KR101819861B1 - wood type window with aluminum type window frame - Google Patents

Abstract

The present invention provides a wood Korean style house window with an aluminum window frame, which comprises: an aluminum window frame body (100) having a left frame, a right frame, an upper frame, and a lower frame; and a first Korean style house window (200) and a second Korean style house window (300) inserted into and connected to the aluminum window frame body (100) to slide in left and right directions of the aluminum window frame body (100) for an indoor area and an outdoor area to be opened or blocked.

Description

{Wood type window with aluminum window frame}

The present invention relates to a wooden hanok window having an aluminum window frame, more specifically, it is easy to install, and not only removing the existing window frame but also replacing the hanok window with a wooden window window, The present invention relates to a wooden hanok window having an aluminum window frame to minimize the installation cost of windows.

Generally, a window is composed of a window which is provided inside a window frame and window frame to block or open indoor and outdoor, and is classified into a sliding window, a casement window, and a fixed window depending on the operating structure of the window.

The sliding window is a window which is slidably coupled along a rail formed in the mounting frame to open and close the glass fixing frame for holding and fixing the glass, and the hinged window is formed by one side edge of the glass fixing frame, Is a window that is opened and closed by rotating the glass fixing frame around the hinge. The fixing window is a window in which the glass is directly fixed to the installation frame by using the installation frame as a glass fixing frame.

In recent years, Han Ok Sik is installed to make the buildings and houses beautiful by using the aesthetic beauty of Hanok, a traditional house in Korea. Han Ok Sik window is made of wooden sashes with windows as well as wooden sashes It is equipped with a cross made of wood, so that it has the feel of a wooden door.

In the case of the space where the existing window frame is installed, the existing window frame installed in the case of the existing window frame is installed in the case where the window frame is installed as well as the window frame as well as the window frame. There is a problem in that an economical cost burden is caused due to the need to replace the whole and re-work.

A conventional hanok window system is disclosed in Japanese Unexamined Patent Application Publication No. 10- 1170755. The hanok window system includes a window door frame, an outer window which is rotatably installed on the window frame, And a controller for controlling the opening / closing unit by the switching operation of the operation switch to open / close the external window, wherein the opening / And the hanok window can be opened and closed at an angle of 180 degrees or more to the outside by operation in the room while the hanok window is installed on the outside of the window door frame in a hinged manner.

Another example is the hanok window system, which is a registered trademark of the Korean Patent No. 10-1277056. The door system includes a door line vertically extending between the columns extending in the transverse direction between the columns, A hybrid window panel having a hybrid panel, a door frame coupled to one side surface of the doorway to open and close an opening formed between the pair of door panels, and a hybrid panel having a rotation limit jaw for restricting rotation of the hinged window to the interior side, The rotation restricting jaw is formed of a gasket which is in close contact with the hinged door, and it is not necessary to provide a window frame separately because the hinged door and the door handle can serve as window frames.

However, in the case of such a conventional art as well, in the case of installing on a window installed on a window frame, the existing window frame must be removed and replaced, thereby increasing the work time due to construction as well as the cost of the construction.

Further, in the case of the conventional hanok system, the hanok window window is hinged to the hanok siding window or the hinged door is closed so that the hanok window can be closed by the hinge. Therefore, for example, in the case of a high floor such as an apartment, And there is another problem that a space for opening the window by opening the window must be secured.

Korean Registered Patent No. 10-1170755 (Registered July 27, 2012) Korean Registered Patent No. 10-1277056 (Registered on June 14, 2013)

The present invention can reduce the installation cost and shorten the working time by allowing the door to be opened without removing the existing window frame, so that it is not necessary to secure a space for opening the hanok window by allowing the hanok window to be opened and closed by the sliding door method, And it is an object of the present invention to provide a wooden hanok window having an aluminum window sill so that foreign substances such as dust can be easily introduced.

To achieve the above object, a wooden hanok window having an aluminum window frame according to the present invention comprises: an aluminum window frame body having a left frame, a right frame, an upper frame, and a lower frame; The first window glass and the first window glass having the first window rib and the first window glass are opened by being slidably moved in the left and right directions with respect to the aluminum window sash body, And a second hanok window provided with a second woodblock and a second paper window.

