KR102691462B1 - All glass door and method of manufacturing all glass door - Google Patents

Abstract

An all-glass door and a method for manufacturing an all-glass door are disclosed. The all-glass door includes a front glass, a rear glass, a vertical frame disposed vertically between the front glass and the rear glass, and a horizontal frame disposed horizontally between the front glass and the rear glass, the horizontal frame is a horizontal body part whose front side is coupled to the front glass and whose back side is coupled to the rear glass, and a front horizontal support projecting forward from the outer border of the front side of the horizontal body part to be located outside the front glass to prevent the front glass from sliding down. It may include a chin, and a rear horizontal support chin that protrudes rearward from the rear outer border of the horizontal body to be located outside the rear glass and prevents the rear glass from sliding down.

Description

All glass door and method of manufacturing all glass door}

The present invention relates to an all-glass door and a method of manufacturing an all-glass door, and more specifically, to an all-glass door with glass front and back surfaces and a method of manufacturing an all-glass door.

Doors are divided into hinged doors and sliding doors depending on the opening and closing method. A swing door is a door or window that is opened by pushing or pulling in or out. It is usually pulled forward when opened from the outside, and pushed out when opened from the inside. It is a single door with a single hinge. The door and two hinges face each other symmetrically and are divided into double hinges (doors) that open from the center outward to the left and right.

A sliding door refers to a window or door that opens and closes the entire door by inserting a window or door into a groove in the upper and lower door frames, sliding along the groove and pushing it into a toad house or wall. A door with one panel is called a single sliding door, and a door with two panels is called a double sliding door, and is mainly used in Hanok. Sometimes, a window is attached to double as a toad nest. When the window is made of glass, the door is heavy, so a rail is installed at the bottom instead of a groove, and wheels are installed on the door to make it slide easily.

Recently, as the demand for various types of residential and office spaces has increased, the shapes of entrances to buildings have become more diverse, and accordingly, the demand for site-customized prefabricated frame structure doors is increasing. In addition, as the importance of the interior and exterior of buildings has recently increased, the aesthetic function of the door is becoming more important in addition to its function as a simple entrance door, and as a result, the demand for beautiful doors is rapidly increasing. Glass window doors are used to produce beautiful doors, but glass window doors with a conventional prefabricated frame structure have a complicated structure, take a long time to manufacture, and have problems with low aesthetics due to the way the glass window is inserted into the frame.

(Patent Document 1) KR 10-2181176 B1

(Patent Document 2) KR 10-2206233 B1

The problem to be solved by the present invention is that the front and rear windows are attached in a non-insertable manner so that the entire area of the front and rear windows can be exposed without exposing the frame to the front and rear, and the attached front and rear windows are stably maintained. The aim is to provide an all-glass door and a method of manufacturing an all-glass door that can be supported, are easy to assemble, and can easily replace the front glass and rear glass without disassembling the frame.

Another problem to be solved by the present invention is to provide an all-glass door and a method of manufacturing the all-glass door having a structure in which the front glass and rear glass can be stably attached in a non-insertable manner.

Another problem to be solved by the present invention is to provide an all-glass door and a method of manufacturing an all-glass door in which a handle is formed on the front or rear glass, so that there is no need to combine a separate handle.

Another problem that the present invention aims to solve is to provide an all-glass door and a method of manufacturing an all-glass door that can enhance aesthetics by forming glass on the bottom surface of the handle.

In order to achieve the problem to be solved, the all-glass door according to the present invention includes a front glass, a rear glass, a vertical frame disposed vertically between the front glass and the rear glass, and a vertical frame between the front glass and the rear glass. In the all-glass door including a horizontal frame disposed horizontally, the horizontal frame includes a horizontal body portion whose front side is coupled to the front glass and whose back side is coupled to the rear glass, and the horizontal body portion positioned outside the front glass. A front horizontal support ledge that protrudes forward from the front outer border of the horizontal body to prevent the front glass from sliding down, and protrudes rearward from the rear outer border of the horizontal body to be located outside the rear glass to protect the rear glass. It may include a rear horizontal support ledge to prevent slipping.

