KR102522307B1 - Sealing Structure of Horizontal Sliding Door and/or Windows - Google Patents

Abstract

The sealing structure of the non-clerk window is an intermediate member installed between the outer and inner windows,
Since 8 are installed on one side of the intermediate member adjacent to the left and right upper and lower edges of both sides of the frame of the outer and inner windows and 8 are installed on both sides of the area where the outer and inner windows overlap, a total of 16 first sealing members, first upper part and positions of predetermined heights on both sides of the upper and lower rails supporting the first and second rollers in the inner upper end of the first fixed protrusion formed on the outer side of the lower block and the first and second moving blocks, and both sides. A second sealing member installed at a position of a predetermined height on both sides of the third and fourth rails in the first and second moving blocks in the support block and closing the outer window and the inner window overlapping the interior to one side of the inner window The locking parts composed of one or more locking parts installed in the part exposed to the outside window and a locking member having a bent part bent in the form of a hook at the upper end of the part exposed to the interior of the outer window correspondingly, and installed on the intermediate member. The sealing members and one or more locking parts installed on the exposed portion of the inner window bring the outer and inner windows into close contact so that the airtightness between them is reliable.

Description

Sealing structure of non-clerk windows {Sealing Structure of Horizontal Sliding Door and/or Windows}

The present invention relates to a non-standing window in which a plurality of windows are slid in close contact with each other, particularly in a fixed state of the window without interfering with the movement of one side window together with an intermediate door installed between windows moving opposite each other. It relates to providing a sealing structure for non-clerk windows that prevents shaking, seals a fixed gap between windows, and maintains confidentiality.

As disclosed in Korean Patent No. 10-1684408 (2016.12.02), which is representative of the prior art, under the name "adhesive non-clerk windows", the windows and doors have rails formed on the indoor and outdoor sides, and in the middle between them, the middle It consists of a window frame 110 in which a frame 120 protrudes and a rail 130 for insect screen is formed on the outdoor side, and slides on the window frame 100 and the indoor rail for guiding the window 200 to come into close contact with each other. A window 200 is made up of a first window 210 mounted to slide and a second window 220 mounted to slide on an outdoor rail, and adheres to the window frame 100 when the window 200 is closed. An insect screen is mounted on the rail 130 for insect screen of (100) so as to slide, and the middle part 140 is fitted to the middle part of the middle frame 120 of the window frame 100 so that the front and rear along the middle frame 120. It is installed to slide in the forward direction.

When the window pane 200 is closed, the intermediate portion 140 is a pillar installed on the middle frame 120 of the window frame 100 so that the overlapping portion between the first window pane 210 and the second pane 220 is closely adhered to. As a frame, fitting pieces formed in a substantially "c" shape in cross section are installed at the top and bottom so that it is fitted with the intermediate frame 120 and slides easily.

In addition, door roller grooves to which door rollers are coupled are formed at the lower portions of the first window pane 210 and the second window pane 220, and they may also be sliding or fixed so as to slide along the rail.

In addition, this close-type non-clerk window is installed on the intermediate frame 120 of the window frame 100 and protrudes inward between the indoor frame and the outdoor rail of the window frame 110 in close contact with the window frame 200 ( 120) installed on both sides of the first airtight portion 111 and the middle portion 140 fitted to the inward portion of the window 200, and the second airtight portion 121 in close contact with the window 200 when the window 200 is closed. provide more

Therefore, when the windows are closed, the windows are moved horizontally to be closely attached to the side of the window frame, and the middle part is installed in the overlapping area between the windows to make the windows close together, thereby improving the airtightness between the windows when closing the windows. At the same time, the combination structure of windows and doors is simple and the installation cost is low, and the effect of improving the windproof efficiency, insulation efficiency, soundproofing efficiency and wind pressure resistance efficiency of windows and doors is provided.