Further, the aluminum frame body may include a left frame, a right frame, an upper frame connecting the upper portion of the left frame and the upper portion of the right frame laterally, a lower frame connecting the lower portion of the left frame and the lower portion of the right frame laterally, A left blocking protrusion protruding inward of the frame, a right blocking protrusion protruding inward of the right frame, a first upper blocking protrusion and a second upper blocking protrusion protruding inward of the upper frame, A first wooden block having a first lower blocking block and a second lower blocking block, wherein the first Hanok window has a left side close groove portion which is in close contact with a left blocking portion of the aluminum window frame; A second wooden frame positioned to face the first wooden frame; A first sliding upper moving groove which is fitted in the first upper blocking protrusion of the aluminum sash body and is slidable in the left and right directions along the first upper blocking protrusion, A wooden frame; A first sliding lower moving groove which is fitted in the first lower blocking protrusion of the aluminum frame body and slidable in the left and right directions along the first lower blocking protrusion, And is provided with a wooden frame.

Further, the second Hanok window may include a fifth wooden frame having a right contact groove portion which is in close contact with the right side blocking portion of the aluminum window frame body; A sixth wooden frame positioned to face the fifth wooden frame; A second sliding upper moving groove which is fitted to the second upper blocking protrusion of the aluminum window frame and is slidable in the left and right direction along the second upper blocking ridge, A wooden frame; And a second sliding lower moving groove portion that is fitted to the second lower blocking projection of the aluminum window frame and slidable in the left and right direction along the second lower blocking projection portion, A second wooden frame provided along the longitudinal direction of the first Hanok window and protruding to face the sixth wooden frame and having a first receiving groove and a first block interposed between the first receiving groove and the first receiving groove, A first engaging portion having a portion; A second catching portion provided along the longitudinal direction of the sixth wooden frame of the second house window and protruding to face the second wooden frame and having a second receiving groove and a second blocking portion fitted in the second receiving groove inwardly, Respectively.

Further, the first sliding lower moving groove provided in the fourth wooden frame of the first Hanok window may include a first reinforcing frame fitted into the first sliding lower moving groove to improve the durability of the fourth wooden frame, Wherein the first reinforcement frame is fixed to an upper end of an inner surface of the first reinforcement frame so that the first to fourth house windows can be slidably moved left and right along a first lower interception protrusion of the aluminum frame body, A first moving wheel which is brought into close contact with the first lower blocking portion; Further comprising a first prevention part for preventing dust, noise and wind from being introduced into the room through the lower part of the fourth wooden frame of the first Hanok window, and the first prevention part is provided on the eighth wooden frame of the second Hanok window Wherein the second sliding lower moving groove includes a second reinforcing frame fitted to the second sliding lower moving groove so as to improve the durability of the eighth wooden frame, A second moving wheel fixed to the upper end of the inner surface of the second reinforcing frame so as to be easily slidable in the left and right directions along the second lower blocking ridge of the aluminum window frame body and closely attached to the second lower blocking ridge; And a second prevention part for preventing dust, noise, and wind from being introduced into the room through the lower part of the eighth wooden frame of the second Hanok window.

Further, the first reinforcing frame may include a first reinforcing frame having a plurality of first contact protrusions which come into close contact with the upper side of the inner surface of the first sliding lower moving groove when the first reinforcing frame is fitted to the first sliding lower moving groove, A contact surface; And the first reinforcing frame is fitted to the first sliding lower moving groove part so that the first sliding frame is fitted to the first sliding lower moving groove part, A second contact surface having a plurality of second contact protrusions which are bent and brought into close contact with the left side of the inner surface of the moving groove; And the first reinforcing frame is fitted to the first sliding lower moving groove part so as to be fitted to the first sliding lower moving groove part, the first sliding lower moving groove part is vertically bent in the right lower side direction of the first contact surface, A third abutment surface having a plurality of third abutting projections which are bent and brought into close contact with the inner side of the moving groove portion; And the first reinforcing frame is fitted into the first sliding lower moving groove portion so that the inner surface of the first sliding lower moving groove portion is in contact with the inner surface of the first sliding lower moving groove portion, And a first anti-counterfeit surface that is in close contact with the left and right lower ends, respectively.

