KR200485380Y1 - High-tightness window with crash protection - Google Patents

Abstract

More particularly, the present invention relates to a high-tightness window provided with a fall prevention function, and more particularly, to a door having a support jaw on an outer side of an insect control rail to prevent the insect control network from falling outward, Thereby improving the usability and airtightness of the auxiliary frame for supporting the external window and exposing a part of a portion of the reinforcing material of the main frame that is fixed with respect to the wall to thereby prevent visibility of the operator and damage to the main frame when the window frame is mounted To a high-tightness window provided with a fall prevention function.
The present invention as a technical means for solving the above problems is characterized in that a high airtightness window provided with a sliding opening / closing fall prevention function constituting one window frame by any combination of a main frame and an auxiliary frame, The first rail has a first rail on which a window is mounted, and a lower portion of the first rail is provided with a first excellent discharge layer having a plurality of fixed partition walls formed with a discharge hole in a horizontal direction, A main frame having a plurality of coupling partitions lower than the bottom surface 130B of the layer and having a discharge hole formed in the vertical direction; And a second rail on which an outer window is mounted on an upper surface of the main frame and a lower portion of the bottom surface of which is coupled to an upper portion of a coupling barrier provided on the other side of the main frame.

Description

[0001] HIGH-TIGHTNESS WINDOW WITH CRASH PROTECTION [0003]

More particularly, the present invention relates to a high-tightness window provided with a fall prevention function, and more particularly, to a door having a support jaw on an outer side of an insect control rail to prevent the insect control network from falling outward, Thereby improving the usability and airtightness of the auxiliary frame for supporting the external window and exposing a part of a portion of the reinforcing material of the main frame that is fixed with respect to the wall to thereby prevent visibility of the operator and damage to the main frame when the window frame is mounted To a high-tightness window provided with a fall prevention function.

Houses and buildings are equipped with windows to allow observation of mining, ventilation and scenery. In this way, the window has the advantage of allowing the user to view the surroundings as well as the mining and ventilation, but it causes problems such as insulation, soundproofing, inflow of insects or rainwater, and in some cases, And deterioration of the interior effect due to the structure for draining these rainwater. Therefore, development of window technology focuses on improvement of sound insulation and insulation function, suppression of insect inflow and drainage of inflowed rainwater.

The window according to the prior art is applied to a method of directly discharging the drain hole for drainage of rainwater on a rail constituting a window frame (in particular, a lower window frame). However, this method has a drawback that the drain hole is an inlet for noise and outside air, and the drain hole is visible from the outside.

In order to solve such a problem, Korean Patent Laid-Open No. 10-2006-0040036 (hereinafter referred to as "Prior Art") has been filed by the applicant of the present invention. The prior art has a drainage path inside the lower portion of the window frame 10 instead of directly discharging the drainage hole to the drainage window in order to drain the rainwater flowing into the window frame. The floor surface of the window frame (the reinforcement rail 130 and the auxiliary frame 120), so that rainwater flowing into the induction hole is discharged to the outside through an induction hole (121a) formed inside the window frame. As long as the floor surface of the window frame is not directly seen, the passageway and the drain hole through which the rainwater is drained can be made almost invisible, so that the appearance can be clean and beautiful. By staggering the position of the induction hole 121a, Thereby achieving a suppressive effect.

However, despite the above advantages, the prior art has some problems.

First, there is a risk that the window mounted on the auxiliary frame 120 falls outside and falls. This is a problem not only in the prior art but also in most conventional window frames. To fix the window frame to the window frame, there is a certain clearance between the window frame and the window frame. The window frame may be detached from the window frame when a strong external force is applied thereto. Also, though not shown in the prior art, an insect net may be provided outside the outer window, if necessary. In particular, the insect net is narrower than the window frame and the assembling precision is often lowered.