The horizontal body portion protrudes from a front outer portion, a front outer horizontal engaging portion abutting the front glass, protrudes from a front inner portion, a front inner horizontal engaging portion abutting the front glass, and protrudes from a rear outer portion, and the rear. It may include a rear outer horizontal coupling part in contact with the glass, and a rear inner horizontal coupling part that protrudes from the inner rear part and abuts the rear glass.

The horizontal body portion includes a front horizontal groove formed between the front outer horizontal engaging portion and the front inner horizontal engaging portion, a rear horizontal groove formed between the rear outer horizontal engaging portion and the rear inner horizontal engaging portion, and the front An adhesive member for attachment to the front glass may be placed in the horizontal groove, and an adhesive member for attachment to the rear glass may be placed in the rear horizontal groove.

The front horizontal support ledge protrudes shorter than the thickness of the front glass from the outer border of the front outer horizontal coupling portion, and the rear horizontal support ledge protrudes shorter than the thickness of the rear glass from the outer border of the rear outer horizontal coupling portion. It can be.

The vertical frame has a vertical body portion whose front side is coupled to the front glass and a back side is coupled to the rear glass, and which protrudes forward from the outer border of the front side of the vertical body portion to be located outside the front glass so as to flow through the front glass. It may include a front vertical support protrusion to prevent the rear glass from falling, and a rear vertical support protrusion protruding rearward from the rear outer border of the vertical body to be located outside the rear glass to prevent the rear glass from sliding down.

The vertical body portion protrudes from a front outer portion, a front outer vertical engaging portion abutting the front glass, protrudes from a front inner portion, a front inner vertical engaging portion abutting the front glass, and protrudes from a back outer portion, and the rear. It may include a rear outer vertical coupling portion in contact with the glass, and a rear inner vertical coupling portion that protrudes from the inner portion of the rear surface and abuts the rear glass.

The vertical body portion includes a front vertical groove formed between the front outer vertical coupling portion and the rear inner vertical coupling portion, a rear vertical groove formed between the rear outer vertical coupling portion and the rear inner vertical coupling portion, and the front An adhesive member for attachment to the front glass may be placed in the vertical groove, and an adhesive member for attachment to the rear window may be placed in the rear vertical groove.

The front vertical support ledge protrudes shorter than the thickness of the front glass from the outer border of the front outer vertical coupling portion, and the rear vertical support ledge protrudes shorter than the thickness of the rear glass from the outer border of the rear outer vertical coupling portion. It can be.

The vertical body portion may have a groove formed on its inner surface in the longitudinal direction, be inserted into the groove and be coupled to the vertical body portion, and may further include a strap for preventing sagging of the roller.

On the bottom surface of the groove, an upper hole for inserting a piece for coupling with the horizontal frame, a lower hole for inserting a piece for coupling with the horizontal frame, and a jjoldae for inserting a piece for fixing the jjoldae. It may include a fixing hole.

The upper hole is located above the lower hole, and the strap fixing hole is located below the lower hole. The distance of the upper hole from the upper part and the distance of the lower hole from the lower part may correspond to each other.

The all-glass door includes an upper middle frame disposed between the two vertical frames, a lower middle frame located below the upper middle frame and disposed between the two vertical frames, and a lower middle frame disposed between the upper middle frame and the lower middle frame. It may further include a glass-attached frame.

The all-glass door may further include an inner glass attached to the upper middle frame and the lower middle frame and disposed between the front glass and the rear glass.

The all-glass door may further include a handle hole formed as a perforation in the front glass or the rear glass and used as a handle, and the inner glass may be arranged to cover the handle hole.