The second reinforcing frame further includes a fourth sliding contact portion having a plurality of fourth contact projections which come into close contact with the upper side of the inner surface of the second sliding lower moving groove when the second reinforcing frame is fitted to the second sliding lower moving groove portion side, A contact surface; And the second reinforcing frame is fitted into the second sliding lower moving groove part so as to be fitted to the second sliding lower moving groove part, A fifth contact surface having a plurality of fifth contact protrusions which are bent and brought into close contact with the left side of the inner surface of the moving groove; And the second reinforcing frame is fitted to the second sliding lower moving groove part so as to be fitted to the second sliding lower moving groove part, A sixth contact surface having a plurality of sixth contact protrusions which are folded and closely contacted with the inner side of the moving groove; And the second reinforcing frame is fitted to the second sliding lower moving groove portion so that the inner surface of the second sliding lower moving groove portion And a second anti-counterfeit surface which is in close contact with the left and right lower ends, respectively.

Since the present invention is provided with an aluminum window frame made of aluminum, a first Hanok window made of wood and a second Hanok window, the first and second hanok windows can be opened without replacing the existing aluminum window frame. The first hanok window and the second hanok window are opened and closed by a sliding door sliding in the left and right direction instead of pushing or pulling the hanok window, It is easy to open and close the hanok window and convenience is greatly improved because it does not need to secure space when opened.

Also, the reinforcing frame can greatly improve the rigidity and durability of the first and second hanok windows.

In addition, it is possible to prevent external noises, dusts or winds from entering the room by preventing the first and second hanok windows and the second hanok window, and to prevent the hot or cold air from escaping to the outside It is possible to prevent heat loss in summer as well as in winter.

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a front view showing a wooden hanok window having an aluminum window frame according to the present invention. Fig.
Fig. 2 is a view showing a state in which a window of a wooden hanok window having an aluminum window frame according to the present invention is opened.
3 is a plan view showing a structure of a wooden hanok window having an aluminum window frame according to the present invention.
4 is a side view showing the construction of a wooden hanok window having an aluminum window frame according to the present invention.
Fig. 5 is an enlarged view showing a configuration of a wooden hanok window having an aluminum window frame according to the present invention.
Fig. 6 is an enlarged view showing still another constituent part of a wooden hanok window having an aluminum window frame according to the present invention.
Fig. 7 is a perspective view showing another structural part of a wooden hanok window having an aluminum window frame according to the present invention.

Hereinafter, other objects and features of the present invention will be apparent from the following description of embodiments with reference to the accompanying drawings.

Unless defined otherwise, all terms used herein, including technical or scientific terms, have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs. Terms such as those defined in commonly used dictionaries should be interpreted as having a meaning consistent with the meaning in the context of the relevant art and are to be interpreted in an ideal or overly formal sense unless explicitly defined in the present application Do not.

Hereinafter, a wooden hanok window having an aluminum window frame according to an embodiment of the present invention will be described in more detail with reference to the accompanying drawings.

As shown in the drawings, a wooden hanok window having an aluminum window frame according to the present invention includes an aluminum window frame body 100 having a left frame, a right frame, an upper frame and a lower frame, The first and second wooden rails 200a and 200b are separated from each other by opening and closing the indoor and outdoor areas by sliding in the left and right directions with respect to the first hanok window 100 200, and a second hanok window 300 having a second wooden shelf 300a and a second window pane 300b.

The first and second hanok windows 200 and 300 are made of wood and hanji windows so that the first hanok window 200 is provided with a first woodblock 200a and a first window pane 200b The second wooden hanger 300a and the second hanger window 300b are provided on the second hanok window 300 so that the hanok style window is combined with the aluminum window frame 100, Can add beauty and aesthetics.

In addition, since the first and second hanok windows 200 and 300 can be installed on the existing aluminum window frame body, the window frame body can be separately installed It is possible to obtain an economical effect due to the cost reduction, the installation work can be easily performed, and the work time due to the installation work can be minimized.

2, the first Hanok window 200 and the second Hanok window 300 are made of a sliding door system which can be opened and closed in the left and right directions with respect to the aluminum window frame 100, Therefore, when the hanok window of the hinged door type is opened, the space required is not secured and the space usability is greatly improved.

