KR200196531Y1 - A lattice frame for single glass and combination structure - Google Patents

Abstract

The present invention relates to a lattice frame (10) that can be inserted into the window frame (1) of wood or aluminum, synthetic resin by mounting the lattice glass,

The grid frame 10 has an insertion fixing part (10a) that is fixed to the window frame is inserted and fixed to the window frame, and formed on the lower side of the insertion fixing part (10a) to support, fastening members 60, 70 Fasteners   A fastener 40 formed to be easily formed, and an upper frame 100 having a glass insertion groove 2 20a formed therein so as to insert glass into the lower side of the fastener 40;

A lower frame 200 installed symmetrically at opposite positions of the upper frame 100 and having a glass insertion groove 1 (20) formed thereon;

The upper and lower frames 100 and 200 are provided at both ends of the upper and lower frames 100 and 200 to be supported by the insertion holes 50 and the support holes 61 formed therein, and the upper and lower frames (using the fastening members 60 and 70). It consists of left and right side frame 300, 400 to fasten by fastening to the fastener 40 formed in the interior of the 100 (200).

According to the present invention, there is an effect of supplying a multipurpose frame by using lattice glass, that is, single glass, and an effect of supplying a low-cost window frame with a simple construction.

Description

A lattice frame for single glass and combination structure}

The present invention relates to a lattice frame into which a single glass (hereinafter referred to as 'lattice glass') is inserted into the window frame, and more particularly, a glass insertion groove into which a glass is inserted into each image, the lower frame and the horizontal frame. The present invention relates to a lattice frame for a single glass and a fastening structure thereof, which can be easily connected to a fastener formed in each frame by a bolt or a support rod, and can be combined in various forms.

This invention is a domestic priority claim application for Utility Model Registration Application No. 2000-09315, filed April 1, 2000.

In general, various disclosures have been made on a grating window frame to facilitate fastening.

For example, the 'prefabricated grate' has been disclosed in the application number 20-1997-014774, the contents are as follows.

According to (a) and b) of Figure 1, the prefabricated grate is composed of a support member (A) and the coupling member (B). A plurality of the supporting members A are installed to be orthogonal, and the length of the supporting members A is long, and the horizontal supporting members A1a are formed long, and the vertical supporting members A1b are formed short and are provided between the horizontal supporting members A1a.

On the other hand, the coupling member (B) on the contrary, the horizontal coupling member (B1a) is formed short, the vertical coupling member (B1b) is formed long and the horizontal, vertical support members (A1a, A1b) are horizontal, vertical coupling members (B1a, B1b) to maintain the fixed state by mutual fastening. Looking at the structure, the protrusion A1 is formed at a predetermined position on one side of the supporting member A, and the glass is provided on both sides of the protrusion. A plane A2 is formed to allow the 30 to be seated.

In addition, a locking step 1 (A3) is formed at the distal end of the protrusion (A1) to be engaged with the coupling member (B).

The coupling member (B) may form a slope (B1) on both sides of one side of the plane has a rhombus shape in cross section, and the projection (A1) of the support member (A) may be inserted into the other side of the rhombic shape. Coupling groove (B2) is provided so that the front end of the coupling groove (B2) is a locking step 2 (B3) to be engaged with the locking step 1 (A3) is formed to be mutually fastened.

As shown in b) of FIG. 1, the horizontal coupling member B1a is supported by the inclined surface of the vertical coupling member B1b, and the glass 30 is fixed in a state in which the horizontal coupling member B1a is engaged with the horizontal and vertical support members A1b. It is to finish by applying a silicon (Silicon).

However, in the above case, after inserting the grid glass in advance in each lattice groove of the support member provided on one side, the locking jaw formed on the inside of the coupling member on the other side is coupled to the protrusion on one side, so that the work is cumbersome and the assembly is difficult Accordingly, there is a problem that the productivity is lowered.

In addition, there is a disadvantage in that the construction cost is expensive according to the assembly is difficult as described above, when one of the plurality of grating glass is broken, the entire combined coupling member must be disassembled to insert and install the glass, so the process of disassembling the coupling member There is a problem that is difficult to post-treatment can lead to breakage of other glass.