However, in this window, since the U-shaped first sealing member 131 and the double-sided U-shaped second sealing member 141 are installed at the upper and lower ends of the intermediate frame 120 to secure airtightness, the window 200 Since the first and second window panes 210 and 220, which move when closing, have a structure in which elastic gaskets are fixed in a protruding shape to the lower end surfaces of both sides of the second airtight members formed in the middle portion 140, respectively. , Since it is in contact with the second airtight member installed at the side end of the middle portion 140, it is kept airtight, so wear cannot be avoided due to long-term use of the contact area, and the elasticity of the gasket used as the sealing member is insufficiently considered. Therefore, proper sealing could not be guaranteed.

As described above, in the prior art, since the sealing structure according to the installation of the middle part is installed in a gasket state on either side, the durability of the gasket is not taken into account, and the impact of the windows or deterioration over time occurs, so the desired sealing cannot be achieved. did

Therefore, the present invention responds to external impact without interfering with the movement of the windows so that the windows of the windows do not interfere with each other, minimizes damage over time, and induces close contact between the windows and the intermediate member installed between them. to achieve good sealing.

The main object of the present invention is to install an intermediate member in a certain space in the center, to prevent shaking in a fixed state of external and internal windows located in the exterior and interior moving opposite to each other with the intermediate member in between, and to prevent shaking of these windows and It is an object of the present invention to provide a sealing structure for non-clerk windows that reliably achieves the airtightness of windows and doors while facilitating the movement of each window by bringing each window into close contact with one side.

Another object of the present invention is to keep the airtightness closely to the side of the intermediate member installed between the outer and inner windows moving in opposition to each other and fix the inner window with respect to the outer window to prevent shaking. It relates to providing a sealing structure.

According to the present invention, the sealing structure of the non-standing windows and doors supports the weight of their bodies and glass, so that the first and second moving blocks are installed on the upper and lower parts, respectively, and the outer and inner windows are installed in the center of the first and second moving blocks. Upper and lower support blocks combined with upper and lower blocks consisting of outer and inner windows in which moving rollers for sliding are installed and supports supporting the outer and inner windows and left and right supports combined with the left and right blocks on both left and right sides It is installed on a frame made of blocks.

The sealing structure installs an intermediate member installed between the outer and inner windows, and on one side of the intermediate member, eight pieces are adjacent to the left and right upper and lower edges of both sides of the frame of the outer and inner windows, and both sides are overlapped with the outer and inner windows. Since 8 are installed on the side, a total of 16 first sealing members are installed.

The first sealing members are installed adjacent to the left side of the second movable block of the inner window at a predetermined position of the intermediate member, in this case, and are composed of double compartments and holes formed outside for each compartment, and elasticity of a larger diameter than the hole. It consists of a gasket installed on an extension that is inserted into the compartment and extends outward beyond the diameter of the hole.

The first sealing member is installed in pairs of eight on both sides of the upper and lower parts of the intermediate member, and is adjacent to the right side of the first moving blocks installed on the upper and lower right sides of the outer window of the intermediate member, and is adjacent to the upper and lower sides of the outer window. It is installed adjacent to the left side.

In addition, the first sealing member is located adjacent to the right side of the second moving blocks installed on the upper and lower left sides of the inner window of the intermediate member, and is installed adjacent to the left side of the central partition of the upper and lower left intermediate member of the inner window.

The second sealing part is installed on the inside top of the first fixing protrusion formed on the outside of the first upper and lower blocks, the entrance to the space in the first and second moving blocks, and both sides of the first and second rails.

In addition, the second sealing parts are located at positions of predetermined heights on both sides of the upper and lower rails supporting the rollers in the first and second moving blocks on the upper and lower support blocks and on the first and second moving blocks on the support blocks on both sides. 2 It is installed at a predetermined height on both sides of the third and fourth rails in the moving block.

The locking structure is installed at the overlapping part of the inside of the outer window and the inner window. When the window is closed, one or more locking parts are installed on one side of the inner window exposed to the room, and at a corresponding position, the outer window A hooking member having a bent portion having an upper end bent in a hook shape is installed at a portion exposed to the room to further promote close contact between the inner window and the outer window.