The aluminum frame body 100 of the present invention includes a left frame 110, a right frame 120, an upper frame 130 connecting the left frame 110 and the upper portion of the right frame 120 in the lateral direction, A lower frame 140 connecting the left frame 110 and a lower portion of the right frame 120 in the lateral direction, a left blocking protrusion 111 protruding inward of the left frame 110, A first upper blocking protrusion 131 and a second upper blocking protrusion 132 protruding to the inside of the upper frame 130 and a second upper blocking protrusion 132 protruding inward of the lower frame 140 A first lower shielding protrusion 141 and a second lower shielding protrusion 142.

The first Hanok window 200 includes a first wooden frame 210 having a left side contact groove 211 that is in close contact with a left blocking part 111 of the aluminum window frame 100, A second wooden frame 220 positioned so as to face the frame 210 and a second wooden block 220 which is fitted to the first upper blocking protrusion 131 of the aluminum window frame 100 and slides in the left and right direction along the first upper blocking protrusion 131 A third wooden frame 230 provided with a first sliding upper moving groove part 231 to be moved and connecting the first wooden frame 210 and the upper part of the second wooden frame 220, And a first sliding lower moving groove portion 241 slidably moved in the left and right direction along the first lower blocking protrusion portion 141. The first sliding frame portion 241 has a first sliding surface And a fourth wooden frame 240 connecting the lower part of the wooden frame 220.

The left side contact groove portion 211 of the first wooden frame 210 is in contact with the left side blocking portion 111 of the aluminum window frame 100 and is closely contacted with the left side contact groove portion 211. Thus, 111 and 111 prevent the inflow of dust, noise and wind into the room by the left side contact groove portion 211 and the left blocking portion 111 which are in close contact with each other when the first Hanok window 200 is closed.

The second hanok window 300 includes a fifth wooden frame 310 having a right contact groove 311 that is in close contact with the right shutoff protrusion 121 of the aluminum window frame 100, A sixth wooden frame 320 positioned to face the frame 310 and a second wooden block 320 which is fitted in the second upper blocking protrusion 132 of the aluminum window frame 100 and slides in the left and right direction along the second upper blocking protrusion 132 A seventh wooden frame 330 having a second sliding upper moving groove part 331 to be moved and connecting the fifth wooden frame 310 to the upper part of the sixth wooden frame 320, And a second sliding lower moving groove portion 341 which is fitted in the second lower blocking block portion 142 of the first lower blocking block portion 142 and slidable in the left and right direction along the second lower blocking block portion 142, And an eighth wooden frame 340 connecting the lower portion of the wooden frame 320.

The right closing groove 311 of the second wooden frame 310 is in contact with the right blocking protrusion 121 of the aluminum window frame 100 and is closely contacted with the right blocking groove 311. Thus, 121 and 121 prevent dust, noise, and wind from flowing into the room by the right contact groove portion 311 and the right blocking portion 121 which are in close contact with each other when the second hanok window 300 is closed.

1, the first Hanok window 200 is brought into close contact with the left frame 110 of the aluminum sash body 100 and the second Hanok window 300 is brought into close contact with the front side of the aluminum sash body 100 When dust and noise and wind are introduced into the room through the gap between the first and second Hanok windows 200 and 300 when the first and second Hanok windows 200 and 300 are in close contact with the right frame 120, Out.

The first hanok window 200 is provided with a first hooking part 250 and the second hanok window 300 is provided with a second hooking part 350 corresponding to the first hooking part 250, .

The first fastening part 250 is provided along the longitudinal direction of the second wooden frame 220 of the first Hanok window 200 and protrudes to face the sixth wooden frame 320, And includes a groove 251 and a first blocking portion 252 fitted to the first receiving groove 251.

The second hooking part 350 is provided along the longitudinal direction of the sixth wooden frame 320 of the second Hanok window 300 and protrudes to face the second wooden frame 220, And a second locking portion 350 having a second receiving portion 351 and a second blocking portion 352 fitted to the second receiving groove 351.

The first fastening part 250 and the second fastening part 350 formed as described above are formed such that the first Hanok window 200 is in close contact with the left frame 110 of the aluminum sash body 100 When the second hanok window 300 is tightly attached to the right frame 120 of the aluminum window frame 100 and is closed, the first hanok window 300 is closely contacted with the first hanok window 300, The second blocking portion 352 which is in close contact with the second locking portion 350 and is fitted in the second receiving groove 351 is positioned so as to face the first locking portion 250 in close contact with the first locking portion 250 The first blocking portion 252 and the second blocking portion 352 prevent external dust, noise, and wind from flowing into the room or outflowing the room air outdoors.

