KR102659576B1 - Compression sliding window system - Google Patents

Abstract

The pressing sliding window system according to an embodiment of the present invention includes a roller part that guides the window to slide along the window frame, a pressing part that presses the window frame to the window frame using a handle formed on the window frame, and a compression part that is pressed to the window frame and a corner of the window frame. Each is formed, and the pressing part may have a locking part that pushes the window panel into the window frame and locks it by sliding along the roller part.

Description

Compression sliding window system}

The present invention relates to a pressed sliding window system, and more specifically, to a pressed sliding window system that is assembled on a window panel and a window frame and can be pressed against the window frame when the window panel is closed.

In general, system windows applied to high-rise buildings or officetels are quietly and smoothly opened and closed by sliding, and have the advantage of being airtight, watertight, blocking external noise, and anti-crime effects.

Sliding system windows are composed of a window panel and a window frame, and the user opens and closes the window panel by holding the handle attached to the window panel and pushing it, moving the window panel along a path guided by a rail formed on the window frame.

Through this, the sliding system window can improve airtightness and watertightness such as soundproofing, windproofing, and heat insulation by assembling parts on the front side of the window and attaching it to the window frame.

However, sliding system windows require parts to be assembled on the front side of the window, and all parts assembled on the front side must be connected, making assembly difficult. The parts make the window heavier, increasing installation costs and installation time. There is a problem with doing so.

In addition, as the size of the window increases, the amount of parts assembled in the window increases, increasing the cost, and the change in shape of the parts due to daily temperature changes causes the inconvenience of residents having to adjust the contact parts of the parts every winter and summer. do.

Lastly, as the construction period passes, the window is unable to withstand the weight of the parts, causing bending, and the fastening area between the windows spreads, reducing soundproofing, fireproofing, and insulation.

Domestic Registered Patent Publication No. 10-1414859 (2014.06.26)

The purpose of the present invention is to provide a pressed sliding window system in which the window panels can be easily assembled and pressed to the window frame.

Another object of the present invention is to provide a pressed sliding window system that is relatively light in weight and can close the gap formed in the fastening area.

A press sliding window system according to one aspect of the present invention for achieving the above object includes a roller part that guides the window to slide along the window frame, a pressing part that presses the window frame to the window frame using a handle formed on the window frame, and It may be formed on a window panel and a corner of the window frame, respectively, and may include a locking part where the pressing part pushes the window panel into the window frame and slides along the roller part to lock it.

The locking unit may include a locking shaft assembled to the window frame, and a locking guider that is assembled to the window frame and locks the window frame by pushing it into the window frame while the locking shaft is inserted into the window frame.

The lock guider includes a lock box, a first lock rail formed in the lock box into which the lock shaft is inserted, a second lock rail that guides the lock shaft into the interior of the lock box, and a second lock rail that guides the lock shaft into the lock box. It may be provided with a third locking rail that is fixed and locked inside.

The locking shaft may include a locking body, a locking piece that is inserted into and fixed to the window panel, and a locking protrusion that protrudes from one end of the locking body and is inserted into the third locking rail.

The compression unit may include a compression bundle assembled to the window frame, and a compression guider that is assembled to the window panel and inserted into the compression bundle to push and compress the window panel into the window frame.

The compression guider includes a compression box, a compression auxiliary protrusion protruding from the compression box and auxiliary insertion, a first compression rail formed in the compression box into which the compression bundle is inserted, and guiding the compression bundle into the inside of the compression box. It may be provided with a second compression rail and a third compression rail for fixing and compressing the compression insertion table to the inside of the compression box.

The compression bundle may include a compression body, a compression auxiliary table into which the compression auxiliary protrusion is inserted, and a compression insertion table formed on the compression body and inserted into the third compression rail.

The roller unit may include a window frame rail assembled to the window frame, and a moving roller that is assembled to the window frame and is seated on the window frame rail while sliding the window frame to push the window frame inside.

The moving roller includes a roller cover, a roller body assembled to the roller cover, a roller wheel assembled to the inner center of the roller body, a roller shaft forming a clearance space so that the roller wheel moves inside, and the roller A roller spring may be provided that is inserted into one end of the wheel and forms a space spaced apart from the roller body to prevent it from falling off the window frame rail.