The locking part includes a rotating body rotatable on the basis of an axis formed adjacent to one end and a moving portion rotating up and down at one end of the rotating body on top of the rotating body. The support body is a flat rectangular shaft portion extending from one end, a rotating portion that rotatably fixes the body to the exposed portion of the outer window at a position adjacent to the shaft portion, and a rotator connected to the rotating portion and elastically fixed to the top of the body. Adjacent to the top and the other end, it is composed of a coupling portion in which a semicircular protruding portion is formed so as to engage with the locking portion.

The moving unit is a flat surface having a size similar to that of the rotating body, and is composed of a rotating shaft having one end engaged with the rotating shaft unit and a hooking inducing unit having a cutout portion formed at the other end of the rotating shaft to accommodate the coupling unit.

The present invention prevents shaking in a fixed state of the outer and inner windows located on the outer and inner sides moving opposite to each other with an intermediate member between the moving intervals of the windows of the window and the middle member interposed with one side of the window and the other. The close contact makes the movement of the windows smooth and the airtightness of the windows reliable.

A drawing showing a representative configuration representing the present invention in detail is as follows.
1 is a longitudinal cross-sectional view briefly showing the configuration of a representative close-type non-clerk window of the prior art,
Figure 2 is a perspective view showing a sealing structure in which intermediate members are installed on the inner and outer windows of the windows of the non-clerk according to the present invention,
Figure 3 is a vertical cross-sectional view showing in detail the arrangement of the sealing structure of the non-clerk window according to the present invention,
Figure 4 is a horizontal cross-sectional view showing in detail the arrangement of the sealing structure of the non-clerk window according to the present invention,
5 is a vertical cross-sectional view showing a detailed enlargement of the sealing structure of the non-clerk window according to the present invention;
6A and 6B are detailed views showing the installation state of the locking device applied to the sealing structure of the non-clerk window according to the present invention.

The present invention will be described in detail based on the accompanying drawings.

As shown in FIG. 2, the window 10 consists of upper and lower blocks 11 and 11' composed of upper and lower parts and left and right blocks 14 and 14' supported on both sides of these blocks 11 and 11' It is provided with 4 deformable frames of a predetermined size composed of .

In this frame, an inner window 12 located inside the room and an outer window 13 located outside the room are slidably positioned with each other, and an intermediate member positioned closely between the inner and outer windows 12 and 13. (30) are installed.

The sealing structure 20 according to the present invention is installed on the window 10 configured as described above.

3, 4 and 5, the sealing structure 20 according to the present invention has upper and lower support blocks 23 and 23' combined with upper and lower blocks 11 and 11' and left and right sides In the left and right blocks 14 and 14' on the side, the left and right support blocks 24 and 24' fixing the positions of the outer and inner windows 13 and 12 are the same size as the frame of the window, so that the outer and inner windows 13 , 12) is installed in the support that supports them.

The outer and inner windows 13 and 12 support the weight of the body and the glass, and the first and second moving blocks 13 'and 12' and the first and second moving blocks 13' are respectively installed on the upper and lower parts. , 12'), moving rollers (not shown) for sliding the outer and inner windows 12 and 13 are installed.

On the other hand, in the upper and lower support blocks 23 and 23' of the same configuration as the window 10, the first fixed protrusion formed on the outermost side to support the upper and lower portions of the insect screen 18 adjacent to the outer window 13 First and second rails 16 with a predetermined height formed on the upper and lower parts to prevent separation while enabling movement of the moving rollers in the pieces 32, 32' and the first and second moving blocks 13', 12' , 16') and first intermediate support pieces 17 at upper and lower portions supporting the intermediate member 30 between the outer and inner palm prints 13 and 12.