The first sliding lower moving groove portion 241 provided in the fourth wooden frame 240 of the first Hanok window 200 may be provided with a first sliding lower moving groove portion 241 for improving the durability of the fourth wooden frame 240, And a second reinforcing frame 410 fitted to the sliding lower moving groove part 241. The second sliding lower moving groove part 341 provided on the eighth wooden frame 340 of the second Hanok window 300 Is further provided with a second reinforcing frame (510) fitted to the second sliding lower moving groove (341) so as to improve the durability of the eighth wooden frame (340).

The first reinforcing frame 410 and the second reinforcing frame 510 are not limited to the fourth wood frame 240 of the first Hanok window 200 and the eighth wood frame 240 of the second hanok window 300 340 are preferably made of aluminum to improve durability and rigidity.

The first reinforcing frame 410 is engaged with the first sliding lower moving groove 241 in a forced fit manner.

That is, the first reinforcing frame 410 is positioned corresponding to the first sliding lower moving groove 241, and the first reinforcing frame 410 is struck using the hitting means such as a hammer, Is forcefully inserted into the first sliding lower moving groove portion 241 by the striking so as to be engaged with the first sliding lower moving groove portion 241 in a forced fit manner.

In addition, the second reinforcing frame 510 is fitted to the second sliding lower moving groove 341 in an interference fit manner.

That is, after the second reinforcing frame 510 is positioned corresponding to the second sliding lower moving groove 341, the second reinforcing frame 510 is struck by hitting means such as a hammer, Is forcefully inserted into the second sliding lower moving groove portion 341 by the hitting so as to be engaged with the second sliding lower moving groove portion 341 in a forced fit manner.

Since the first reinforcing frame 410 and the second reinforcing frame 510 are fitted into the first sliding lower moving groove 241 and the second sliding lower moving groove 341 in an interference fit manner, The reinforcing frame 410 and the second reinforcing frame 510 are prevented from being separated from the first sliding lower moving groove 241 and the second sliding lower moving groove 341. [

The first reinforcing frame 410 of the present invention is provided with the first reinforcing frame 410 so that the first furnace window 200 can be slidably moved leftward and rightward along the first lower blocking protrusion 141 of the aluminum frame body 100 A first moving wheel 420 fixed to the upper end of the inner surface of the first reinforcing frame 410 to be closely attached to the first lower blocking protrusion 141 and a fourth wooden frame 240 of the first Hanok window 200, And a first prevention part 430 for preventing dust, noise, and wind from entering the room through the lower part.

The second reinforcement frame 510 is provided with the second reinforcement frame 510 and the second reinforcement frame 510 so that the second to fourth house window 300 can be slidably moved left and right along the second lower interception protrusion 142 of the aluminum sash body 100 A second moving wheel 520 fixed to the upper end of the inner surface of the second reinforcing frame 510 and closely attached to the second lower blocking protrusion 142 and a lower moving wheel 520 fixed to the lower end of the eighth wooden frame 340 And a second prevention part 530 for preventing dust, noise and wind from entering the room through the room.

Accordingly, the first Hanok window 200 and the second Hanok window 300 are separated by the first moving wheel 420 and the second moving wheel 520 from the first lower block of the aluminum sash body 100, It is easily slidable in the left and right directions along the protrusion 141 and the second lower blocking protrusion 142.

Since the first reinforcing frame 430 is provided on the first reinforcing frame 410 and the second preventing portion 530 is provided on the second reinforcing frame 510, The first lower blocking protrusion 141 and the fourth wooden frame 240 and the lower gap between the second lower blocking protrusion 142 and the eighth mallet 340 by the second prevention part 530 and the second prevention part 530, The dust, noise, and wind of the room are prevented from flowing into the room, or the room air is prevented from flowing out to the outdoor side.

The first blocking portion 252 and the second blocking portion 352 and the first blocking portion 430 and the second blocking portion 530 are formed on the left frame 110 of the aluminum body frame 100, It is possible to reliably prevent dust, noise, and wind from entering the room through the right frame 120, the upper frame 130, and the lower frame 140, or the air in the room flowing out to the outside.