In addition, the sliding window system according to another aspect of the present invention for achieving the above object includes a roller part that guides the first window panel to slide along the window frame, and a handle formed on the first window panel that is pressed against the window frame. a pressing portion, each formed at a corner of the first window panel and the window frame, the pressing portion pushing the first window panel into the window frame and locking the first window panel by sliding along the roller portion, and the first window panel and the second window panel. A binding band can be provided that is assembled on the fastening part of the window to block and bind the gap formed between them.

The locking unit may include a locking shaft assembled to the first window frame, and a locking guider assembled to the window frame to lock the first window frame by pushing it into the window frame while the locking shaft is inserted into the window frame.

The compression unit may include a compression bundle assembled to the window frame, and a compression guider that is assembled to the first window panel and inserted into the compression bundle to push and compress the first window panel into the window frame.

The roller unit may include a window frame rail assembled to the window frame, and a moving roller that is assembled to the first window frame and is seated on the window frame rail, sliding the first window frame to push the window frame inside.

The binding band may include a first binding band assembled to the first window panel, and a second binding band assembled to the second window panel and inserted into the first binding band.

The first binding band includes a first fixing plate fixed to one surface of the first window, a first bent plate extending and bent from the first fixing plate to form a groove, and a second binding plate extending from the first bending plate. It may be provided with a first binding plate that is placed against one side of the base and blocks opening at the fastening area.

The second binding band includes a second fixing plate fixed to one surface of the second window, a second bending plate extending and bent from the second fixing plate and a portion of the first binding plate abutting, and the second bending plate. It may be provided with a second binding plate that extends and is inserted into the groove of the first bending plate to block the opening at the fastening portion.

According to the press sliding window system according to the present invention, the assembly of the window is easy with the roller part, the press part and the locking part, and the press part can be pressed to the window frame by rotating the window handle.

In addition, the airtightness and watertightness of the window can be increased by the locking parts assembled at the corners of the window and window frame, and the gap in the fastening area formed between the window and window frames can be blocked with a binding.

Figure 1 is a perspective view showing the overall appearance of a pressed sliding window system according to an embodiment of the present invention.
Figure 2 is a perspective view showing the roller part in Figure 1 in detail.
Figure 3 is a cross-sectional view showing the process of moving the roller unit.
Figure 4 is a perspective view showing the compression part in Figure 1 in detail.
Figure 5 is a cross-sectional view showing the process of compressing the compression portion.
Figure 6 is a perspective view showing the locking part in Figure 1 in detail.
Figure 7 is a cross-sectional view showing the process of locking the locking unit.
Figure 8 is a perspective view showing the overall appearance of a pressed sliding window system according to another embodiment of the present invention.
Figure 9 is a cross-sectional view showing the process of binding the binding band in Figure 8.

Hereinafter, an embodiment of the present invention will be described in detail with reference to the attached drawings. However, it goes without saying that the present invention is not limited to these embodiments and can be modified into various forms.

In the drawings, parts not related to the description are omitted in order to clearly and briefly explain the present invention, and identical or extremely similar parts are denoted by the same drawing reference numerals throughout the specification. In addition, in the drawings, the thickness, area, etc. are enlarged or reduced in order to make the explanation more clear, so the thickness, area, etc. of the present invention are not limited to what is shown in the drawings.

And when a part is said to “include” another part in the entire specification, it does not exclude other parts and may further include other parts, unless specifically stated to the contrary.

Figure 1 is a perspective view showing the overall appearance of a pressed sliding window system according to an embodiment of the present invention.

As shown in FIG. 1, the pressed sliding window system according to an embodiment of the present invention includes a roller unit 100 provided at the lower part of the window 10 and sliding along the rail of the window frame 20, and a window frame 20 ), a portion is provided on one side of the window 10, and the other part is provided on one side of the window 10, and is connected to the handle 30 by the handle 31, and is pressed against each other when the window 10 is locked in the window frame 20. (200), a locking shaft 310 provided at each corner of the window frame 10, and a locking shaft 310 provided at each corner of the window frame 20 are inserted along the rail formed inside the window frame 10. It may be provided with a locking unit 300 including a locking guider 320 that locks the window frame 20.

The roller unit 100 is assembled at the bottom of the window 10 and can guide the window 10 to slide along a rail installed on the window frame 20.

The roller unit 100 forms a spaced space on both sides of the wheel assembled therein, and can move within the spaced space along the axis on which the wheel is assembled.