The present invention has been made to solve the above problems, the object of the present invention is to facilitate the combination of each frame constituting the lattice windows to provide a low-cost window frame to users by reducing the manufacturing cost and construction cost It is.

In addition, another object of the present invention is to provide a confidence in the product to the user to facilitate the replacement of the broken grating glass.

Another object of the present invention is to supply various types of grid windows to satisfy the needs of modern people who require interior effects in each home.

1 is a reference diagram showing a conventional grid frame,

2 and 3 are a perspective view and a cross-sectional view showing the shape of each frame applied to the present invention,

4 to 7 show the combination of each frame using a grid frame of the present invention,

8 is a view showing another embodiment of the present invention, and shows that one end of each of the upper, lower and left and right booths is formed at an angle of 45 degrees,

9 is a view showing another embodiment of the present invention, a) is a cross-sectional view showing the side of the grid frame, b) is showing the role of the side frame to show the bottom,

10 is a perspective view showing the insertion into the window frame using the method of Figures 4 to 9 described above,

Figure 11 and Figure 12 is a front view showing with reference to the window frame made in various forms using each frame of the present invention.

* Explanation of symbols for the main parts of the drawings

One; Window frame 10; Grid frame 10a; Insertion fixing part 20, 20a; Glass insertion groove 1, 2

30; grid glass 40; Fastener 50; Insertion opening 60; Support rod 61; Support 70; volt

80; Nut 100; Upper frame 200; Lower frame 300; Left boot 400; Right boot 500; Vertical 600; Transverse 700; Vertical assembly 710; Portrait 1 720; Vertical frame 2

The present invention relates to a lattice frame that can be inserted into the window frame of wood or aluminum, synthetic resin by mounting the lattice glass,

The grid frame has an insertion fixing part which is inserted into and fixed to the window frame on the upper surface, a fastener formed at the lower side of the insertion fixing part and formed to be fastened and supported by a fastening member, and a glass below the fastener. An upper frame having a glass insertion groove 2 formed therein so as to be inserted thereinto;

A lower frame which is symmetrically installed at opposite positions of the upper frame and has a glass insertion groove 1 formed therein;

The upper and lower frames are provided at both ends, and are supported by insertion holes and support holes formed on the outside, and the left and right booths are fastened by fastening to fasteners formed in the upper and lower frames by using fastening members.

Hereinafter, with reference to the accompanying drawings illustrating a preferred embodiment of the present invention in detail.

2 and 3 are a perspective view and a cross-sectional view showing the shape of each frame applied to the present invention, Figures 4 to 7 shows the combination of each frame using the grid frame of the present invention, Figure 8 is the present invention As another embodiment of the present invention, the upper, lower and left and right, each one of the left and right booth is formed to combine to form an angle of 45 degrees, Figure 9 shows another embodiment of the present invention, ) Is a cross-sectional view showing the side of the grid frame, b) is a view showing that the role of the side frame to show the lower part, Figure 10 is inserted into the window frame using the method of Figs. Figure 11 and Figure 12 is a front view showing a reference to the window frame made in a variety of forms using each frame of the present invention.

2) 3) a) the upper part, the lower frame (100, 200) b) the left, the right frame (300, 400) c) the vertical frame (500) d) the horizontal frame 600 As shown, in the order of up, down, left, right, vertical, horizontal frame, the shape of each frame shown in Figures 2 and 3 is different, but in the present invention, the support rod 60 and the usual bolt 70 and the nut 80, the basic configuration is included, and thus, in the detailed description to be described below, the embodiments are grouped together and the same reference numerals are used.

Although the bolt 70 is shown to be fastened with a conventional hexagon bolt, it is preferable to use a piece bolt or a drilled bolt to be fastened with a screwdriver according to the site situation. (Hereinafter, referred to as 'bolt')

The reason is that the screws are smaller than the hexagonal bolts are formed in the head portion can be drilled through the insertion hole 50 to a small outer diameter.