In order to achieve the above-described other problems, the all-glass door manufacturing method according to the present invention is to attach the inner glass to the upper and lower glass attachment frames, respectively, to the upper middle frame and the lower middle frame. Inserting the frame and the glass attachment frame, coupling one side of the lower intermediate frame and the upper intermediate frame to one side of the vertical frame so that the inner glass is inserted into the vertical frame, and attaching one side of each of the two horizontal frames to the vertical frame. combining the upper and lower sides of one side of the frame, combining another vertical frame with the other side of the two horizontal frames, and combining the front glass with the vertical frame, the other vertical frame, and the front of the two horizontal frames, and combining the vertical frame with the front glass. It may include the step of coupling the rear glass to the back of the frame, the other vertical frame, and the two horizontal frames.

According to the all-glass door and the all-glass door manufacturing method according to the present invention, the front glass and rear glass are attached in a non-insertable manner after the frame is combined, so that the entire area of the front glass and rear glass can be exposed without exposing the frame to the front and rear,

The front and rear windows attached to the support jaw can be stably supported, assembly is easy, and the front and rear windows can be easily moved together without disassembling the frame.

Due to the front vertical groove, rear vertical groove, and honeycomb board, the front and rear glass can be attached stably in a non-insertable manner.

The handle is formed on the front or rear glass, so there is no need to attach a separate handle, and the inner glass can be installed between the front and rear glass, so glass is also formed on the bottom of the handle to enhance aesthetics. It works.

Figure 1 is an exploded perspective view showing an all-glass door according to an embodiment of the present invention.
Figure 2 is a perspective view showing an all-glass door according to an embodiment of the present invention.
Figure 3 is a vertical cross-sectional view showing an all-glass door according to an embodiment of the present invention.
Figure 4 is a cross-sectional view showing a horizontal frame according to an embodiment of the present invention.
Figure 5 is a horizontal cross-sectional view showing an all-glass door according to an embodiment of the present invention.
Figure 6 is a cross-sectional view showing a vertical frame according to an embodiment of the present invention.
Figure 7a is a perspective view showing the upper portion of a vertical frame according to an embodiment of the present invention.
Figure 7b is a perspective view showing the upper part of the vertical frame according to an embodiment of the present invention from another direction.
Figure 8a is a perspective view showing the lower portion of a vertical frame according to an embodiment of the present invention.
Figure 8b is a perspective view showing the lower part of the vertical frame according to an embodiment of the present invention from another direction.
Figure 9 is a perspective view showing a jjoldae according to an embodiment of the present invention.
Figure 10 is a flowchart showing the execution process of the all-glass door manufacturing method according to an embodiment of the present invention.
11A to 11E are diagrams for explaining the manufacturing process of an all-glass door according to an embodiment of the present invention.

Hereinafter, the all-glass door and the all-glass door manufacturing method according to the present invention will be described in detail with reference to the attached drawings. At this time, the configuration and operation of the present invention shown in and explained by the drawings are explained as at least one embodiment, and the technical idea of the present invention and its core configuration and operation are not limited thereto.

Figure 1 is an exploded perspective view of an all-glass door according to an embodiment of the present invention, and Figure 2 is a perspective view of an all-glass door according to an embodiment of the present invention.

Referring to Figures 1 and 2, the all-glass door 1 according to the present invention includes a front glass 10, a rear glass 20, an inner glass 30, a honeycomb board 40, 40-2, and a jjoldae. (50, 50-2), glass fixing member (60, 60-2, 60-3, 60-4), horizontal frame (100, 100-2), vertical frame (200, 200-2), intermediate horizontal frame It may include (300, 300-2) and a glass attachment frame (400). Here, the middle horizontal frame 300 may be the lower middle frame 300, and the middle horizontal frame 300-2 may be the upper middle frame 300-2.

The front glass 10 and the rear glass 20 may be arranged so that their entire area is exposed. The front glass 10 may be perforated and include a handle hole 11 to be used as a handle.