Similarly, the left and right support blocks 24 and 24' on both left and right sides of the frame of the window 10 are also adjacent to the outer window 13 to support the side of the insect screen 18. The second fixation formed on the outermost side Third and fourth rails of a predetermined height formed on the upper and lower portions to prevent separation while enabling movement of the moving rollers in the protruding pieces 33 and 33' and the first and second moving blocks 13' and 12' ( 18, 18') and the outer and inner palm prints 13, 12 are composed of second intermediate support pieces 19 on the left and right sides supporting the intermediate member 30.

Since the intermediate member 30 is located in the middle of the outer and inner windows 13 and 12, it is provided with a plurality of sealing members to prevent the inflow of outside air into the interior of the room from the outside.

That is, since the intermediate member 30 is installed two by two on the top and bottom with the four left and right upper and lower edges of the outer and inner windows 13 and 12 and the middle frame interposed therebetween, a total of eight first sealing members ( 40) are installed.

The first sealing members 40 are installed adjacent to the left side of the second moving block 12' of the inner window 12 at a predetermined position of the intermediate member 30, as shown in detail in FIG. 5 . This first sealing member 40 is made of the same structure, and is composed of a double compartment 41 and a hole 42 formed outside for each compartment 41 than the housing body 43 and the hole 42 A large-diameter elastic leg is inserted into the compartment 41 and consists of a gasket 44 installed on an extension extending wider than the diameter of the hole to the outside.

As shown in FIG. 3, four first sealing members 40 are installed in pairs of two on both sides of the upper and lower portions of the intermediate member 30, respectively. That is, the two first sealing members 40 installed above and below the intermediate member 30 are located adjacent to the right side of the first moving blocks 13' installed on the right side of the upper and lower sides of the outer window 13 (right side in FIG. 4). And, another first sealing member 40 is installed adjacent to the upper and lower left side of the outer window 13 (the left side of the partition 45 in the center of the intermediate member 30 in FIG. 4).

In addition, the first sealing member 40 is located adjacent to the right side of the second moving blocks 12' installed on the upper and lower left sides of the inner window 13 of the intermediate member 30 (right side in FIG. 4), and another One sealing member 40 is installed adjacent to the upper and lower left sides of the inner window 12 (the left side of the partition 45 in the center of the intermediate member 30 in FIG. 4).

In addition, the window 10 is provided with second sealing parts 50 composed of a plurality of general structures that become gaskets for reliable external air blocking.

The second sealing part is formed on the inner upper end of the first fixing protrusions 32 and 32' formed on the outside of the first upper and lower blocks 23 and 23', and the first and second moving blocks 13' and 12'. It is installed on both sides of the space entrance and the first and second rails 16 and 16'.

In addition, the second sealing part 50 is located at the top of the inside of the first fixing protrusions 32 and 32' of the upper and lower support blocks 23 and 23' of the window 10 and the support blocks 24 and 24'. ) is installed at the upper end position inside the second fixing protruding pieces (33, 33') on both left and right sides to first block the outside air from the outside.

Further second sealing parts 50 are upper and lower rails 16 and 16 supporting rollers in the first and second moving blocks 13' and 12' to the upper and lower support blocks 23 and 23'. The third and fourth rails 18 and 18' in the first and second moving blocks 13' and 12' at positions of predetermined heights on both sides of ') and the support blocks 24 and 24' on both sides of the ) are installed at a predetermined height on both sides of them.

As shown in FIG. 2, the locking structure 70, which further guarantees the sealing of the window 10 together with the sealing structure 20 and secures the locking, is overlapped on the inside of the outer window 12 and the inner window 13. installed in the area

In detail, as shown in FIGS. 6A and 6B, when the window 10 is closed, the locking structure 70 has one or more locking parts 71 installed on one side of the inner window 13 exposed to the room. and a hooking member 72 having a bent portion 79 whose upper end is bent in a hook shape is installed at a corresponding position of the outer window 12 exposed to the interior of the inside window 13 and the outer window 12. ) to further promote close contact with

