KR100541665B1 - Air circular system construction method for interior edge closing molding of building - Google Patents

Abstract

The present invention relates to a construction method of an air circulation system using moldings for finishing interior corners of a building to simplify the structure and simplify disassembly and assembly.

In this construction method, the projection jaw 101 is formed on the ceiling slab 100 using the grooves 81 of the formwork 80 at the position adjacent to the wall 200, and the stick (at the position adjacent to the ceiling slab 100). A first step of forming the coupling groove 201 by using the die 90 to which the 91 is fixed; The hole 111 corresponding to the hole 401 while positioning the duct 400 having the outside air introduced by the blower fan 600 and the hole 401 formed on the bottom between the wall 200 and the protruding jaw 101. A second step of inserting the formed ceiling plate 110 into the coupling groove 201 and fixing the ceiling plate 110 to an end of the hanger 20 having one end fixed to the ceiling slab 100; A third step of fixing the first bracket (41) at a predetermined interval to the wall (200) at a lower position adjacent to the ceiling plate (110); A fourth step of fixing the second bracket (42) at a predetermined interval to the ceiling plate (110) adjacent from the wall (200); The engaging protrusions 305 and 306 coupled to the first and second brackets 41 and 42 are elastically deformed, respectively, and the engaging protrusions 305 and 306 are formed on the rear side, and each end thereof is the wall ( Blowing hole formed at regular intervals between the wall contact wing 303 and the ceiling contact wing 304 in close contact with the 200 and the ceiling plate 110 and the wall contact wing 303 and the ceiling contact wing 304 ( 302 and guide ribs 307 and 308 extending from upper and lower edges of the blowing hole 302 and closely contacting end portions of the wall 200 and the ceiling plate 110, and the blowing hole 302. Cover 310 which is detachably coupled to the cover, and the wall-adhesive wing 303 and the ceiling-adhesive wing 304 and the outer surface of the cover 310 are elastic, made of a printed patterned film paper 320 having a pattern Preparing a molding member 300 formed of rubber and the filter 330 is coupled to the blowing hole 302 to filter foreign matter from the outside air introduced into the room A fifth step; And a sixth step of elastically deforming the molding member 300 to fix the locking protrusions 305 and 306 to the first and second brackets 41 and 42 by walking.

Such a construction method maintains the ceiling plate 110 stably by the construction of the protruding jaw 101 and the coupling groove 201 and stably supports the duct 400 to enable safe construction, and the duct 400. Separate and cut off from the outside by the ceiling plate 110 and finish the corners of the ceiling plate 110 and the wall 200 with a single molding member 300 to enable a stylish finish as compact unlike the conventional Reduction of the number of parts makes assembly and disassembly simple and economic construction possible.

Molding member, air circulation, duct, ceiling plate, printed film film

Description

Air circular system construction method for interior edge closing molding of building

1 to 3 is a schematic view showing a conventional ventilation device,

4 is a schematic view showing an air circulation system constructed by the present invention construction method,

Figure 5 is a construction cross-sectional view of the air circulation system constructed by the construction method of the present invention,

6 is a cross-sectional view of the molding member,

7 and 8 are schematic views for explaining the construction method of the present invention.

* Explanation of symbols for main parts of the drawings

100 ... ceiling slab 101 ... protrusion

110 ... top plate 200 ... wall

201 ... Joint groove 300 ... Molding member

320 ... printed film 400 ... duct

The present invention relates to a construction method of an air circulation system using moldings for finishing interior corners of buildings, and more particularly, to an air circulation system using moldings for finishing interior corners of buildings to simplify structure and simplify disassembly / assembly. It is about a construction method.

Molding for interior construction is an interior finishing material that creates a stylish interior atmosphere by decorating the interior of buildings such as apartments by installing them at corners where ceilings and walls meet and corners where floors and walls meet.

Recently, a ventilation device for air conditioning in the room as well as the function of such interior finishing materials has been proposed.

As an example, the molding ventilator disclosed in Korean Utility Model Registration No. 0266773 is mounted on a right angled portion where a side wall 17 and a ceiling 18 meet, as shown in FIGS. "A" shaped duct 2 with screw groove 16b formed at its end, " T " shaped rubber packing 9 with flange formed at the bottom to fit the screw groove 16b, and the rubber packing 9 And a duct cover 3 on which an air flow control plate 7 is mounted to the inside of the opening formed at equal intervals, and the grill 8 is mounted on the outside thereof, so that both sides contact the upper side thereof. A molded duct 1 composed of a molding 4 mounted on the outside of the duct cover 3 is provided.

Such a molded duct (1) allows the outside air to be supplied to the room by the operation of the intake fan (5) as shown in FIG.

However, the ventilation device as described above has the following problems in spite of having the advantage of performing a function as a finishing material and a ventilation function together.