The pressing portion 200 is installed on the surface where the window 10 and the window frame 20 come into contact when closed, and is connected to the window 10 by the handle 30 and the handle 31 assembled on the window 10. The pressing part 200 installed in may be inserted and pressed against the pressing part 200 installed on the window frame 20.

In order to open the window 10, the pressing part 200 rotates the handle 30 assembled on the window 10, so that the pressing part 200 installed on the window 10 moves down along the rail and is attached to the window frame 20. It can be opened by exiting the installed compression portion 200.

The locking unit 300 is assembled at each of the four corners of the window 10 and the window frame 20, and the locking shaft 310 installed on the window 10 is inserted into the lock guider 300 installed on the window frame 20. The window (10) can be locked.

The locking portion 300 adheres closely to the fastening portion formed between the window 10 and the window 10 by the roller portion 100 as the window 10 is pressed against one surface of the window frame 20, thereby increasing airtightness and watertightness. You can.

Through this, the pressed sliding window system includes a locking portion 300 that closely adheres the fastening portion formed between the window 10 and the window 10, a roller 100 and a pressing portion 200 for locking the locking portion 300. ) can be provided.

In addition, the weight is relatively light by using the minimum number of parts that adhere the window 10, and the user can easily use the window 10 by pressing or attaching it to the window frame 20 using only the handle 30.

Next, the roller part of the pressed sliding window system according to an embodiment of the present invention will be described in detail.

Figure 2 is a perspective view showing the roller part in Figure 1 in detail, and Figure 3 is a cross-sectional view showing the process of moving the roller part.

Referring to FIGS. 2 and 3, the roller unit 100 is assembled to the lower part of the window frame 10 and the window frame rail 110 assembled to the window frame 20 and is seated on the window frame rail 110 and the window frame 10. It may be provided with a moving roller 120 that moves to the inside of the window frame 20 while sliding.

Here, the window frame rail 110 is assembled to the window frame 20 so that the moving roller 120 is seated and can slide along the window frame rail 110.

The window frame rail 110 can provide enough space for the moving roller 120 to move inside.

Next, the moving roller 120 includes a roller cover 121, a roller body 122 assembled to the roller cover 121, a roller wheel 123 assembled to the inner center of the roller body 122, and a roller. A roller shaft 124 that forms a clearance space so that the wheel 123 can move inside, and a space spaced apart from the roller body 122 to prevent it from falling off the window frame rail 110 by inserting it into one end of the roller wheel 123. It may be provided with a roller spring 125 to form.

The roller cover 121 can surround the roller body 122 and secure the roller body 122 to be assembled to the window 10.

The roller body 122 assembles the roller wheel 123 and forms a hole into which the roller shaft 124 is inserted, and a roller spring 125 that forms a space spaced apart from the roller cover 121 by a certain distance is inserted into some parts. can do.

The roller wheel 123 is assembled to the roller body 122, is seated on the window frame rail 110, and can move the window frame 10 while sliding along the rail.

The roller shaft 124 penetrates the roller body 122 and is fixed to the roller cover 121, and the roller wheel 123 can move in the clearance space formed between the roller cover 121 and the roller body 122.

The roller spring 125 maintains the space formed between the roller body 122 and the roller cover 121 and can prevent the roller wheel 123 moving along the window frame rail 110 from falling off.

Therefore, the moving roller 120 is connected to the roller cover 121 and the roller body ( 122) The space between them may be moved in the axial direction by the roller shaft 124. As shown in Figure 3 (a), by moving in the axial direction, the window panel 10 can come into close contact with the side where the other window panel 10 is provided, forming a narrow fastening area. As shown in Figure 3(b), it can be moved in the opposite axis direction to form a fastening portion between the window 10 and the other window 10.

In addition, the roller spring 125 can be inserted to prevent the roller wheel 123 from falling off the window frame rail 110 during the process of returning the closely adhered roller body 122 to the neutral state.

Next, the pressing portion of the pressing sliding window system according to an embodiment of the present invention will be described in detail.

Figure 4 is a perspective view showing the compression part in Figure 1 in detail, and Figure 5 is a cross-sectional view showing the process of compressing the compression part.

Referring to Figures 4 and 5, the pressing portion 200 is assembled to the window case 10 together with the pressing bundle 210 assembled to the window frame 20 and the handle bar 31 to rotate the handle 30. A compression guider 220 that is inserted into the compression bundle 210 and presses the window 10 to the window frame 20 may be provided.