With the structure of each frame as described above it is possible to assemble the grid frame 10 of various forms, the method of working with each frame will be described in detail by the drawings.

As shown in (a) of FIG. 4, the left booth 300 and the upper and lower frames 100 and 200 that are symmetrically coupled to mutually opposite positions are first assembled, and the left booth 300 and To be described later, the right foot frame 400, the upper, the lower frame 100, 200 to the outside of the protruding insertion fixing portion (10a) is formed in common to be inserted into the window frame so that the groove in the center of the window frame or door frame Inserted into the fixing groove formed to be fixed to, and the upper, lower frame 100, 200 and the left, right frame 300, 400 is made of the same shape of symmetry.

A plane 310 is formed inside the left side booth 300 so that one side surface of the grating glass 30 can be contacted, and a fastener formed in each frame in the inner vertical direction of the plane 310. The support 61 is formed so as to fit the position of 40, and the insertion hole 50 is perforated to facilitate the fastening of the bolt 70 or the nut 80 to the outside of the support 61.

Referring to the assembly operation as shown, the position of the support 61 is left, right booth 300, 400 and the vertical frame 500 is provided at the same position, the left, right shaft booth 300 After arranging the 400 and the vertical frame 500 in line with the width of the window frame 1, the upper frame, the lower frame 100, the 200 and the horizontal frame 600 at the positions of the above-described supports 61, respectively. After fitting the fastener 40 formed in the interior of the right foot 300 or the left foot 400, the insertion rod 50 formed in any one of the frame inserting the support rod 60 of a predetermined length by each left, right Assembling work is completed by inserting the nut 80 into the insertion hole 50 after assembling the threaded portion of both ends of the support rod 60 to the inner flat support 61 of the boot 300, 400, and the wood is completed, Or by inserting the window frame (not shown) of aluminum, synthetic resin material, the assembly of the window is completed.

Although the fastening of both ends of the support bar 60 has been described with the nut 80, tabs may be formed at both ends of the support bar 60 to be fastened with a conventional bolt 70.

In addition, a method of assembling the glass in the grid frame 10 formed to insert the grid glass 30 will be described, but the method of mounting the glass of each grid frame of the present invention is the same, so In the assembly structure will be omitted.

First, the glass insertion groove 2 (20a) formed in the lower portion of the upper frame 100 is deeply formed, and the glass insertion groove 1 (20) formed in the upper portion of the horizontal frame 600 is formed shallow, the standardized grid glass 30 ) Is inserted into the glass insertion groove (20a) formed in the lower portion of the upper frame 100 inclined upwardly, and then the grid glass 30, which is raised to the upper portion of the horizontal frame (600), is formed on the upper portion of the horizontal frame (600). Just insert it into the glass insertion groove 1 (20), and the above method is described as an example of inserting into the upper frame 100 and horizontal frame 600, and substantially lower frame 200 and horizontal Since the glass insertion grooves 1 and 2 (20 and 20a) are formed in the mold 600, the glass mounting method is the same as described above.

As shown in b), the upper and lower frames 100 and 200 and the left and right booths 300 and 400, the vertical bar 500 and the horizontal frame 600 in the same manner as the support rod 60. It is shown that the connection, the grid frame 10 of the present invention can be variously modified so that the cross-section of the interior effect is more prominent, the above-described insertion fixing portion (10a) and the glass insertion groove 1, 2 (20 ) 20a and the fastener 40 can be freely configured in various shapes of the lattice frame 10 freely with just the basic configuration.

In FIG. 5, FIG. 6, and FIG. 7, only a) will be described only, and b) will be omitted.