First, a separate duct is formed in the corner portion between the side wall 17 and the ceiling 18 by the "a" shaped duct 2 and the duct cover 3, and the molding 4 is separately formed as a finishing material on the outside thereof. By having a structure to be attached, the structure is complicated, the assembly and disassembly is cumbersome, and thus the cleaning in the duct is inconvenient. In addition, the construction cost increases due to the large number of parts.

Second, by constructing the duct and the molding 4 together at the corners between the sidewall 17 and the ceiling 18 exposed to the room, the space occupied by the duct and the molding substantially increases, thereby deteriorating the function as an interior finishing material. .

Third, the "a" shaped duct 2 is adhered to the ceiling 18 and the side wall 17 by the adhesive, so if the initial attachment position is wrong, reattachment is inconvenient, and the performance of the adhesive is changed according to the room temperature change after construction. There is a problem that the maintenance period is shortened due to deterioration.

The present invention was created in order to solve the above problems, the assembly is easy to assemble during construction, easy to disassemble / assemble during cleaning, and to ensure that the construction period to extend the maintenance period due to the removal of parts, such as stable construction The purpose is to provide a construction method of the air circulation system using the molding for finishing the interior corners.

The present invention to achieve the above object in the construction method of the air circulation system using the molding for finishing the interior corners of the building,

Forming a protruding jaw in the ceiling slab by using the groove of the formwork at a position adjacent to the wall, and forming a coupling groove in the wall by using a formwork having a stick fixed at the position adjacent to the ceiling slab;

A hanger having one end fixed to the ceiling slab by inserting a ceiling plate having a hole corresponding to the hole into the coupling groove while locating a duct in which outside air is introduced by the blower fan and a hole is formed at the bottom between the wall and the protruding jaw. A second step of fixing the ceiling plate to an end of the ceiling plate;

 A third step of fixing the first bracket to the wall at a lower position adjacent to the ceiling plate at a predetermined interval;

A fourth step of fixing a second bracket to the ceiling plate adjacent to the wall at a predetermined interval;

A latching projection coupled to each of the first and second brackets by elastic deformation, and a locking projection formed on each rear side of each of the locking projections and a wall contacting wing and a ceiling contacting wing, each end of which is in close contact with the wall and the ceiling plate, and the wall contacting wing and A blowing hole formed at regular intervals between the ceiling fitting wings, guide ribs extending from upper and lower edges of the blowing hole, the ends of which are in close contact with the wall and the ceiling plate, and a cover detachably coupled to the blowing hole; And a molding member formed of an elastic rubber made of a printed patterned film paper attached to the outer surface of the wall close-up wing, the ceiling close-up wing and the cover, and a patterned printed film paper, and coupled to the blower to filter foreign matter from the outside air introduced into the room. A fifth step of preparing a filter;

And a sixth step of elastically deforming the molding member to fix the locking protrusion to the first and second brackets.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

The construction method of the embodiment of the present invention is easy to assemble at the time of construction and easy to disassemble / assemble during cleaning, and to extend the maintenance period due to the dropping of parts due to the stable construction than conventional.

The construction method of the air circulation system using the molding for interior corner finishing of the building of the embodiment of the present invention as follows.

First, referring to FIGS. 7 and 8, the protrusion jaw 101 is formed on the ceiling slab 100 using the grooves 81 of the formwork 80 at a position adjacent to the wall 200, and the ceiling slab 100 is formed. The coupling groove 201 is formed in the wall 200 by using the die 90 in which the stick 91 is fixed at a position adjacent to the wall.

At this time, the interval between the projection jaw 101 and the coupling groove 201 from the edge between the wall 200 and the ceiling slab 100 is designed and formed according to the width of the duct 400 to be installed later, and the projection jaw ( The duct 400 is designed to be forcibly inserted between the 101 and the wall 200.

Subsequently, referring to FIG. 5, while the outside air is introduced between the wall 200 and the protruding jaw 101 by the blowing fan 600, the duct 400 having the hole 401 formed on the bottom thereof is positioned in the hole ( The ceiling plate 110 having a hole 111 corresponding to the 401 is inserted into the coupling groove 201, and the ceiling plate 110 is disposed at an end of the hanger 20 fixed to the ceiling slab 100. Fix it.

Subsequently, the first bracket 41 is fixed to the wall 200 at a lower position adjacent to the ceiling plate 110 at a predetermined interval, and the first bracket 41 is fixed to the ceiling plate 110 adjacent to the wall 200 at a predetermined interval. 2 Fix the bracket (42).

Subsequently, the molding member 300 to be described later is coupled to the first and second brackets 41 and 42.

