KR200434907Y1 - Aluminum window frames - Google Patents

Abstract

The present invention relates to an aluminum window frame that can prevent the window from being broken and broken from an external impact. The present invention has a cane-shaped first rail and a cane-shaped second rail which are installed vertically downward with a predetermined distance on a lower surface of the upper end of the frame to slide a window having a roller; A first separation preventing partition wall installed vertically downward on an outer surface of one side of the upper end of the frame to prevent separation of the window having the roller; A first condensation prevention part installed at an inner lower portion of the first separation preventing partition wall to prevent condensation by inserting a polyamide into the “c” shape; A cane-shaped third rail and a cane-shaped fourth rail installed vertically upwardly with a predetermined distance on an upper surface of the lower end of the frame to slide a window having a roller; A second separation preventing partition wall vertically upwardly disposed on an outer surface of one side of the lower end of the frame to prevent separation of the window having the roller; A second condensation prevention part installed at an inner upper portion of the second separation preventing partition wall to prevent condensation by inserting a polyamide into the “c” shape; A third departure preventing partition wall installed vertically downward on an outer surface of one side of the upper end of the frame to prevent departure of the window having the roller; It is configured to include a fourth separation preventing partition which is installed vertically upward on the outer surface of one side of the lower end of the frame to prevent the departure of the window provided with the roller.

Aluminum, Window Frame, Frame, Rail, Breakaway Bulkhead

Description

Aluminum window frame

1 is a view showing a plane in which a window is installed on an aluminum window frame according to the present invention,

2 is a cross-sectional view taken along the line A-A of FIG.

3 is a cross-sectional view of the B-B line of FIG.

4 is a cross-sectional view of the C-C line of FIG.

Figure 5 is an enlarged view of the main portion of the lower part of the aluminum window frame according to the present invention,

Figure 6 is an enlarged view of the main portion of the aluminum window frame according to the present invention.

<Description of Symbols for Main Parts of Drawings>

100: aluminum window frame 102: upper frame

108: lower frame 110: rectangular body

112: first "a" shaped fixing protrusion 114: second "a" shaped fixing protrusion

122: roller 124: window

126: first rail 128: second rail

130: first escape barrier bulkhead 132: first condensation prevention unit

134: third rail 136: fourth rail

138: second escape barrier bulkhead 140: second condensation prevention unit

146: third escape barrier bulkhead 152: fourth escape barrier bulkhead

154: connecting portion 156: the fifth rail

158: 6th rail 160: 5th escape barrier bulkhead

162: third condensation prevention unit 164: seventh rail

166: 8th rail 168: 6th escape barrier

170: fourth condensation preventing part 172: seventh departure preventing bulkhead

174: 8th escape preventing bulkhead 178: 3rd "a" shaped fixing protrusion

180: 4th "a" shaped fixing protrusion

The present invention relates to an aluminum window frame, and more particularly, to an aluminum window frame to prevent the window from being broken and broken from an external impact (for example, typhoon or strong wind, etc.).

In general, the walls of houses and offices are provided with windows for observing the outside and ventilating the air in the building.

In order to install such a window is provided with a window frame for sliding the opening and closing of the window bar, but initially used wood as the material of the window frame, due to the monotony of the wood did not show a significant effect on the sound insulation or thermal insulation function.

Since then, aluminum has excellent durability and strength, and has the advantage of producing various colors and shapes of window frames, and window frames made of synthetic resin materials having low thermal conductivity, excellent heat resistance, and low leakage during assembly are being spread. .

The plastic or aluminum window frame is extruded and molded for a long time using plastic or aluminum, cut into a suitable length, and then assembled to form a square frame.

However, the window frame having the structure as described above is provided with a window on the first guide rail and the second guide rail to form a window, wherein the window is directly or indirectly affected when an external impact, strong wind or typhoon occurs. There was a problem that was easily removed from the window frame.

As a result, there is a problem that the window is broken, there is a serious problem for safety, such as broken glass pieces fall to the outside to harm people.

Therefore, the present invention has been proposed to solve the above problems according to the prior art, the object of the present invention is to prevent the window from being broken from being broken from an external impact (for example, typhoon or strong wind, etc.). To provide an aluminum window frame.