The first reinforcing frame 410 of the present invention is formed on the upper side of the inner surface of the first sliding lower moving groove portion 241 when the first reinforcing frame 410 is fitted to the first sliding lower moving groove portion 241 side A first contact surface 412 having a plurality of first contact protrusions 411 closely contacted with each other and a second contact surface 412 perpendicularly bent in a left lower side direction of the first contact surface 412, And the first reinforcing frame 410 is fitted into the first sliding lower moving groove portion 241 side so that the first sliding lower moving groove portion 241 is bent toward the left side of the inner surface of the first sliding lower moving groove portion 241, A second contact surface 414 having two contact protrusions 413 and a second contact surface 414 which is perpendicularly bent in the lower right direction of the first contact surface 412 and in close contact with the inner surface of the first sliding lower moving groove 241, The first reinforcing frame 410 is moved toward the first sliding lower moving groove portion 241 A third contact surface 416 having a plurality of third contact protrusions 415 that are bent and brought into close contact with the inner side of the inner surface of the first sliding lower moving groove portion 241 by being engaged with the second contact surface 414 And the first reinforcing frame 410 is fitted to the first sliding lower moving groove part 241 side by being fitted into the first preventing part 430 and inserted into the first sliding lower moving groove part 241, And a first anti-counteradressive surface (417) which is in close contact with the left and right lower ends of the inner surface of the first sliding lower moving groove (241).

When the first reinforcing frame 410 is pressed against the first sliding lower moving groove portion 241 by the impact, the first contact protrusions 411 are engaged with the first sliding lower portion 241, And is stuck on the upper surface of the inner surface of the moving groove portion 241.

The plurality of second contact protrusions 413 and the plurality of third contact protrusions 415 may be engaged with the first sliding lower moving groove 241 when the first reinforcing frame 410 is struck Respectively, to the left and right sides of the inner surface of the first sliding lower moving groove portion 241, respectively.

Accordingly, it is possible to reliably prevent the first reinforcing frame 410 from escaping from the first sliding lower moving groove 241.

The second reinforcing frame 510 of the present invention is formed on the upper side of the inner surface of the second sliding lower moving groove portion 341 when the second reinforcing frame 510 is fitted to the second sliding lower moving groove portion 341 side A fourth contact surface 512 having a plurality of fourth contact protrusions 511 which are in close contact with each other and a fourth contact surface 512 which is vertically bent in the left lower side direction of the fourth contact surface 512, And the second reinforcing frame 510 is fitted to the second sliding lower moving groove portion 341 side so that the second sliding lower moving groove portion 341 is bent toward the left side of the inner surface of the second sliding lower moving groove portion 341, A fifth contact surface 514 having a contact protrusion 513 and a fifth contact protrusion 513 and a second contact surface 514 which is vertically bent in the lower right direction of the fourth contact surface 512 and is in close contact with the inner surface of the second sliding lower moving groove 341, The second reinforcing frame 510 is moved toward the second sliding lower moving groove portion 341 A sixth contact surface 516 having a plurality of sixth contact protrusions 515 that are bent and brought into close contact with the inner side of the inner surface of the second sliding lower moving groove 341 by being engaged with the fifth contact surface 514 And the second reinforcing frame 510 are fitted to the side of the second sliding lower moving groove 341. The second reinforcing frame 510 is inserted into the second sliding lower moving groove part 341, And a second anti-counterfeit surface 517 which is in close contact with the left and right lower ends of the inner surface of the second sliding lower moving trench 341, respectively.

When the second reinforcing frame 510 is pressed against the second sliding lower moving groove portion 341 by the impact, the plurality of second contact protrusions 511 are pressed against the second sliding lower portion 511, The moving groove portion 341 is stuck to the upper side of the inner surface and is closely contacted.

The plurality of fifth contact protrusions 513 and the plurality of sixth contact protrusions 515 may be engaged with the second sliding lower moving groove 341 when the second reinforcing frame 510 is struck Are respectively bended and tightly adhered to the left and right sides of the inner surface of the second sliding lower moving groove portion 341, respectively.

Accordingly, it is possible to reliably prevent the second reinforcing frame 510 from coming out of the second sliding lower moving groove 341.

As described above, the present invention has been described with reference to particular embodiments, such as specific elements, and specific embodiments and drawings. However, it should be understood that the present invention is not limited to the above- And various modifications and changes may be made thereto by those skilled in the art to which the present invention pertains.