In the prior art, the auxiliary frame 120 is mounted on the upper part of the main frame 110 in order to form an induction hole in the lower part of the window frame, and a partition wall for forming an induction hole 121a in the lower part of the auxiliary frame 120 This structure has a problem in that it is difficult to attach the auxiliary frame 120 to the main frame 110 or the coupling strength is lowered. That is, in the prior art, the partition wall of the auxiliary frame 120 in which the induction hole 121 is formed can not be directly coupled to the main frame 110, and a separate coupling segment (Not shown). Such a structure may cause a problem that the entire auxiliary frame 120 is pulled outward when the coupled slice is damaged, thereby causing a dangerous situation. In the prior art, when the auxiliary frame 120 and the main frame 110 are fastened using separate fasteners (bolts, fixing pins, etc.), there arises a problem that the more the number of fasteners increases, If the number of spheres is small, stability problems may still occur. Also, when the partition wall having the induction hole 121a is coupled in the direction of the main frame 110 from the lower part of the subframe 120 as described above, a very high accuracy is required or the effect of blocking the inflow of insects is reduced . That is, when the barrier ribs are formed a little longer, the barrier ribs touch the upper part of the main frame 110 to be lifted up and difficult to assemble. When the barrier ribs are short, the lower end of the barrier ribs are spaced apart from the upper surface of the main frame 110, There is a problem that passes easily.

Third, in the prior art, the auxiliary frame 120 may be configured to be detachable and made of various materials different from those of the main frame. Generally, the frame of the window frame is made of PVC or aluminum material in many cases. Aluminum materials, however, have the disadvantage that they are expensive and have high thermal conductivity, despite their durability and corrosion resistance and their ability to produce a variety of clean appearance. In particular, the aluminum window frame has the effect of increasing the temperature of the house by transferring hot external heat of the summer to the inside as it is.

In the case of the prior art, the main frame provided on the inner side is generally made of a PVC material. However, since the PVC material has a limitation in producing a beautiful color or appearance, an auxiliary frame exposed to the outside can be made of aluminum material.

However, in the prior art, since the auxiliary frame extends to the inner window, there is still a problem that when the auxiliary frame is made of aluminum, the outside heat is directly transferred to the interior of the building.

Fourth, the window frame is fixed on the concrete wall surface, then the surrounding area is finished and the rim is finished with molding. Generally, when fixing the window frame to the concrete wall, it is fixed using a fastener such as an anchor. In this case, when the fastener is directly connected to the window frame made of PVC, there is a problem that the window frame is cracked or broken, and there is a problem that the fixing force is very weak. In order to solve this problem, in many cases, the reinforcing member 114 is inserted into the frame of the window frame for the purpose of improving the durability and fixing force of the window frame. However, since the window frame according to the related art is assembled in a state where the reinforcing member is inserted into the frame, there is a problem that it is not known whether the reinforcing member is properly inserted. Therefore, unless intentionally or accidentally inserted in the production process, the durability of the window frame can be seriously problematic. Even if the reinforcing member is inserted, in the case where the reinforcing member is not visible as in the prior art, in order to fix the fastening member in the end, it is necessary to damage the frame such as a hole or the like, .

KR 10-2006-0040036 A

According to an aspect of the present invention, there is provided an auxiliary frame for a vehicle, comprising: a main frame; a main frame; And an object of the present invention is to provide a high-tightness window which is prevented from being transmitted to the inside of the window frame and is firmly fixed while confirming the reinforcement inside the window frame.

The present invention as a technical means for solving the above problems is characterized in that a high airtightness window provided with a sliding opening / closing fall prevention function constituting one window frame by any combination of a main frame and an auxiliary frame, The first rail has a first rail on which a window is mounted, and a lower portion of the first rail is provided with a first excellent discharge layer having a plurality of fixed partition walls formed with a discharge hole in a horizontal direction, A main frame having a plurality of coupling partitions lower than the bottom surface 130B of the layer and having a discharge hole formed in the vertical direction; And a second rail on which an outer window is mounted on an upper surface of the main frame and a lower portion of the bottom surface of which is coupled to an upper portion of a coupling barrier provided on the other side of the main frame.

In the preferred embodiment of the present invention, the auxiliary frame is coupled with one end of the bottom surface 210B while being inserted horizontally into a mounting groove formed at the other side of the first rail, The coupling protrusions are provided at positions corresponding to the coupling barrier ribs, and the coupling protrusions are inserted into the coupling holes formed in the upper part of the coupling barrier ribs and coupled to the bottom of the bottom face 210B. And a second excellent discharge layer lower than the first excellent discharge layer may be formed between the bottom surface 210B of the subframe and the main frame.