Features of the aluminum window frame according to the present invention for achieving the above object

A rectangular main body 110 having a trapezoidal upper frame 102 and a trapezoidal lower frame 108 connected to the trapezoidal upper frame 102;

The first " a " shaped fixing protrusion 112 and the second " a ", which are installed while facing vertically upwardly at the upper edge of the upper end of the upper frame 102 to prevent the square body 110 from being separated from the wall. A magnetic fixing protrusion 114;

The cane-shaped first rail 126 and the cane-shaped second rail (Sliding the window 124 having a roller 122 is installed vertically downward with a predetermined interval on the lower surface of the upper frame 102 ( 128);

A first escape preventing partition 130 installed bent vertically downward on an outer surface of the upper end of the upper frame 102 to prevent the window 124 having the roller 122 from being separated;

A first condensation prevention part 132 installed at an inner lower portion of the first separation preventing partition 130 to prevent condensation by inserting a polyamide into the “c” shape;

A cane-shaped third rail 134 and a cane-shaped fourth rail which are installed vertically upward at a predetermined interval on an upper surface of the lower end of the upper frame 102 to slide a window 124 having a roller 122 ( 136);

A second separation preventing partition wall 138 installed vertically upwardly on an outer surface of the lower end of the upper frame 102 to prevent the window 124 having the roller 122 from being separated;

A second condensation prevention part 140 installed at an inner upper portion of the second separation preventing partition wall 138 to prevent condensation by inserting a polyamide into the “c” shape;

A third departure preventing partition wall 146 installed bent vertically downward on the other outer surface of the upper end of the upper frame 104 to prevent the window 124 having the roller 122 from being separated;

A fourth separation preventing partition 152 installed vertically upwardly on the other outer surface of the lower end of the upper frame 104 to prevent the window 124 having the roller 122 from being separated;

A connection part 154 installed between the upper frame 102 and the lower frame 108 to connect the upper frame 102 and the lower frame 108;

The cane-shaped fifth rail 156 and the cane-shaped sixth rail (sliding the window 124 having a roller 122 are installed vertically downward with a predetermined distance on the lower surface of the lower frame 108 ( 158);

A fifth escape preventing partition 160 installed vertically downward on an outer surface of an upper end of the lower frame 108 to prevent the window 124 having the roller 122 from being separated;

A third condensation preventing part 162 installed at an inner lower portion of the fifth escape preventing partition 160 to prevent condensation by inserting a polyamide into the 'c' shape;

The wand-shaped seventh rail 164 and the wand-shaped eighth rail (sliding the window 124 having the rollers 122 installed vertically upward at a predetermined interval on the lower surface of the lower frame 108) 166);

A sixth separation barrier wall 168 installed vertically upwardly on an outer surface of the lower end of the lower frame 108 to prevent the window 124 having the roller 122 from being separated;

A fourth condensation preventing unit 170 installed at an inner upper portion of the sixth separation barrier 168 to prevent condensation by inserting a polyamide into the 'c' shape;

A seventh separation preventing partition wall 172 installed bent vertically downward on the other outer surface of the upper end of the lower frame 108 to prevent the window 124 having the roller 122 from being separated;

An eighth separation barrier 174 which is installed vertically upwardly on an outer surface of the lower end of the lower frame 108 to prevent the window 124 having the roller 122 from being separated;

A third " a " shaped fixing protrusion 178 and a fourth " a " which are installed while facing the lower surface of the lower part of the lower frame 108 in a vertical downward direction to prevent the square body 110 from being separated from the wall. It is composed of a magnetic fixing projection (180).

Hereinafter, with reference to the accompanying drawings, preferred embodiments of the aluminum window frame according to the present invention are as follows.

1 is a view showing a plane with a window installed in an aluminum window frame according to the present invention, Figure 2 is a view showing a cross-section of the line AA of Figure 1, Figure 3 is a view showing a cross section of the line BB of Figure 1, Figure 4 1 is a view showing a cross-sectional view of the CC line, Figure 5 is an enlarged view of the main portion of the lower portion of the aluminum window frame according to the present invention, Figure 6 is an enlarged view of the main portion of the aluminum window frame according to the present invention.