As shown in (a) of FIG. 5, it is shown that the end of each frame configuration is fastened by bolts 70 instead of the support rod 60 described above. Unlike the above-described vertical frame 500, the vertical frame assembly is illustrated. The use of 700 is different. The vertical frame assembly 700 is modified by the shape of the middle vertical frame 1, 2 (600) (700) of the contents filed by the applicant in the prior application No. 20-2000-000433 'Chinese grating frame' When used as an embodiment of the invention, when describing the vertical frame assembly 700, in the case of vertical frame 1 (710) on one side of the contact surface 711, the horizontal frame 600 and the upper, lower frame 100, 200 It is formed in a plane to facilitate the fastening of the other side, the flange 1 (712) is formed at both ends to facilitate the fastening with the other side vertical frame 2 (720), the shape of the end of the flange is formed in a slope formed with a narrow end portion To facilitate engagement with the mating flange 2 722, and a semicircular groove 713 is formed at the rear end of the end portion so as to be firmly engaged with the protrusion 723 formed as a protrusion inside the mating flange 2 722. It was.

On the other hand, the support (61) is formed in the vertical direction of the contact surface 711 formed on one side of the flange 1 (712) upper, the lower frame 100, 200 and the fastener 40 in the transverse frame 600 The head portion of the bolt 70 is fastened to the) is supported through the insertion hole 50 formed on the other side to ensure a solid fastening.

In addition, the vertical frame 2 720 has a symmetrical shape with respect to the vertical frame 1 710, but the flange 2 722 protrudes to be engaged with the groove 713 formed in the flange 1 712. 723 is formed inward, and the shape of the inner plane 2 721 formed therein forms a recess to prevent interference after coupling with the flange 1 710 so that the interference with the flange 1 712 does not occur.

On the other hand, when the frame assembly method is described, the left booth 300 and the vertical frame 2 (720), the right frame 400 and the vertical frame 1 (710) are arranged in a row, respectively, the position of each support 61 After fitting the fasteners 40 formed in the upper frame, the lower frame 100, 200 and the horizontal frame 600 in accordance with the assembly is completed by inserting the bolts 70 to each support 61, The grid frame 10 including the left booth 300 and the grid frame including the right booth 400 may be separately inserted into a window frame (not shown), or may be combined with each other and then inserted into the window frame. It's okay.

As shown in FIG. 6, the upper and lower frames 100 and 200 coupled to the left and right booths 300 and 400 are fastened to one end of the horizontal frame 600 by bolts 70, and the other end thereof. It is about a structure for inserting and supporting the short support rod 60 formed in the vertical support bar 61 formed in the vertical bar, the support rod 60 is formed short but the outer diameter provided in the interior of the vertical frame 500 is formed thick, The outer diameters of the portions inserted into the fasteners 40 formed in the upper and lower frames 100 and 200 and the horizontal frame 600 are formed to be small.

For this reason, when forming the same outer diameter of the support rod 60 as shown in Figure 4 above, the short support rod 60 is formed because the flow between the vertical frame 500 and the fastener 40 can be separated from each other The outer diameter of the site is formed to prevent the support rod 60 from flowing in the vertical frame 500 by a large outer diameter contacting one end of the fastener 40, and the outer diameter is thicker than the upper surface of the vertical frame 500 , The support 61 formed in the lower portion is formed large.

The working method is firstly fixed by fastening each end of the horizontal frame 600 and the upper and lower frames 100, 200 cut to meet the window frame standard on the left booth 300 by bolts 70 Or, first insert into the window frame of aluminum, synthetic resin material, the support rod 60 is inserted into the support 61 formed by penetrating on both sides of the vertical frame 500 so that both ends protrude and the first fastening is completed. Temporarily assembled by inserting one end of the support rod 60 into each fastener 40 of the horizontal frame 600 and the upper, lower frame 100, 200 is fastened to the left side frame 300 is inserted into the window frame After the upper and lower frames 100 and 200 and the horizontal frame 600 are fastened to the right frame 400, the assembly is completed as in the left side boot 300, and then the window frame The assembly is completed by combining the side portions (not shown).

As shown in FIG. 7, unlike the above-described method, the entire frame is combined and then inserted into the window frame, and as shown, the horizontal frame 600 is separated from each other and is formed as one without being combined with each other. There is a notch on one side to fit the width of the vertical frame (notching: cutting or picking a part of the material or product) by fitting the notch with one side of the vertical frame 500, the window of the window for traditional Korean windows and paper It is using the step fit that is the way to fit.