First, the compression bundle 210 is formed on the compression body 211, the compression auxiliary base 212 into which the compression auxiliary protrusion 222 is inserted, and the compression body 211 and is inserted into the third compression rail 225. A compression insertion table 213 may be provided.

The pressing body 211 is assembled to the window frame 20 and can form sufficient space so that the pressing bundle 210 is pressed.

The compression auxiliary 212 is formed on the upper part of the compression body 211, and the protrusion formed on the compression guider 220 can be inserted along the compression auxiliary 212.

The compression auxiliary 212 has an inner axis fixed to the compression body 211, and a bush surrounding the inner axis is formed, so that the compression guider 220 can be easily inserted as the bush rotates around the inner axis.

The compression insertion base 213 is formed on one surface of the compression body 211, and can press the window 10 to the window frame 20 by being inserted into the projections and grooves formed on the compression guide 220.

The compression insertion table 213 may have sufficient clearance space to allow the compression guider 220 to move left and right when viewed from the side during the insertion process.

The compression insertion base 213 has an inner axis fixed to the compression body 211, and a bush surrounding the inner axis is formed, so that the compression guider 220 can be easily inserted as the bush rotates around the internal axis.

Next, the compression guider 220 is formed in the compression box 221, the compression auxiliary protrusion 222 that protrudes into the compression box 221 and is auxiliary inserted, and is formed in the compression box 221 to insert the compression bundle 210. The first compression rail 223, the second compression rail 224 that guides the compression bundle 210 to the inside of the compression box 221, and the compression insertion base 213 are placed inside the compression box 221. A third compression rail 225 that is fixed and compressed may be provided.

The compression guider 220 can be inserted into or removed from the compression bundle 210 by moving in the vertical direction in the window 10 according to the rotation of the handle 30. In addition, the compression guider 220 is assembled to the handle 31, and the handle 31 is assembled to the window 10 and is connected to the handle 30 so that it can move according to the rotation of the handle 30.

One side of the compression box 221 is fixed to the window 10, and the compression insertion base 213 provided in the compression bundle 210 can be inserted into a groove formed therein.

The compression auxiliary protrusion 222 is formed on the upper part of the compression box 221, and one side is in contact with the compression auxiliary bar 212 provided in the compression bundle 210, so that it can be climbed up and inserted.

The pressing auxiliary protrusion 222 may be abutted against the pressing auxiliary bar 212 so that the pressing box 221 can easily move along the pressing bundle 210 during the process of closely contacting the window 10 in the direction of the fastening portion.

The first compression rail 223 is formed on the outside of the compression box 221 so that the compression insertion base 213 can be inserted first.

The second compression rail 224 is formed inside the compression box 221 and can guide the compression insertion base 213 in an inner diagonal direction to insert it inside.

The third pressing rail 225 is formed at the innermost part of the pressing box 221 and can be locked so that the window 10 is pressed against the window frame 20.

At this time, the second compression rail 224 and the third compression rail 225 move into the clearance space formed in the axial direction of the compression insertion base 213, and the window panel 10 comes into close contact with the fastening portion where the other window panel 10 is located. It can be. As shown in Figure 5(a), the window 10 can be slid to insert the press insertion base 213 of the window frame 20. As shown in Figure 5(b), as the compression auxiliary stand 212 is brought into contact with the compression auxiliary protrusion 222, the bush of the compression auxiliary 212 is rotated, and the compression auxiliary protrusion 222 can be compressed in the axial direction.

Through this, the compression guider 220 inserts the compression insertion stand 213 formed in the compression bundle 210 and moves along the clearance space of the compression insertion zone 213 so that the window 10 comes into close contact with the fastening area. You can.

Next, the pressing portion of the pressing sliding window system according to an embodiment of the present invention will be described in detail.

Figure 6 is a perspective view showing the locking part in Figure 1 in detail, and Figure 7 is a cross-sectional view showing the process of locking the locking part.

Referring to Figures 6 and 7, the locking unit 300 is provided with a locking shaft 310 provided at each corner of the window 10 and a corner of the window frame 20, and the locking shaft 310 is provided inside. A locking guider 320 may be provided that is inserted along the formed rail to lock the window 10 to the window frame 20.

First, the locking shaft 310 includes a locking body 311, a locking piece 312 that is inserted and fixed into the window 10, and a locking piece 312 that protrudes from one end of the locking body 311 and is inserted into the third locking rail 324. It may be provided with a locking protrusion (313).