1 to 6, the aluminum window frame 100 according to the present invention, the trapezoidal upper frame 102, and the trapezoidal lower frame (connected to the trapezoidal upper frame 102) A square body 110 having a 108; A first " a " shaped fixing protrusion 112 which is installed while facing upright at an upper surface edge of the upper end of the upper frame 102 to prevent the square body 110 from being separated from a wall (not shown). And a second "a" shaped fixing protrusion 114; The cane-shaped first rail 126 and the cane-shaped second rail (Sliding the window 124 having a roller 122 is installed vertically downward with a predetermined interval on the lower surface of the upper frame 102 ( 128); A first escape preventing partition 130 installed bent vertically downward on an outer surface of the upper end of the upper frame 102 to prevent the window 124 having the roller 122 from being separated; A first condensation prevention part 132 installed at an inner lower portion of the first separation preventing partition 130 to prevent condensation by inserting a polyamide into the “c” shape; A cane-shaped third rail 134 and a cane-shaped fourth rail which are installed vertically upward at a predetermined interval on an upper surface of the lower end of the upper frame 102 to slide a window 124 having a roller 122 ( 136); A second separation preventing partition wall 138 installed vertically upwardly on an outer surface of the lower end of the upper frame 102 to prevent the window 124 having the roller 122 from being separated; A second condensation prevention part 140 installed at an inner upper portion of the second separation preventing partition wall 138 to prevent condensation by inserting a polyamide into the “c” shape; A third departure preventing partition wall 146 installed bent vertically downward on the other outer surface of the upper end of the upper frame 104 to prevent the window 124 having the roller 122 from being separated; A fourth separation preventing partition 152 installed vertically upwardly on the other outer surface of the lower end of the upper frame 104 to prevent the window 124 having the roller 122 from being separated; A connection part 154 installed between the upper frame 102 and the lower frame 108 to connect the upper frame 102 and the lower frame 108; The cane-shaped fifth rail 156 and the cane-shaped sixth rail (sliding the window 124 having a roller 122 are installed vertically downward with a predetermined distance on the lower surface of the lower frame 108 ( 158); A fifth escape preventing partition 160 installed vertically downward on an outer surface of an upper end of the lower frame 108 to prevent the window 124 having the roller 122 from being separated; A third condensation preventing part 162 installed at an inner lower portion of the fifth escape preventing partition 160 to prevent condensation by inserting a polyamide into the 'c' shape; The wand-shaped seventh rail 164 and the wand-shaped eighth rail (sliding the window 124 having the rollers 122 installed vertically upward at a predetermined interval on the lower surface of the lower frame 108) 166); A sixth escape preventing partition 168 installed vertically upwardly on an outer surface of the lower end of the lower frame 108 to prevent the window 124 having the roller 122 from being separated; A fourth condensation preventing unit 170 installed at an inner upper portion of the sixth separation barrier 168 to prevent condensation by inserting a polyamide into the 'c' shape; A seventh separation preventing barrier wall 172 installed bent vertically downward on the other outer surface of the upper end of the lower frame 108 to prevent the window 124 having the roller 122 from being separated; An eighth separation barrier 174 which is installed vertically upwardly on an outer surface of the lower end of the lower frame 108 to prevent the window 124 having the roller 122 from being separated; A third " a " shaped fixing protrusion 178 which is installed while facing the lower surface of the lower part of the lower frame 108 in a vertical downward direction to prevent the square body 110 from being separated from a wall (not shown). And a fourth "a" shaped fixing protrusion 180.

Here, the heads of the rod-shaped first, third, fifth, and seventh rails 126, 134, 156, 164 and the second, fourth, sixth, and eighth rails 128, 136, 158, and 166 are preferably facing in the same direction.

The first departure preventing partition 130 is longer than the third departure preventing partition 146, the second departure preventing partition 138 is longer than the fourth departure preventing partition 152, and the fifth departure preventing partition 160. ) Is longer than the seventh escape barrier 172, and the sixth escape barrier 168 is longer than the eighth barrier 174.

Referring to the forming process and use state of the aluminum window frame 100 according to the present invention configured as described above are as follows.

Prior to the description of the forming process of the aluminum window frame 100 according to the present invention, the forming process of the aluminum window frame is only one embodiment and the order of the forming process may be changed at any time.

First, a square body 110 having an upper frame 102 and a lower frame 108 respectively connected to the upper frame 102 is formed, and then perpendicular to the upper edge of the upper surface of the upper frame 102, respectively. The first " a " shaped fixing protrusion 112 and the second " a " shaped fixing protrusion 114 facing upward are formed.