Here, briefly describing the fitting, the three-year-old doors of Korean traditional window doors are tailored to intersect each other, so that the strength of the window doors is maintained without the need for a separate fastener and the window paper is attached to one side.

In addition, the assembly method shown in the upper, the lower frame 100, 200 and horizontal frame 600 is formed by forming a long one, so as to assemble using bolts 70 at each end rather than fastening using the support rod 60. Fastening by fastening is a preferred structure.

In addition, by forming the step (101) in each of the upper frame 100 and the lower frame 200 to be provided with a vertical frame 500 in the interior of each step, but not described in the above-described embodiment, Due to the nature of the fastening structure of the embodiment will be described the role of stepping step 101 and the assembly method will be described.

First, in the case of the stepped jaw 101 formed inwardly of the upper and lower frames 100 and 200, one end of the vertical frame 500 is fixed to the inside of the stepped 101 as in the case of the cross-sectional view shown in b). Since it is a structure that does not require a separate fastening means, that is, fixing to the support rod 60 or the bolt 70, the step 101 formed on the front end of the transverse frame 600 and the rear end of the vertical frame 500 is described above. As shown in FIG. 7B, a horizontal cut portion of the vertical bar 500 coupled with the transverse frame 600 is used for concealing the notched surface in order to make the fitting step. ) And the vertical cut portion ('c' portion of FIG. 7) coupled with the vertical bar 500 is exposed to the outside by the step 101 of each frame to hide the unclean portions and finish the silicon ( Silicon) is easy to apply, and the coated surface can be cleaned accordingly.

In addition, since the ends of the frame coupled to each other by the stepped 101 formed in each frame is inserted into the inside of the step 101, after the assembly is completed, the upper and lower frame 100, 200 is left, right bootle Inside the step 101 of the 300, 400, the vertical frame 500 is provided in the step 101 of the upper, lower frame 100, 200, each end is constrained. Therefore, the window sill (not shown) that the silicon coating is completed is to maintain a more secure fastening state, it is possible to prevent the flow is generated by the gap (Gap).

The assembly method shown in FIG. 7A is different from other embodiments in which the upper and lower frames 100 and 200 are formed to be one long, and first, the left and right booths 300 and 400 are placed in a predetermined window frame ( It is provided opposite to the width of 1), and the vertical frame 500 is set at its center.

In addition, the notching portion of the horizontal frame 600 is fitted to the plurality of notching portions formed on the upper part of the vertical frame 500, and the inside of the step 101 formed in the upper and lower frames 100, 200. After the upper and lower seats of the vertical frame 500 are seated, the assembly is completed by fastening the bolts 70 to both ends of the upper and lower frames 100 and 200 and the horizontal frame 600.

In addition, the assembly operation is completed by inserting the grid frame 10, the assembly is completed as described above in a window frame (not shown) and by combining one side frame of the window frame.

As shown in FIG. 8, the connection method of the upper and lower frames 100 and 200 and the left and right booths 300 and 400 is illustrated, and the lines and rear ends of the connecting parts are angled at 45 degrees. Illustrated that it can also be utilized as a structure to cut and combine.

In general, cutting at a 45-degree angle is possible by using a normal angle saw (Angle Saw), the angle saw is a vice (Vise) for fixing the object to be cut and the saw blade body can be cut at a separate angle , The vise is fixed, so that the saw blade body can be cut at a desired angle, that is, 30 degrees, 45 degrees free angle.

As shown, the upper, lower frame 100, 200 and the left, right frame 300, 400 cut at an angle of 45 degrees with the equipment described in detail in the fastening structure of FIGS. The coupling method as described above may be variously combined using the horizontal frame 600, the vertical frame 500, and the vertical frame assembly 700, and each coupling member may be combined according to the form and assembly method of the frame. The working method is free to the user's specifications.