The rear glass 20 may be perforated and include a handle hole 21 to be used as a handle. The inner glass 30 may be disposed between the handle hole 11 and the handle hole 21 to cover the handle hole 11 and the handle hole 21.

The horizontal frames (100, 100-2) and the intermediate horizontal frames (300, 300-2) are arranged horizontally between the front glass (10) and the rear glass (20), and the vertical frames (200, 200-2) and the glass The attachment frame 400 may be placed vertically between the front glass 10 and the rear glass 20.

The intermediate horizontal frames 300 and 300-2 may be placed between the horizontal frames 100 and 100-2, and the glass attachment frame 400 may be placed between the vertical frames 200 and 200-2.

The inner glass 30 can be disposed between the front glass 10 and the rear glass 20, and includes a lower intermediate frame 300, an upper intermediate frame 300-2, a glass attachment frame 400, and a vertical frame ( 200-2) can be inserted and fixed.

The lower intermediate frame 300 may be located below the upper intermediate frame 300-2, and the glass attachment frame 400 may be disposed between the lower intermediate frame 300 and the upper intermediate frame 300-2.

Figure 3 is a vertical cross-sectional view of an all-glass door according to an embodiment of the present invention, and Figure 4 is a cross-sectional view of a horizontal frame according to an embodiment of the present invention.

Referring to Figures 3 and 4, the horizontal frame 100 may include a horizontal body portion 110, a front horizontal support ledge 150, and a rear horizontal support ledge 160.

The front of the horizontal body 110 may be coupled to the front glass 10 and the rear of the horizontal body 110 may be coupled to the rear glass 20. The horizontal body portion 110 includes a front outer horizontal coupling portion 111, a front inner horizontal coupling portion 113, a rear outer horizontal coupling portion 115, a rear inner horizontal coupling portion 117, a front horizontal groove 121, It may include a rear horizontal groove 123 and a fixing hole 190.

The front outer horizontal coupling portion 111 protrudes from the front outer portion and may come into contact with the front glass 10.

The front inner horizontal coupling portion 113 protrudes from the front inner portion and may come into contact with the front glass 10.

The rear outer horizontal coupling portion 115 protrudes from the rear outer portion and may come into contact with the rear glass 20.

The rear inner horizontal coupling portion 117 protrudes from the rear inner portion and may come into contact with the rear glass 20.

The front horizontal groove 121 may be formed between the front outer horizontal coupling portion 111 and the front inner horizontal coupling portion 113. An adhesive member for attachment to the front glass 10 may be placed in the front horizontal groove 121.

The rear horizontal groove 123 may be formed between the rear outer horizontal coupling portion 115 and the rear inner horizontal coupling portion 117. An adhesive member for attachment to the rear glass 20 may be placed in the rear horizontal groove 123.

The fixing hole 190 may be formed along the longitudinal direction in the middle portion of the vertical body portion 110 and may be formed between the front horizontal groove 121 and the rear horizontal groove 123. A piece penetrating the vertical frame 200 may be inserted into one side of the fixing hole 190. Accordingly, the horizontal frame 100 can be coupled to the vertical frame 200.

The front horizontal support ledge 150 protrudes forward from the front outer border of the horizontal body 110 to be located outside the front glass 10 and can prevent the front glass 10 from sliding down. Preferably, the front horizontal support ledge 150 may protrude shorter than the thickness of the front glass 10 from the outer boundary of the front outer horizontal coupling portion 111. Accordingly, the aesthetics of the all-glass door 1 according to the present invention can be maximized.

The rear horizontal support ledge 160 protrudes rearward from the rear outer boundary of the horizontal body 110 to be located outside the rear glass 20 and can prevent the rear glass 20 from sliding down. Preferably, the rear horizontal support ledge 160 may protrude shorter than the thickness of the rear glass 20 from the outer boundary of the rear outer horizontal coupling portion 115. Accordingly, the aesthetics of the all-glass door 1 according to the present invention can be maximized.

