21.
The inner wall 10 is as a shape of ~ using cement frame, the inner is
making passing up and down the embedded parts 11 through direction to outer
wall 2 0. Also, an i nner w all 1 0 and a n outer w all 2 0 formed of a
reinforced
zo structure are spaced apart by a certain distance, are consisting of
decoration
plasterboard as a marble. Thus, an inner wall 10 and outer wall 20 is
excellent
for structurally rigid brick. Also, the outer wall 20 of the present invention
brick as itself is a stone of a building as a marble for decoration.
The foam resin material 30 is filled between the inner wall 10 and the
2s outer wall 20, is spaced apart by a certain distance. The inner wall 10 and
the
outer wall 20 are integrally adhered by a foam resin material 30. Also, a
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structural strength of a building is enhanced because it is made of a strength
of
materials such as urethane. At this point, a protrusion 31 protruded from a
surrounding portion more than the inner wall 10 and the outer wall 20 is
provided in the foam resin material 30. The inner wall 10 and the outer wall
20
s are embedded in the protrusion 31 at a certain depth. The foam resin
material
30 for thereby enhancing an adhering strength surrounds the embedded parts
11 and 21. At this point, if it is constructed by each brick, a protrusion 31
of a
foam resin material 30 touches each other, then become open between bricks
in forward and backward. The bricks are strengthen their adhesion by filling
to cement in the open space 40.
Figure 6 is another view illustrating of an architectural brick according to
the present invention, as reference to this Figure 6, the architectural brick
used
for a wall of a building, an inner wall 10 and an outer wall 20 formed of a
reinforced structure are spaced apart by a certain distance. A foam resin
is material 30 is filled in the space between the inner wall 10 and the outer
wall
20. The inner wall 10 and the outer wall 20 are integrally adhered by a foam
resin material 30. A protrusion 31 protruded from a surrounding portion more
than the inner wall 10 and the outer wall 20 is provided in the foam resin
material 30. The inner wall 10 and the outer wall 20 are embedded in the
2o protrusion 31 at a certain depth. The foam resin material 30 for thereby
enhancing an adhering strength surrounds the embedded parts 11 and 21.
Thus, this is the same as Figure 1 of view illustrating of an architectural
brick
according to the present invention.
However, another view illustrating an architectural brick according to the
2s present invention in Figure 6, the difference is that the inner wall 10 is
constructing separately a part of front 15 and a part of rear 13 as from
division
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line D to D', and improving enhancing adiabatic and soundproof effects are
double due to decorating foam resin materials 30 and 36 in parts 11 and 16,
and
also improving an adhering strength of an architectural brick according to the
present invention because it is in gear with a part of front 15 and a part of
rear
s 13.
Moreover, the foam resin materials 30 of outer wall 20 in the foam resin
materials 30 and 36 is the same as the Figure 1 above. The foam resin
material 30 is filled between the inner wall 10 and the outer wall 20. A
protrusion 31 protruded from a surrounding portion more than the inner wall 10
io and the outer wall 20. Besides, the part of front 15 and the part of rear
13 of
the inner wall 10 can be constructed by not only forward and backward but also
leftward and rightward. Thus, this can be more powerful for adiabatic and
soundproof effects of a building.
As mentioned above, an architectural brick used for a wall of a building,
is an inner wall 10 and an outer wall 20 formed of a reinforced structure are
spaced apart by a certain distance. A foam resin material 30 is filled between
the inner wall 10 and the outer wall 20 which are constructed by powerful
architectural bricks, so the architectural brick of the present invention is
excellent for insulation, soundproof and damp-proof effects due to adhering
2o force between foam resin materials 30. Even more, the bricks of the present
invention can be a powerful materials for constructing a building due to close
adhesion between bricks with foam resin material 30 each others.
In addition, separately a constructor does not need any of non
inflammability plasterboard by the bricks of the present invention for
insulation,
2s soundproof and damp-proof effects. Thus, a constructor can reduce period
time of construction and a cost for constructing a building by an
architectural
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brick of the present invention. Even more, the present invention is excellent
for
against fire by the bricks with non-inflammability foam resin material 30 in
case
of fire of a building.
Moreover, the present invention can be improved adhering strength
s because the foam resin material 30 for thereby enhancing an adhering
strength
surrounds the embedded parts 11 and 21. Also, the present invention can be
improved powerful adhering because the foam resin material 30 is filled
between the inner wall 10 and outer wall 20. Even more, the present invention
is excellent for enhancing an adhering strength surrounds the embedded parts
l0 11 and 21 because of a lot of unevenness surrounds the embedded parts 11
and 21, hanging to direction of right angle with a foam resin material 30
which is
filled between the inner wall 10 and the outer wall 20 as Figure 5.
In addition, if the present invention is constructed closely adhesion by
the bricks of the present invention, the present invention is connected not
only
is protrusions 31 each others of a foam resin material 30 but also cement is
filled
between the bricks of the protrusions 31. Thus, using the bricks of the
present
invention can be a merit for enhancing an adhering strength.
Even more, a high quality building can be constructed for decoration
plasterboard of outer wall 20 such as marble.
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