Thereafter, a cane-shaped first rail 126 and a cane-shaped second rail sliding the window 124 having the roller 122 vertically downward at a lower distance from the upper end of the upper frame 102. At the same time as forming the 128 and the first separation preventing barrier 130 for preventing the departure of the window 124 having the roller 122 in the vertical direction downward on one outer surface of the upper end of the upper frame (102). do. At this time, the first condensation preventing barrier 130 is formed on the inner lower portion of the "c" shaped first condensation preventing portion 132 and at the same time insert the polyamide to prevent condensation inside the "c" shaped. .

In addition, a cane-shaped third rail 134 and a cane-shaped fourth rail sliding the window 124 having the roller 122 vertically upwards at a predetermined interval on an upper surface of the lower end of the upper frame 102 ( At the same time to form a second departure preventing partition 138 to prevent the separation of the window 124 having the roller 122 in the vertical direction upward on one outer surface of the lower end of the upper frame (102). . At this time, a second condensation preventing part 140 having a "c" shape is formed on the inner upper portion of the second separation preventing partition 138 and a polyamide is inserted into the "c" shape to prevent condensation. .

In addition, a third departure preventing partition 146 is formed on the outer surface of one side of the upper end of the upper frame 102 so as to prevent the window 124 having the roller 122 from being separated.

In addition, a fourth separation preventing partition 152 is formed on the outer surface of one side of the lower end of the upper frame 102 to prevent the window 124 provided with the roller 122 from being separated upward.

Thereafter, the connecting portion 154 connecting the upper frame 102 and the lower frame 108 is formed.

The wand-shaped fifth rail 156 and the wand-shaped sixth rail slidating the window 124 having the roller 122 vertically downward with a predetermined interval on the lower surface of the upper end of the lower frame 108 ( 158 is formed and a fifth separation preventing partition 160 is formed to prevent the window 124 having the roller 122 from being separated vertically downward on one outer surface of the upper end of the lower frame 108. . At this time, the third condensation preventing portion 162 of the "C" shape is formed on the inner lower portion of the fifth escape preventing partition 160 and a polyamide is inserted into the "C" shape to prevent condensation. .

In addition, the wand-shaped seventh rail 164 and the wand-shaped eighth rail sliding the window 124 having the roller 122 vertically upwards at a predetermined interval on an upper surface of the lower end of the lower frame 108 ( 166 and a sixth escape preventing partition 168 which prevents the window 124 having the roller 122 from being separated vertically upward on one outer surface of the lower end of the lower frame 108. . At this time, the fourth condensation preventing portion 170 of the 'c' shape is formed on the inner upper portion of the sixth separation barrier 168 and a polyamide is inserted into the 'c' shape to prevent condensation. .

In addition, a seventh separation barrier 172 is formed to prevent detachment of the window 124 including the roller 122 vertically downward on one outer surface of the upper end of the lower frame 108.

Thereafter, an eighth separation barrier 174 is formed on an outer surface of one side of the lower end of the lower frame 108 to prevent the window 124 having the roller 122 from being separated vertically upward.

In addition, a third "a" shaped fixing protrusion 178 and a fourth "a" shaped fixing protrusion 180 which face the bottom of the lower portion of the lower frame 108 in a vertical downward direction are formed.

Then, after going through the above-described forming process, the aluminum window frame (the upper frame 102 and the square frame 110 having a lower frame 108) 100 is fixed to the wall. At this time, the first " a " shaped fixing protrusion 112 and the second " a " shaped fixing protrusion 114 facing the upper and upper edges of the upper end of the upper frame 102 and the lower frame 108, respectively. The third " a " shaped fixing protrusion 178 and the fourth " a " shaped fixing protrusion 180 which face the bottom surface of the lower portion perpendicularly downward are fixed by concrete.

Thereafter, a window 124 is installed between the first rail 126 and the third rail 134 of the upper frame 102. In this case, the roller 122 of the window 124 is positioned on the third rail 134. Therefore, the first rail 126 is positioned in the guide groove (not shown) formed in the upper portion of the window 124.

In addition, the window 124 is installed between the second rail 128 and the fourth rail 136 of the upper frame 102 as described above, and the window 124 is attached to the lower frame 108. Install.

In this case, the windows 124 installed in the above manner are the first, second, third, fourth, fifth, sixth, seventh, and eighth barrier ribs 130, 138, 146, and 152. 160, 168, 172, and 174 to protect against external shocks (eg, typhoons or strong winds, etc.).

As described above, the present invention has an effect of preventing the window from being broken by being damaged from an external impact.