According to a preferred embodiment of the present invention, a third rail on which an insect control net is mounted is provided on the other side of the second rail, and a fall preventing jaw is provided on the other side of the third rail. The fall preventing jaw is formed higher than the third rail A fall prevention function can be provided.

In a preferred embodiment of the present invention, the auxiliary frame is made of an aluminum material, and the auxiliary frame may be provided only to the other side of the inner window frame.

In a preferred embodiment of the present invention, a plurality of slots are formed along a width direction between a lower portion of the first storm discharge layer and a lower surface of the window frame, and a reinforcing member is inserted in the longitudinal direction in all or a part of the long holes At least one of the slots may have a cutout portion whose width is narrower than the width of the slot along the longitudinal direction so that a part of the reinforcement inserted into the slot may be exposed to the outside.

The high airtightness window provided with the fall prevention function according to the present invention is provided with a fall-resistant tongue on the outside of the insect-control net so that the insect-control net and / or the window frame can be prevented from falling to the outside. And the auxiliary frame is mounted on the upper part of the partition of the main frame so that the ease of connection and the rigidity and the airtightness of the flow path can be improved. In addition, when the auxiliary frame is provided only to the outer window and the auxiliary frame is made of the aluminum material, there is an advantage that the transfer of the external heat to the inside can be minimized. In addition, there is an advantage that an operator can perform a fixing operation while confirming the presence and position of the reinforcing member by cutting a lower portion of a portion where a reinforcing member fixed to the wall is mounted, in a reinforcing member provided at a lower portion of the main frame.

1 is a longitudinal sectional view of a high-tightness window provided with a fall prevention function according to the present invention;
2 is a view showing a frame lower portion of a high-tightness window provided with a fall prevention function according to the present invention;
3 is an exploded view of the lower frame shown in Fig.

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

FIG. 1 is a longitudinal sectional view of a high-tightness window provided with a fall prevention function according to the present invention, FIG. 2 is a bottom view of a frame of a high-tightness window provided with a fall prevention function according to the present invention, 2 is an exploded view of the lower frame shown in Fig.

Referring to FIG. 1, it can be seen that the high airtightness window provided with the fall prevention function according to the present invention is a sliding structure of the double glazing. Referring to FIGS. 2 and 3, It is understood that the lower frame of the main frame 100 is composed of the combination of the main frame 100 and the auxiliary frame 200. The frame shown in the drawing shows a vertical section with respect to the direction in which the window frame slides and moves to the lower frame of the window frame, and has the same structure along the length direction, unless otherwise specified. Various known structures can be applied to the side frame (not shown) and the upper frame (not shown) of the window frame.

The main frame 100 is provided with a first rail 110 on one side of which an inner window is mounted. The first rail 110 is composed of a bottom surface 110B and two rails protruding from the top of the bottom surface 110B so that the left and right window frames are mounted on the respective rails. The rails can be of any structure or shape known in the art as the basic construction of the window frame. A discharge hole 110H is formed on the bottom surface 110B of the first rail 110 having the above-described structure in the up-and-down direction (direction is a direction based on FIG. 1, So that the rainwater flowing into the upper portion of the first rail 110 is discharged downward through the discharge hole 110H.

A first outpost layer 130 is provided under the first rail 110. The first abattoir discharge layer 130 has a plurality of fixed partition walls 120 extending downward from the bottom surface 110B of the first rail 110 described above in a horizontal direction And the bottom surface 130B of the first outgoing discharge layer 130 is horizontally disposed on the lower end of the fixed partition wall 120. In this case, The first outer discharge layer 130 is formed between the bottom surface 110B of the first rail 110 and the bottom surface 130B of the first outer discharge layer 130 by the length of the fixed partition 120 .