As shown in FIGS. 5 and 6, the molding member 300 includes locking protrusions 305 and 306 that are elastically deformed and coupled to the first and second brackets 41 and 42, respectively, and the locking protrusions. 305 and 306 are formed on each rear side, and each end of the wall contact blade 303 and the ceiling contact blade 304 in close contact with the wall 200 and the ceiling plate 110, and the wall contact wing ( Blowing hole 302 is formed at a predetermined interval between the 303 and the ceiling contact wing 304, and extending from the upper and lower edges of the blowing hole 302, respectively, the wall 200 and the ceiling plate 110 Guide ribs 307 and 308, the ends of which are in close contact, a cover 310 detachably coupled to the blower hole 302, the wall contact wing 303 and the ceiling contact wing 304 and the cover 310 Attached to the outer surface of the) is made of a printed patterned film paper 320 is a pattern.

The printed pattern film 320 may be printed in various ways, such as wood pattern, it is attached to the molding member 300 with a double-sided adhesive.

The molding member 300 is formed of elastic rubber, so that the engaging projections 305, 306 to the first and second brackets 41 and 42 to elastically deform when the coupling member is coupled, by the restoring force It enables close contact with the wall 200 and the ceiling plate 110.

In addition, the blower 302 is coupled to the filter 330 for filtering foreign matter from the outside air flowing into the room.

Guide ribs 307 and 308 of the molding member 300 are in close contact with the wall 200 and the ceiling plate 110, thereby narrowing the outside air introduced by the blowing fan 600 as shown in FIG. The blowing force becomes stronger while passing through the blowing passage 500.

Reference numerals 309a and 309b denote coupling grooves to which coupling protrusions 311 and 312 of the cover 310 are coupled, and 314 is a handle of the cover 310.

The present invention as described above has the following advantages.

First, the ceiling plate 110 is stably maintained by the construction of the protruding jaw 101 and the coupling groove 201 and the duct 400 is stably supported to enable safety construction, and the duct 400 is separated from the ceiling. Blocking from the outside by the plate 110 and finishing the corners of the ceiling plate 110 and the wall 200 with a single molding member 300, unlike the conventional, enables a stylish finish and a small number of parts The savings simplify assembly and disassembly and enable economic construction.

In addition, since the first and second brackets 41 and 42 are fixed to the ceiling plate 110 and the wall 200 by nails, and the like, the molding member 300 formed of an elastic rubber member is hooked to fix and bonded to each other. Unlike the construction, it extends the life.

Second, the molding member 300 may be formed of an elastic rubber member to easily separate and couple the first and second brackets 41 and 42 without a separate fastener. can do.

Third, the cover 310 is used to simplify the cleaning of the filter 330, and the formation of the guide ribs 307 and 308 narrows the air passage 500, thereby improving the output of the outside air introduced.

Claims (1)

In the construction method of the air circulation system using the molding for finishing the interior corners of the building, Protruding jaw 101 is formed in the ceiling slab 100 using the grooves 81 of the formwork 80 in the position adjacent to the wall 200, and the stick 91 is fixed in the position adjacent to the ceiling slab 100. A first step of forming a coupling groove 201 in the wall 200 by using the formed formwork 90; A hole 111 corresponding to the hole 401 while placing a duct 400 in which outside air is introduced by the blowing fan 600 and a hole 401 is formed on the bottom surface between the wall 200 and the protruding jaw 101. A second step of inserting a ceiling plate (110) formed in the coupling groove (201) and fixing the ceiling plate (110) at one end of the hanger (20) fixed to the ceiling slab (100);  A third step of fixing the first bracket (41) at a predetermined interval to the wall (200) at an adjacent lower position from the ceiling plate (110); A fourth step of fixing the second bracket 42 to the ceiling plate 110 adjacent to the wall 200 at a predetermined interval; Engaging protrusions 305 and 306 coupled to the first and second brackets 41 and 42, respectively, and elastically deformed, and engaging protrusions 305 and 306 are formed on each rear side, and each end thereof is formed on the wall. Blowing ball formed at regular intervals between the wall contact wing 303 and the ceiling contact wing 304 in close contact with the 200 and the ceiling plate 110 and the wall contact wing 303 and the ceiling contact wing 304. 302 and guide ribs 307 and 308 that extend from upper and lower edges of the blower 302 and are in close contact with end portions of the wall 200 and the ceiling plate 110, and the blower hole ( The cover 310 is detachably coupled to the 302, and the wall adhesion wing 303, the ceiling contact wing 304 and the cover 310 is attached to the outer surface of the printed pattern film paper 320 is formed A molding member 300 formed of elastic rubber and a filter 330 coupled to the blower 302 to filter foreign matter from outside air introduced into the room are prepared. A fifth step of doing; And a sixth step of elastically deforming the molding member 300 to fix the locking protrusions 305 and 306 to the first and second brackets 41 and 42 by walking. Construction method of the air circulation system using the molding for interior corner finishing.

Images