That is, the locking part 71 includes a rotating body 73 that is rotatable based on an axis formed adjacent to one end and a moving part 80 that rotates up and down at one end of the rotating body 73 on top of the rotating body 73. provide The support body 73 has a shaft portion 74 formed by extending from one end in a flat rectangle, and a rotating portion 75 rotatably fixed to the exposed portion of the outer window 13 with its body at a position adjacent to the shaft portion 74. , The fixing part 76 connected to the rotating part 75 and elastically fixed to the upper part of the body and the coupling part 77 formed with a semicircular protruding part so as to engage with the hooking part 72 adjacent to the other end. ) is composed of

The moving part 80 is a flat surface having a size similar to that of the rotary body 73, and has a rotary shaft 81 formed so that one end thereof is engaged with the rotary shaft part 74 and a coupling part 77 at the other end of the rotary shaft 81. It consists of engaging guide parts 82 formed with a cutout to accommodate.

Therefore, the locking structure 70 rotates with the locking member 72 together with the moving part 80 for a locking operation, stops at the locking position of the bent part 79, and moves and engages with the coupling part 77 of the support body 73. Since the end of the curved part 79 is inserted between the parts 82, the outer and inner windows 13 and 12 are brought into close contact and locked at the same time.

As described above, in the present invention, the middle member is in close contact with one side of the window in the locked state of the windows located on the outside and the inside moving opposite to each other with the intermediate member between the moving intervals of the two windows of the window. This ensures that the windows are sealed reliably.

10: window 12: outer window
13: inner window 20: sealing structure
30: intermediate member 40: first sealing member
50: second sealing member 70: locking part

Claims (3)

First and second movable blocks installed on the upper and lower parts to support the weight of the fuselage and glass, and outer and inner windows and outer windows in which movable rollers for sliding the outer and inner windows are installed in the center of the first and second movable blocks. and upper and lower support blocks combined with the upper and lower blocks composed of supports supporting the inner windows and left and right support blocks coupled with the left and right blocks on both left and right sides. in
An intermediate member installed between the outer and inner windows,
Since 8 are installed on one side of the intermediate member adjacent to the left and right upper and lower edges of both sides of the frame of the outer and inner windows and 8 are installed on both sides of the area where the outer and inner windows overlap, a total of 16 first sealing members,
Positions at predetermined heights on both sides of the upper and lower rails supporting the first and second rollers in the first and second moving blocks, and the inner upper end of the first fixing protrusion formed on the outside of the first upper and lower blocks, A second sealing member installed at a predetermined height on both sides of the third and fourth rails in the first and second moving blocks on both side support blocks;
One or more locking parts installed on the part exposed to the room as one side of the inner window by closing the outer window and the inner window and overlapping them from the inside, and the bent part bent in the form of a hook at the upper end of the part exposed to the interior of the outer window in response to this It consists of locking parts made of a holding member provided,
The locking part has a moving part that rotates up and down at one end of the upper part of the rotating body. A shaft portion formed by extending from one end of the rotating body in a flat rectangle, a rotating portion in which the body is rotatably fixed to the exposed portion of the outer window at a position adjacent to the shaft portion, and a rotating portion connected to the rotating portion and elastically fixed to the top of the body A rotating body configured to be rotatable with respect to an axis formed adjacent to one end thereof by configuring a locking jaw with a semicircular protruding portion so as to be coupled to the locking portion adjacent to the fixing portion and the other end;
It is characterized in that it consists of moving parts consisting of a rotary shaft formed so that one end is coupled to the rotary shaft part with a flat surface of a size similar to the rotary body and a hooking guide part formed with a cutout to accommodate the coupling part at the other end of the rotary shaft. window sealing structure.
The method of claim 1,
The first sealing members are installed adjacent to the left side of the second movable block of the inner window on the intermediate member, and include a housing body composed of double compartments and holes formed outside for each compartment, and an elastic leg having a larger diameter than the hole. The sealing structure of the non-clerk window, characterized in that composed of a gasket inserted into the compartment and installed in an extension that extends wider than the diameter of the hole to the outside.
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