In the plurality of fixed partition walls 120, a discharge hole 120H is formed in a horizontal direction. The discharge hole 120H formed in the fixed partition 120 is introduced into the first outflow discharge layer 130 through the discharge hole 110H formed in the bottom surface 110B of the first rail 110 described above So that the rainwater flows to the other side through the discharge hole 120H formed in the fixed partition wall 120. [ The discharge hole 120H formed in the fixed partition wall 120 is provided at the lower end of the fixed partition wall 120 and is preferably arranged as close as possible to the bottom surface 130B so that the introduced rainwater can flow smoothly.

At least one, and preferably a plurality of, discharge holes 120H are formed along the longitudinal direction of the fixed partition 120. The discharge holes 120H formed in the respective fixed barrier ribs 120 are formed at different positions from the discharge holes 120H formed in the adjacent fixed barrier ribs 120, Allows the inner storm to form like a maze. This is to prevent insects from being introduced through the discharge hole 120H or the superior discharge layer 130.

According to an embodiment of the present invention, the bottom surface 130B of the first storm discharge layer 130 may be inclined such that one side is higher and the other is lower than the other, so that the introduced rainwater can flow toward the other side .

The other side of the main frame 100 is configured to have a lower height than the bottom surface 130B of the first out right discharge layer 130 and a plurality of coupling ribs 150, Respectively. The coupling barrier rib 150 may be formed to have the same height as the height of the fixed barrier rib 120 provided in the width direction of the first abscissa discharge layer 130 as shown in the figure. However, the height of the coupling barrier rib 150 may be variously designed according to the height of the second rail 210 to be described later. Hereinafter, the height of the first rail 110 and the second rail 210 are the same, and the height of the coupling barrier 150 is equal to the height of the fixed barrier 120.

A plurality of exhaust holes 150H are formed in the coupling partition 150 along the longitudinal direction in the same manner as the fixed partition 120 described above and the exhaust holes 150H are formed in the adjacent partition walls 150 Holes 150H are formed at different positions. And the discharge hole 150H is provided as close as possible to the bottom surface 150B of the coupling partition 150. [

When the auxiliary frame 200 is mounted on the upper part of the coupling barrier 150, the space between the bottom surface 210B of the auxiliary frame 200 and the bottom surface 150B of the coupling barrier 150, A second outgoing discharge layer 230 is formed. The second outermost layer 230 is formed at a position lower than the first outermost layer 130 and the first outpost layer 130 and the second outpost layer 230 are formed at a position lower than the first outpost layer 130, So that the rainwater of the first storm discharge layer 130 can flow smoothly into the second stormwater discharge layer 230. The function of the excellent discharge layer will be described later in more detail.

A plurality of elongated holes 170 are formed in the lower part of the main frame 100 along the width direction at the lower part of the first outgoing discharge layer 130 and the second outgoing discharge layer 230. The long hole 170 serves to reduce the manufacturing cost within a range that does not impair the durability of the window frame structure, and at the same time, inserts the reinforcing member 180 to be described later to improve the durability of the window frame. The elongated hole 170 having the above-described structure is entirely or partially continuous along the longitudinal direction, and the reinforcing member 180 is inserted along the longitudinal direction on all or a part of the elongated hole 170. The stiffener 180 may be composed of a hollow quadrangle or a top open square as shown in the figure, but is not necessarily limited to such a shape. The reinforcing member 180 may be formed in an aluminum columnar shape having a shape corresponding to the shape of the elongated hole 170.

At least one of the elongated holes 170 described above is formed with a cutout portion 175 whose lower portion is narrower than the width of the elongated hole 170 along the longitudinal direction so that the reinforcing member 180 inserted into the elongated hole 170 So that a part of it is exposed to the outside of the lower surface.

The window frame is fixed to the concrete wall using fasteners (not shown) such as an anchor. In this case, when the window frame is made of PVC material, the force for fixing the fastener and the window frame is weak, and in order to join the fastener to the window frame, it is necessary to drill a hole in the window frame. The window frame is broken or cracked. In order to reinforce the weakening force, the fastener is mainly connected to the stiffener 180. Depending on the skill of the operator or the design of the manufacturer, it may be difficult to accurately grasp the position of the stiffener 180. In some cases, There may be a case where the fastener is directly fixed to the window frame made of a weak PVC material without the reinforcement member 180 due to fixing of the anchor at the position where the reinforcement member 180 is not present or due to defects of the product.