Accordingly, the spirit of the present invention should not be construed as being limited to the embodiments described, and all of the equivalents or equivalents of the claims, as well as the following claims, belong to the scope of the present invention .

100: aluminum frame body 110: left frame
111: left blocking part 120: right frame
121: right side blocking portion 130: upper frame
131: first upper blocking protrusion 132: second upper blocking protrusion
140: lower frame 141: first lower shielding projection
142: second lower blocking protrusion 200: 1st Hanok window
210: first wooden frame 211: left side close groove
220: second wood frame 230: third wood frame
231: first sliding upper moving groove part 240: fourth wood frame
241: first sliding lower moving groove part 250: first engaging part
251: first receiving groove 252: first blocking portion
300: 2nd Hanok window 310: 5th timber frame
311: right contact groove part 320: sixth wood frame
330: seventh wooden frame 331: second sliding upper moving groove
340: eighth wooden frame 341: second sliding lower moving groove
350: second latching part 351: second receiving groove
352: second blocking portion 410: first reinforcing frame
411: first contact projection 412: first contact surface
413: second contact projection 414: second contact surface
415: third contact projection 416: third contact surface
417: first preventive accompanying surface 420: first movement wheel
430: first prevention portion 510: second reinforcing frame
511: fourth contact projection 512: fourth contact surface
513: fifth contact projection 514: fifth contact face
515: sixth contact projection 516: sixth contact surface
517: second anti-counterfeit surface 520: second moving wheel
530:

Claims (5)