The locking body 311 is assembled at each corner of the window 10, and a locking protrusion 313 is formed on the upper portion so that it can be inserted into the locking guider 320.

The locking piece 312 protrudes from one surface of the locking body 311 and is inserted into the window 10, and can support the locking body 311 so that it does not shake during the process of being inserted into the locking guider 320.

The locking protrusion 313 protrudes from one end of the locking body 311 and is exposed on one side of the window 10, and can be inserted into the locking guider 320 assembled to the window frame 20.

As the locking protrusion 313 is inserted into the interior according to the locking guider 320, the window 10 is closely adhered to the fastening area, thereby ensuring airtightness and watertightness.

Finally, the lock guider 320 includes a lock box 321, a first lock rail 322 formed in the lock box 321 and into which the lock shaft 310 is inserted, and a lock box ( It may be provided with a second locking rail 323 that guides the inside of the lock box 321 and a third locking rail 324 that locks the locking axis 310 by fixing it to the inside of the lock box 321.

The lock boxes 321 are each assembled at the corners of the window frame 20, and the locking protrusion 313 is inserted from one end so that the window 10 is locked to the window frame 20, and the window 10 and the other window 10 are locked. It can be adhered closely to the fastening area formed by .

The first lock rail 322 is formed at one end of the lock box 321 and can guide the locking protrusion 313 to be inserted.

The second lock rail 323 is connected to the first lock rail 322 and forms a diagonal groove to guide the locking protrusion 313 to be inserted into the lock box 321.

The second locking rail 323 can press the window 10 while guiding it in a diagonal direction and press it in the direction of the fastening portion formed on the window.

The third locking rail 324 is connected to the second locking rail 323 to form a groove in a straight direction and can be locked to prevent the locking protrusion 313 from escaping.

The third locking rail 324 locks the window panel 10 by pressing it to the window frame 20, and can secure the window panel 10 from being unlocked by tightly contacting the window panel in the direction of the fastening portion.

Therefore, the locking shaft 310 and the locking guider 320 are assembled at the four corners of the window 10 and the window frame 20, respectively, so that the locking protrusion 313 provided on the window 10 is connected to the first locking rail 322. ), it can be pressed against the window frame 20 by the second locking rail 323 and the third locking rail 324 and brought into close contact with it in the direction of the fastening portion. As shown in FIG. 7(a), as the window 10 slides, the locking protrusion 313 is inserted into the third locking rail 324. As shown in FIG. 7(b), when the locking protrusion 313 is inserted into the third locking rail 324, the window 10 can be brought into close contact with the other window 10 to form a narrow fastening area.

Through this, the press sliding window system according to an embodiment of the present invention has the roller unit 100 in the process of pressing the handle 30 assembled on the window panel 10 to the press bundle 210. It is closely adhered in the direction of the fastening area, and can be locked by inserting the locking shaft 310 into the interior of the locking guider 320.

In addition, as the compression guider 220 of the window 10 and the compression bundle 210 of the window frame 20 are compressed, airtightness and watertightness between the window 10 and the window frame 20 can be greatly increased.

In addition, the fastening portion formed between the window 10 and the window 10 also creates a gap between the fastening portions as the moving roller 120 moves in the axial direction during the process of inserting the locking shaft 310 into the locking guider 320. It can be blocked.

In addition, since the contact area between the pressing part 200 and the locking part 300 is relatively small, the extent to which the contact area expands or contracts due to winter and summer environments is low, so there is no need for additional adjustment by the resident.

In addition, since it weighs less than conventional sliding system windows, parts and installation costs are reduced, and residents can open and close the windows without applying much force.

Next, a press sliding window system according to another embodiment of the present invention will be described. In the following description, only parts that are different from the above-described embodiment will be described in detail, and detailed descriptions of parts that are the same or extremely similar will be omitted.

Figure 8 is a perspective view showing the overall appearance of a pressed sliding window system according to another embodiment of the present invention, and Figure 9 is a cross-sectional view showing the process of binding the binding band in Figure 8.