The window according to the present invention is formed by partially cutting the lower portion of the slot 170 in which the anchor is to be fixed in the slot 170 in which the reinforcement 180 is inserted so as to confirm whether the operator normally inserts the reinforcement 180 into the slot 170, A fastener can be fixed to the stiffener 180 and a fastener can not be connected to the incision 175 if there is no stiffener 180 inside the long hole 170 . Thus, the window frame can be prevented from being damaged in the course of fixing the window frame, and the fastener can be stably fixed at the correct position. When sealing is performed on the contact surface between the cutout portion 175 of the elongated hole 170 and the reinforcing member 180, it is also possible to prevent the inflow of moisture or moisture into the inside of the window frame. The main frame 100 having the above-described structure can be integrally formed through injection molding or the like. The auxiliary frame 200 is coupled to the other side of the main frame 100.

The lower surface of the bottom surface 210B of the auxiliary frame 200 is connected to the upper surface of the coupling barrier 150 provided on the other side of the main frame 100. [ Lt; / RTI > One end of the bottom surface 210B of the auxiliary frame 200 is inserted into the mounting groove 115 formed at the other side of the first rail 110 while being inserted horizontally, Protrusions 250 are provided and the coupling protrusions 250 are inserted into the coupling holes 155 formed in the upper portion of the coupling barrier ribs 150. The bottom surface 210B of the second rail 210 is parallel to the bottom surface 110B of the first rail 110 and the bottom surface 210B of the second rail 210 and the coupling barrier 150 A second excellent discharge layer 230 is formed lower than the first out right discharge layer 130. In this case,

A discharge hole 210H is formed in a vertical direction on the bottom surface 210B of the second rail 210 so that rainwater flowing into the upper portion of the second rail 210 flows through the discharge hole 210H, Layer 230 as shown in FIG.

As shown in the figure, the coupling protrusion 250 is provided with an annular or extended portion at its end, and inserted into a coupling hole 155 formed at a position corresponding to the coupling protrusion 250 so as to be narrower than the coupling protrusion 250 do. The coupling protrusions 250 may be provided at all or in part along the longitudinal direction of the auxiliary frame 200, and a plurality of coupling protrusions 250 may be provided along the width direction at positions corresponding to the coupling barrier ribs 150. A coupling hole 155, which is narrower than the annular or extended portion of the coupling protrusion 250, is formed on the coupling barrier 150. Thus, in order to prevent the operator from interfering with the coupling protrusion 250, the other end of the auxiliary frame 200 is tilted upward, first one end is inserted into the mounting groove 115 formed on the other side of the first rail 110, The coupling protrusions 250 are coupled to the coupling holes 155 in a state of being forcedly engaged. The auxiliary frame 200 may further include a side support portion 270 for supporting a side surface of the outermost coupling barrier rib 150 among the plurality of coupling ribs 150, And at least one horizontal support portion 275 may be provided at the bottom of the bottom of the coupling partition wall 150 to protrude therebetween. The horizontal support portion 275 may be spaced apart from the plurality of coupling ribs 150 as shown in the figure or may be provided to be engaged with the coupling ribs 150 although not shown in the figure. In the above structure, the auxiliary frame 200 is firmly fixed to the main frame 100 without a separate fixture, and when an external force is applied to the auxiliary frame 200 in the other direction, the coupling protrusions 250 and the horizontal supports 275 can be firmly supported. The upper portion of the auxiliary frame 200 can be a rigid and stable coupling structure because the window frame is mounted and pressed and one side is supported by the main frame 100. [

The other side of the second rail 210 is provided with a third rail 280 on which an insect control net is mounted and the other side of the third rail 280 is provided with a fall prevention tile 285. At this time, the crash preventive tile 285 is formed higher than the third rail 280 to prevent the insect control net from falling outward, and at the same time, the lower part of the insect control net can be covered to improve the appearance. A discharge hole 150H of the second outgoing discharge layer 230 communicates with the outside of the dropout prevention tile 285 so that the rainwater flowing into the upper portion of the main frame 100 and / And is discharged to the outside through the first outflow discharge layer 130 and the second outflow discharge layer 230. As a preferred embodiment of the present invention, the fall-resistant tuck 285 may be provided so as to protrude to the other side of the discharge hole 150H as shown in the figure. Thus, when viewed from the outside, the exhaust hole 150H can be prevented from being directly visible, thereby maintaining excellent appearance. As shown in the figure, the main frame 100 may be provided under the discharge hole 150H of the second abstraction layer 230 to a predetermined thickness. This is to prevent the operator from accidentally blocking the discharge hole during the final rim molding process after fixing the window frame to the concrete wall and finishing work.