That is, even if the upper, lower frame 100, 200 and left, right side of the frame 300, 400 is not coupled to each end of the bolt or support rod of the present invention, the cut surface at the angle of 45 degrees of the mutual frame fit Is in contact, each horizontal frame 600 and the vertical frame 500 is fastened to be inserted into the window frame (1) of wood or aluminum material and the assembly is completed, the deformation does not occur to fall or change position.

In addition, as shown in Figure 9, another embodiment that can configure each of the four sides, that is, the upper, lower frame (100,200) and the left, right frame (300, 400) with only one upper frame (100) As shown, the grid frame 10 of the present invention is the same as the standard of the side (S) of the above-described frame so that it is possible to assemble the grid frame 10 for a single glass having only one upper frame (100).

As shown in a) of FIG. 9), as described above, the upper frame 100 cut at each stage by 45 degrees is provided at the positions of the lower frame 200 and the left and right booths 300 and 400. Position, that is, to facilitate the fastening of the fastening members (bolts or nuts) to form the insertion hole 50 and the support 61 in the place where the horizontal frame 600 is provided to be coupled to each fastener 400. will be.

On the other hand, since the glass insertion groove 20a of the upper mold 100 is deeply formed, the glass insertion groove 20a of the upper mold 100 provided in the position of the lower mold symmetrically with the upper mold 100 is lattice glass ( Supporting block 110 is provided to support the 30.

In addition, the cross-sectional shape of the insertion fixing portion (10b) is also formed to be supported by the insertion portion to both sides to be fixed to the window frame (1) to reduce the cost of raw materials.

As shown in b), one side of the grating glass 30 provided in the glass insertion groove 20 can be covered by applying a silicon (Sealicon) after the assembly is completed, and generally applied to the bonding portion of the glass According to the thickness of the silicon is applied, if the cap provided at the tip is greatly cut, the amount of the coating is increased, so that a large gap can be easily sealed.

On the other hand, as in each of the above-described embodiments by inserting the lattice frame 10, the coupling is completed as described above into the window frame, and then bonded to each of the coupling portion and the desired position by the flow of each lattice glass 30 and the fastening portion Prevent, and finish to prevent ventilation (通風) in each joint.

In addition, even when the grid glass 30 is not inserted into the grid frame 10 and the window frame (1) after assembling, even after the construction, the grid glass 30 can be installed separately after the first post-management Easy to use is an advantage of the present invention lattice frame 10.

In addition, the position and the number of fasteners 40 formed in each of the above-described frame can be easily modified and manufactured as much as the manufacturing technology in the art.

For example, as shown in FIG. 9A). The fastener 40 formed in each frame having different specifications according to the working situation can be easily transformed and manufactured by aluminum extrusion molding technology. To make the interior effect.

In addition, as shown in Figure 10, the insertion fixing part (10a) formed to the outside of each grid frame 10 according to the shape of the fixing groove (1a) formed as a groove in the cross-sectional center of each window frame or door frame (1) It is also possible to manufacture by modifying the shape of. That is, according to the width of the fixing groove (1a) of the window frame (1) of aluminum or wood, the shape of the insertion fixing portion (10a) can also be formed wide or narrow.

11 to 12, the basic frame, that is, the horizontal frame assembled in the horizontal direction to the upper frame 100, the lower frame 200, the left frame 300, the right frame 400 in the horizontal direction By properly combining the (600) and the vertical frame 500, the vertical frame assembly 700 to be assembled in the longitudinal direction can be made a grid frame 10 having a grid pattern of various forms in various forms.

In addition, since the grid glass 30 mounted as described above is smaller in size than the glass glass and supports the four corners of the grid glass to be mounted, the strength of the glass is increased so that the glass is not easily broken, even if it is broken. With little damage, only broken glass can be replaced directly at home using the glass mounting method described above.

The long and jar support for combining the grating frame 10 of the above-described embodiment is referred to as the supporting member 60, and bolts, nuts, piece bolts, drilled piece bolts, etc. are collectively referred to as the fastening member 70.