As shown in Figures 8 and 9, the press sliding window system according to another embodiment of the present invention includes a roller unit 100 provided at the lower part of the first window 10' and sliding along the rail of the window frame 20. ), and a part is provided on one side of the window frame 20, and the other part is provided on one side of the first window 10', and is connected to the handle 30 by the handle 31, so that the window 10 is the window frame ( 20), a pressing portion 200 that is pressed together when locked, a locking shaft 310 provided at the corner of the first window 10', and a locking shaft 310 provided at the corner of the window frame 20. A locking unit 300 including a locking guider 320 that is inserted along the rail formed inside and locks the first window 10 ′ to the window frame 20, and the first window 10 ′ and the second window 11 ) can be provided with a binding band 400 that is assembled to the fastening portion of the fastener to block and bind the open space formed therebetween.

Here, the binding band 400 includes a first binding band 410 assembled to the first window 10', and a second binding band 410 assembled to the second window 11 and inserted into the first binding band 410. A binding stand 420 may be provided.

First, the first tie band 410 includes a first fixing plate 411 fixed to one side of the first window 10', and a first bending plate extending and bending from the first fixing plate 411 to form a groove ( 412), and a first binding plate 413 extending from the first bending plate 412 and abutting against one side of the second binding zone 420 to block the opening of the fastening portion.

The first fixing plate 411 may be fixed in the direction of the fastening portion of the first window 10' and coupled to the second binding band 420.

The first bent plate 412 is bent and diagonally extended from one end of the first fixing plate 411 and has a groove forming a space therein, and may be coupled to the second binding band 420.

One end of the first binding plate 413 protrudes from the first bending plate 412 and abuts against the binding portion of the second binding belt 420, thereby blocking a gap in the fastening portion to improve airtightness and watertightness.

Lastly, the second tie plate 420 includes a second fixing plate 421 fixed to one side of the second window 11, and a part of the first tie plate 413 by extending and bending from the second fixing plate 421. It is provided with a second bending plate 422 that butts against the second bending plate 422 and a second binding plate 423 that extends from the second bending plate 422 and is inserted into the groove of the first bending plate 412 to block the opening at the fastening area. can do.

The second fixing plate 421 may be fixed in the direction of the fastening portion of the second window 11 and coupled to the first binding band 410.

The second bent plate 422 is bent and diagonally extended from the first fixing plate 411, so that one side faces the first bent plate 412, thereby blocking the gap in the fastening area.

The second binding plate 423 protrudes from one end of the second bent plate 422 and is inserted into the internal groove formed in the first bent plate 412, thereby blocking the gap in the fastening area to increase airtightness and watertightness.

Therefore, the first binding band 410 and the second binding zone 420 block the gap between the first bending plate 412 and the second bending plate 422, and the first binding plate 413 While blocking by touching one surface of the second fixing plate 421, the second binding plate 423 is inserted into the groove of the first fixing plate 411 to block it once more.

At this time, the reason why the first bent plate 412 and the second bent plate 422 extend diagonally is because the locking shaft 310 of the locking unit 300 is inserted while being guided diagonally along the locking guider 320. A plate extending diagonally can be formed to be bound in accordance with .

In addition, the binding band 400 is formed to completely block the gap in the fastening portion formed between the first window panel 10' and the second window panel 11, and is formed by the pressing portion 200 and the roller portion 100. The locking unit 300 can press the first window panel 10' to the window frame 20, and attach the first window panel 10' to the second window panel 11 to bind the binding bar 400.

In the above, a press sliding window system according to an embodiment of the present invention has been described, but the spirit of the present invention is not limited to the embodiments presented herein. Additionally, a person skilled in the art who understands the spirit of the present invention will be able to easily suggest other embodiments by adding, changing, deleting, or adding components within the scope of the same spirit, but this is also within the scope of the present invention. They will say it costs money.

10: window 20: window frame
100: roller part 110: window frame rail
120: moving roller 121: roller cover
122: roller body 123: roller wheel
124: roller shaft 125: roller spring
200: Compression part 210: Compression bundle
211: Compression body 212: Compression auxiliary base
213: Compression insertion table 220: Compression guider
221: Compression box 222: Compression auxiliary protrusion
223: first compression rail 224: second compression rail
225: Third compression rail
300: locking part 310: locking shaft
311: locking body 312: locking piece
313: locking protrusion 320: locking guider
321: lock box 322: first lock rail
323: 2nd locking rail 324: 3rd locking rail
400: Binding band 410: 1st binding band
411: first fixing plate 412: first bending plate
413: 1st binding plate 420: 2nd binding plate
421: Second fixing plate 422: Second bending plate
423: Second binding plate