In particular, the present invention has an effect of remarkably improving heat insulation, watertightness, soundproofing, airtightness, wind pressure resistance and the like because it uses an aluminum material.

In addition, the present design has the effect that can be easily discharged through the drain hole generated while minimizing the generation of condensation water by reducing the heat loss as much as possible.

And, the present design has the effect of facilitating the assembly construction according to the site conditions in the field.

Claims (3)

A rectangular main body 110 having a trapezoidal upper frame 102 and a trapezoidal lower frame 108 connected to the trapezoidal upper frame 102; The first " a " shaped fixing protrusion 112 and the second " a ", which are installed while facing vertically upwardly at the upper edge of the upper end of the upper frame 102 to prevent the square body 110 from being separated from the wall. A magnetic fixing protrusion 114; The cane-shaped first rail 126 and the cane-shaped second rail (Sliding the window 124 having a roller 122 is installed vertically downward with a predetermined interval on the lower surface of the upper frame 102 ( 128); A first escape preventing partition 130 installed bent vertically downward on an outer surface of the upper end of the upper frame 102 to prevent the window 124 having the roller 122 from being separated; A first condensation prevention part 132 installed at an inner lower portion of the first separation preventing partition 130 to prevent condensation by inserting a polyamide into the “c” shape; A cane-shaped third rail 134 and a cane-shaped fourth rail which are installed vertically upward at a predetermined interval on an upper surface of the lower end of the upper frame 102 to slide a window 124 having a roller 122 ( 136); A second separation preventing partition wall 138 installed vertically upwardly on an outer surface of the lower end of the upper frame 102 to prevent the window 124 having the roller 122 from being separated; A second condensation prevention part 140 installed at an inner upper portion of the second separation preventing partition wall 138 to prevent condensation by inserting a polyamide into the “c” shape; A third departure preventing partition wall 146 installed on the other side of the upper end of the upper frame 104 in a vertical downward direction to prevent the window 124 having the roller 122 from being separated; A fourth separation preventing partition 152 installed vertically upwardly on the other outer surface of the lower end of the upper frame 104 to prevent the window 124 having the roller 122 from being separated; A connection part 154 installed between the upper frame 102 and the lower frame 108 to connect the upper frame 102 and the lower frame 108; The cane-shaped fifth rail 156 and the cane-shaped sixth rail (sliding the window 124 having a roller 122 are installed vertically downward with a predetermined distance on the lower surface of the lower frame 108 ( 158); A fifth escape preventing partition 160 installed vertically downward on an outer surface of an upper end of the lower frame 108 to prevent the window 124 having the roller 122 from being separated; A third condensation preventing part 162 installed at an inner lower portion of the fifth escape preventing partition 160 to prevent condensation by inserting a polyamide into the 'c' shape; The wand-shaped seventh rail 164 and the wand-shaped eighth rail (sliding the window 124 having the rollers 122 installed vertically upward at a predetermined interval on the lower surface of the lower frame 108) 166); A sixth escape preventing partition 168 installed vertically upwardly on an outer surface of the lower end of the lower frame 108 to prevent the window 124 having the roller 122 from being separated; A fourth condensation preventing unit 170 installed at an inner upper portion of the sixth separation barrier 168 to prevent condensation by inserting a polyamide into the 'c' shape; A seventh separation preventing partition wall 172 installed bent vertically downward on the other outer surface of the upper end of the lower frame 108 to prevent the window 124 having the roller 122 from being separated; An eighth separation barrier 174 which is installed vertically upwardly on an outer surface of the lower end of the lower frame 108 to prevent the window 124 having the roller 122 from being separated; A third " a " shaped fixing protrusion 178 and a fourth " a " which are installed while facing the lower surface of the lower part of the lower frame 108 in a vertical downward direction to prevent the square body 110 from being separated from the wall. Aluminum window frame, characterized in that consisting of the fixing protrusion (180). The method of claim 1, The heads of the wand-shaped first, third, fifth, and seventh rails (126, 134, 156, 164) and the second, fourth, sixth, and eighth rails (128, 136, 158, 166), Aluminum window frame characterized by looking in the same direction. The method of claim 1, The first breakaway barrier 130 is longer than the third breakaway barrier 146, the second breakaway barrier 138 is longer than the fourth breakaway barrier 152, and the fifth breakaway barrier 160 is The aluminum window frame is longer than the seventh escape barrier 172, and the sixth escape barrier 168 is longer than the eighth barrier 174.

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