The present invention is not limited to the above-described specific preferred embodiments and can be modified by anyone of ordinary skill in the art without departing from the gist of the present invention claimed in the claims. Such changes will fall within the scope of the claims.

According to the present invention, it is possible to easily combine each frame constituting the lattice windows with a fastening member and a support member to reduce the manufacturing cost and supply a low-cost window door frame to users, easy replacement of the broken grid glass Therefore, there is no need for after-sales service, that is, a window construction company without the after-sales service, so the user can directly buy and install the glass that meets the standard, so that the user can have a trust effect.

In addition, it has the effect of satisfying the needs of modern people who demand various interior effects in each home by supplying various types of grid windows, and assembling each frame to complete the square grid frame even with one cross section. It is also easy to improve productivity and reduce manufacturing costs, thereby providing a low-cost grid frame to reduce the burden on users.

Claims (9)

In the lattice frame (10) to be inserted into the window frame of wood or the window frame of aluminum, synthetic resin material by mounting the grid glass, The grid frame 10 has an insertion fixing part (10a) that is fixed to the window frame is inserted and fixed to the window frame, and formed on the lower side of the insertion fixing part (10a) to support, fastening members 60, 70 A fastener 40 formed to facilitate fastening, and an upper frame 100 having a glass insertion groove 2 20a formed therein so as to insert glass into the lower side of the fastener 40; A lower frame 200 installed symmetrically at opposite positions of the upper frame 100 and having a glass insertion groove 1 (20) formed thereon; The upper and lower frames 100 and 200 are provided at both ends of the upper and lower frames 100 and 200 to be supported by the insertion holes 50 and the support holes 61 formed therein, and the upper and lower frames (using the fastening members 60 and 70). The grid frame for a single glass and its fastening structure, characterized in that consisting of the left and right side frame 300, 400 to fasten by fastening to the fastener 40 formed in the interior of the 100 (200). The method of claim 1, The vertical frame 500 is coupled to the upper and lower frames 100 and 200 and the left and right booths 300 and 400, and supports the throttle 600, using fastening members 60 and 70. Single glass grid frame and fastening structure, characterized in that at least one combined. The method of claim 1, At least one horizontal frame 600 is supported on the upper, lower frame 100, 200 and the left and right frame 300, 400, a single piece, characterized in that coupled to the fastening member 60, 70 Glass grid frame and fastening structure. The method of claim 1, At least one of the vertical frame assembly 700, the horizontal frame 600, and the vertical frame 500 is fastened to the upper, lower frame 100, 200, and the left and right frame 300, 400. Single glass lattice frame and fastening structure thereof, characterized in that coupled to the member (60) (70). The method according to any one of claims 1 to 4, The upper frame 600, the lower frame 100, 200 and the left, right frame 300, 400, the horizontal frame 600 is coupled to the support member 60, 70, the vertical frame 500 and The lattice frame for a single glass and its fastening structure, characterized in that at least one of the contact portion is pulled out by notching so as to intersect with the stepping. The method of claim 1, Each one end of the upper, lower booth 100, 200 and the left, right booth 300, 400 is cut at an angle of 45 degrees to fit each cut surface without a separate support, fastening member 60, 70 Since it is in contact with the horizontal frame 600 and the left and right booth (300,400) even with the clamping force of the window frame (1), it is possible to stably fix the grid frame for a single glass and its fastening structure. The method of claim 1, The position and quantity of the fasteners 40 formed in each of the upper and lower booths 100 and 200 and the left and right booths 300 and 400 and the horizontal frame 600 are freely deformed according to the shape of the window. Single glass grid frame and its fastening structure, characterized in that can be used by. The method of claim 1, The insert fixing part (10a) is a single-glass grid frame and its fastening structure, characterized in that it can be produced by varying the shape in accordance with the shape of the fixing groove (1a) formed as a recess in the window frame or door frame. The method of claim 1, The grid frame 10 serves as the lower frame 200 and the left and right frame (300,400) with only one upper frame 100, and the grid frame for a single glass, characterized in that it can be easily combined and its fastening structure .