Claims (16)

A roller unit provided at the lower part of the window and sliding along the rail of the window frame,
a pressing portion provided on one side of the window frame, a portion provided on one side of the window frame, connected to the handle by a handle bar, and pressed against each other when the window frame is locked in the window frame;
Compressed sliding comprising a locking part including a locking shaft provided at each corner of the window frame and a locking guider provided at each corner of the window frame and inserted along a rail formed inside the locking shaft to lock the window frame to the window frame. Window system. delete According to clause 1,
The lock guider includes a lock box,
A first lock rail formed in the lock box into which the lock shaft is inserted,
a second locking rail that guides the locking shaft into the interior of the locking box;
A pressed sliding window system, characterized in that it has a third locking rail that locks the locking shaft by fixing it to the inside of the lock box. According to clause 3,
The locking shaft includes a locking body,
A locking piece inserted into and secured to the window panel,
A pressed sliding window system, characterized in that it has a locking protrusion that protrudes from one end of the locking body and is inserted into the third locking rail. According to clause 1,
The compression portion includes a compression bundle assembled to the window frame,
A compression sliding window system comprising a compression guider that is assembled to the window panel together with the handle and is inserted into the compression bundle by rotation of the handle to compress the window panel to the window frame. According to clause 5,
The compression guider includes a compression box,
A compression auxiliary protrusion that protrudes and is auxiliary inserted into the compression box,
A first compression rail formed in the compression box into which the compression bundle is inserted,
A second compression rail that guides the compression bundle into the interior of the compression box,
A compression sliding window system, characterized in that it is provided with a third compression rail that secures and compresses the compression bundle to the inside of the compression box. According to clause 6,
The compression bundle includes a compression body,
A compression auxiliary table into which the compression auxiliary protrusion is inserted to assist;
A press sliding window system, characterized in that it has a press insertion base formed on the press body and inserted into the third press rail. According to clause 1,
The roller unit includes a window frame rail assembled to the window frame,
A press sliding window system, characterized in that it has a moving roller assembled at the lower part of the window frame, seated on the window frame rail, and moved inside the window frame as the window frame slides. According to clause 8,
The moving roller includes a roller cover,
A roller body assembled to the roller cover,
A roller wheel assembled to the inner center of the roller body,
A roller shaft that forms a clearance space so that the roller wheel moves inside,
A pressed sliding window system, characterized in that it has a roller spring inserted into one end of the roller wheel and forming a space spaced apart from the roller body to prevent it from falling off the window frame rail. A roller unit provided at the lower part of the first window and sliding along the rail of the window frame,
A pressing portion provided on one side of the window frame, the other portion provided on one side of the first window, connected to the handle by a handle, and pressed against each other when the first window is locked in the window frame;
A locking unit including a locking shaft provided at each corner of the first window frame, and a locking guider provided at each corner of the window frame and inserted along a rail formed inside the locking shaft to lock the first window frame to the window frame. and,
A pressed sliding window system including a binding band that is assembled to the fastening portion of the first window panel and the second window panel to block and bind the open space formed between them. delete According to clause 10,
The compression portion includes a compression bundle assembled to the window frame,
A press sliding window system comprising a press guider that is assembled to the first window unit together with the handle and is inserted into the press bundle by rotation of the handle and presses the first window unit to the window frame. According to clause 10,
The roller unit includes a window frame rail assembled to the window frame,
A press sliding window system comprising a moving roller assembled to the lower part of the first window frame, seated on the window frame rail, and moved inside the window frame as the first window frame slides. According to clause 10,
The binding band includes a first binding band assembled to the first window,
A pressed sliding window system, characterized in that it has a second binding band assembled to the second window panel and inserted into the first binding band. According to clause 14,
The first binding band includes a first fixing plate fixed to one surface of the first window,
a first bent plate extending and bent from the first fixing plate to form a groove;
A pressed sliding window system, characterized in that it includes a first binding plate that extends from the first bending plate and abuts against one surface of the second binding zone to block opening at the fastening portion. According to clause 15,
The second binding band includes a second fixing plate fixed to one surface of the second window,
a second bending plate extending and bending from the second fixing plate so that a portion of the first binding plate abuts;
A pressed sliding window system, characterized in that it includes a second binding plate that extends from the second bent plate and is inserted into the groove of the first bent plate to block opening at the fastening portion.

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