Meanwhile, according to one embodiment of the present invention, the auxiliary frame 200 may be made of aluminum. The aluminum material is excellent in durability and corrosion resistance, and has an excellent advantage in making appearance, but it has a disadvantage in that it can transmit outside heat in the room as it is because of its very high thermal conductivity. That is, when the entire window frame is made of aluminum or the auxiliary frame 200 extends to the first rail 110 provided with the inner window as in the prior art described in the background art, So that the temperature of the room is increased. However, the window according to the present invention prevents the external heat from being transmitted to the inside since the auxiliary frame 200 is formed only to the other side of the first rail 110, preferably to the other side of the inside window frame. Therefore, the auxiliary frame 200 can be made of aluminum material, and the heat can be prevented from flowing.

As described above, in the detailed description of the present invention, a specific embodiment has been described. However, it is needless to say that various modifications can be made without departing from the scope of the present invention. Therefore, the scope of the present invention should not be limited to the described embodiments, but should be determined by the scope of the appended claims and equivalents thereof.

100: Mainframe
110: first rail
115: mounting groove
120: Fixed bulkhead
130: First Excellent Patch Layer
150:
170: Long hole
175:
180: Stiffener
200: Auxiliary frame
210: second rail
230: second outflow layer
250: engaging projection
270:
275: Horizontal support
280: third rail
285:

Claims (5)

A high airtightness window provided with a fall prevention function of a sliding opening / closing system constituting one window frame by combining a main frame and an auxiliary frame,
A bottom surface 110B having a discharge hole 110H is formed at a lower portion of the first rail and a discharge hole 110B is formed at a lower portion of the bottom surface 110B, A plurality of fixed partition walls 120H are formed in the horizontal direction so as to form a first upper discharge layer having one side higher and the other lower side, and the discharge hole 120H is provided at the lower end of the fixed partition wall And the other side is formed at a position different from the discharge hole (120H) formed in the adjacent fixed partition, so that the rain path inside the first excellent discharge layer is formed like a maze, (130B), and a discharge hole (150H) is formed in a horizontal direction at a lower portion thereof, and the coupling partition is provided in the first outer discharge layer in a width direction and has a high rating And the discharge hole (150H) is formed to have the same height as the wall, and the discharge hole (150H) is formed adjacent to the bottom surface of the coupling barrier rib and is formed at a different position from the discharge hole (150H) ;
And an exhaust hole 210H is formed on the bottom surface 210B so as to be vertically coupled to the other side of the main frame so that the first and second rails are coupled to the bottom of the bottom surface 210B, And an auxiliary frame made of aluminum and configured such that a second uppermost discharge layer lower than the uppermost discharge layer is communicated with the first upper discharge layer by a discharge hole on the other side,
A third rail on which an insect control net is mounted is provided on the other side of the second rail, and a fall preventing jaw is provided on the other side of the third rail, wherein the fall preventing jaw is formed higher than the third rail,
A plurality of slots are formed in the lower portion of the main frame along the width direction at the lower portions of the first and second outflow discharge layers. The slots are continuously provided along the longitudinal direction of the main frame, And a portion of the reinforcing member is inserted into the entire or a part of the elongated hole along the longitudinal direction to expose a portion of the reinforcing member to the outside of the lower surface,
One end of the bottom surface 210B of the auxiliary frame is coupled while being inserted into a mounting groove formed on the other side of the first rail in a horizontal direction and a coupling protrusion is provided at a lower portion of the bottom surface 210B, A high airtight window provided with a fall prevention function to be inserted into a coupling hole formed in an upper portion of a coupling barrier wall.


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