delete A left frame 110 and a right frame 120. The upper frame 130 connects the left frame 110 and the right frame 120 in a horizontal direction, A left blocking protrusion 111 protruding inward of the left frame 110 and a right blocking protrusion 121 protruding inward of the right frame 120, A first upper blocking protrusion 131 and a second upper blocking protrusion 132 protruding inward of the upper frame 130 and a first lower blocking protrusion 141 protruding inward of the lower frame 140, The present invention relates to a window frame body 100 having a lower blocking protrusion 142 and a lower blocking protrusion 142. The window frame body 100 is inserted into the aluminum window frame body 100 and is slid in the left and right directions with respect to the aluminum window frame body 100, Or the first and second wooden rails 200a and 200b are separated from each other, A first wooden frame 210 having a left side contact groove part 211 provided on the left side of the aluminum frame body 100 and closely contacting the left blocking part 111 of the aluminum frame body 100, A first sliding upper moving groove portion 231 fitted to the wooden frame 220 and the first upper blocking protrusion 131 of the aluminum window frame 100 and slidable in the left and right direction along the first upper blocking protrusion 131 And a third wooden frame 230 connecting the first wooden frame 210 and the second wooden frame 220 and a second wooden frame 230 fitted to the first lower blocking protrusion 141 of the aluminum window frame 100, A first sliding lower moving groove portion 241 slidable in the left and right directions along the lower blocking protrusion 141 and a fourth wooden frame 210 connecting the lower portion of the first wooden frame 210 and the lower portion of the second wooden frame 220 And a second window pane 300a and a second window pane 300b are provided on the right side of the aluminum window frame body 100 A fifth wood frame 310 having a right contact groove 311 which is in close contact with the blocking protrusion 121 and a sixth wood frame 320 facing the fifth wood frame 310, And a second sliding upper moving groove portion 331 that is fitted in the second upper blocking protrusion portion 132 of the second upper blocking block portion 132 and slidable in the left and right direction along the second upper blocking block portion 132, A seventh wooden frame 330 for connecting the upper part of the sixth wooden frame 320 and a second wooden lower blocking protrusion 142 of the aluminum window frame 100 are provided in the left and right direction along the second lower blocking protrusion 142 A second hanok window (340) provided with a second sliding lower moving groove part (341) slidingly moved and an eighth wooden frame (340) connecting the fifth wooden frame (310) and the lower part of the sixth wooden frame 300), a second wooden frame (220) extending along the longitudinal direction of the first furnace window (200) and protruding to face the sixth wooden frame (320) A first locking part 250 having a groove 251 and a first blocking part 252 fitted to the first receiving groove 251 and a second locking part 250 having a first locking part 252 fitted to the sixth wooden frame 320 of the second Hanok window 300, And a second blocking portion 352 protruding to face the second wooden frame 220 and fitted in the second receiving groove 351 and the second receiving groove 351, 2 engagement portion 350 and the first sliding lower moving groove portion 241 provided in the fourth wooden frame 240 of the first Hanok window 200 improve the durability of the fourth wooden frame 240 A first reinforcing frame 410 fitted to the first sliding lower moving groove 241 to be engaged with the first sliding lower moving groove part 241 of the second window glass 300, 341) includes a second reinforcing frame (510) fitted into the second sliding lower moving groove (341) to improve the durability of the eighth wooden frame (340)
The first reinforcing frame (410)
And a plurality of first contact protrusions 411 which come into close contact with the upper side of the inner surface of the first sliding lower moving groove portion 241 when the first reinforcing frame 410 is fitted to the first sliding lower moving groove portion 241 side A first contact surface 412;
The first sliding lower moving groove part 241 is vertically bent in the left lower side direction of the first contact surface 412 and is in close contact with the left side of the inner surface of the first sliding lower moving groove part 241, A second contact surface 414 having a plurality of second contact protrusions 413 which are bent and brought into close contact with the left side of the inner surface of the first sliding lower moving groove portion 241 by being engaged;
The first sliding lower moving groove portion 241 is vertically bent in the lower right direction of the first contact surface 412 and is brought into close contact with the inner side of the first sliding lower moving groove portion 241, A third contact surface 416 having a plurality of third contact protrusions 415 that are bent and brought into close contact with the inner surface of the first sliding lower moving groove portion 241 by being engaged with the first sliding lower moving groove portion 241;
And the first reinforcing frame 410 is fitted to the first sliding lower moving groove portion 241 side by extending from the second contact surface 414 and the third contact surface 416, A first anti-counterfeit surface 417 which is in close contact with the left and right lower ends of the inner surface of the moving groove portion 241;
A first prevention which prevents the dust, noise and wind from being introduced into the room through the lower part of the fourth wood frame 240 of the first Hanok window 200, (430)
The second reinforcing frame (510)
And a plurality of fourth contact protrusions 511 which are brought into close contact with the upper side of the inner surface of the second sliding lower moving groove portion 341 when the second reinforcing frame 510 is fitted to the second sliding lower moving groove portion 341 side A fourth contact surface 512;
The second sliding lower moving groove portion 341 is vertically bent in the left lower side direction of the fourth contact surface 512 and is brought into close contact with the left inner side surface of the second sliding lower moving groove portion 341 while the second reinforcing frame 510 A fifth contact surface 514 having a plurality of fifth contact protrusions 513 which are bent and brought into close contact with the left side of the inner surface of the second sliding lower moving groove portion 341 by being engaged with each other;
The second sliding lower moving groove portion 341 is vertically bent in the right lower side direction of the fourth contact surface 512 and is brought into close contact with the right inner side surface of the second sliding lower moving groove portion 341 while the second reinforcing frame 510 A sixth contact surface 516 having a plurality of sixth contact protrusions 515 which are bent and brought into close contact with the inner side of the inner surface of the second sliding lower moving groove portion 341 by being engaged;
The second reinforcing frame 510 extends from the fifth contact surface 514 and the sixth contact surface 516 and is fitted to the second sliding lower moving groove portion 341 side, A second anti-condensation surface 517 which is in close contact with the left and right lower ends of the inner surface of the moving groove portion 341;
A second prevention function for preventing dust, noise and wind from being introduced into the room through the lower portion of the eighth wooden frame 340 of the second Hanok window 300, which is received in the second anti-condensation surface 517, (530) having an aluminum window frame.
3. The method of claim 2,
The first reinforcement frame 410 is provided with a first reinforcement frame 410 and a second reinforcement frame 410. The first reinforcement frame 410 is provided with a first reinforcement frame 410, And a first moving wheel 420 fixed to an upper end of the inner surface of the reinforcing frame 410 and closely contacting the first lower blocking protrusion 141,
The second reinforcement frame 510 is provided with a second reinforcement frame 510 for fastening the second window glass 300 to the second reinforcement frame 510 so that the second window glass 300 is slidably moved leftward and rightward along the second lower- And a second moving wheel (520) fixed to the upper end of the inner surface of the reinforcing frame (510) and closely attached to the second lower blocking protrusion (142).
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