Figure 5 is a horizontal cross-sectional view of an all-glass door according to an embodiment of the present invention, and Figure 6 is a cross-sectional view of a vertical frame according to an embodiment of the present invention.

Referring to Figures 5 and 6, the vertical frame 200 may include a vertical body portion 210, a front vertical support ledge 250, and a rear horizontal support ledge 260.

The front of the vertical body 210 may be coupled to the front glass 10 and the back of the vertical body 210 may be coupled to the rear glass 20. The vertical body portion 210 includes a front outer vertical coupling portion 211, a front inner vertical coupling portion 213, a rear outer vertical coupling portion 215, a rear inner vertical coupling portion 217, a front vertical groove 221, and It may include a rear vertical groove 223.

The front outer vertical coupling portion 211 protrudes from the front outer portion and may come into contact with the front glass 10.

The front inner vertical coupling portion 213 protrudes from the front inner portion and may come into contact with the front glass 10.

The rear outer vertical coupling portion 215 protrudes from the rear outer portion and may come into contact with the rear glass 20.

The rear inner vertical coupling portion 217 protrudes from the rear inner portion and may come into contact with the rear glass 20.

The front vertical groove 221 may be formed between the front outer vertical coupling portion 211 and the front inner vertical coupling portion 213. An adhesive member for attachment to the front glass 10 may be placed in the front vertical groove 221.

The rear vertical groove 223 may be formed between the rear outer vertical coupling portion 215 and the rear inner vertical coupling portion 217. An adhesive member for attachment to the rear glass 20 may be placed in the rear vertical groove 223.

The front vertical support ledge 250 protrudes forward from the front outer border of the vertical body 210 to be located on the outside of the front glass 10 and can prevent the front glass 10 from sliding down. The front vertical support ledge 250 may protrude shorter than the thickness of the front glass 10 from the outer boundary of the front outer vertical coupling portion 211. Accordingly, the aesthetics of the all-glass door 1 according to the present invention can be maximized.

The rear vertical support protrusion 260 protrudes rearward from the rear outer border of the vertical body 210 to be located on the outside of the rear glass 20 and can prevent the rear glass 20 from sliding down. The rear vertical support jaw 260 may protrude shorter than the thickness of the rear glass 20 from the outer boundary of the rear outer vertical coupling portion 215. Accordingly, the aesthetics of the all-glass door 1 according to the present invention can be maximized.

Figure 7a is a perspective view showing the upper part of the vertical frame according to the present invention, Figure 7b is a perspective view showing the upper part of the vertical frame according to an embodiment of the present invention from another direction, and Figure 8a is an embodiment of the present invention It is a perspective view showing the lower part of the vertical frame according to an embodiment, and Figure 8b is a perspective view showing the lower part of the vertical frame according to an embodiment of the present invention from another direction.

Referring to FIGS. 7A to 8B, an inner groove 230 may be formed in the longitudinal direction on the inner surface of the vertical body portion 210, and an outer groove 240 may be formed in the longitudinal direction on the outer surface.

On the bottom of the inner groove 230, there is an upper hole 231 for inserting a piece for coupling with the horizontal frame 100, and a lower part of the upper hole 231 for inserting a piece for coupling with the horizontal frame 100. A lower hole 233 may be formed, and a strap fixing hole 235 may be formed under the lower hole 233 into which a piece for fixing the strap 50 and the door car is inserted. A jjoldae 50 may be inserted into the lower part of the inner groove 230. The distance of the upper hole 231 from the upper part of the vertical body 210 and the distance of the lower hole 233 from the lower part of the vertical body 210 may correspond to each other.

On the bottom of the outer groove 240, there is an upper hole 241 for inserting a piece for coupling with the horizontal frame 100, and a lower part of the upper hole 241 for inserting a piece for coupling with the horizontal frame 100. A lower hole 243 may be formed, and a strap fixing hole 245 may be formed under the lower hole 243 into which a piece for fixing the strap 50 and the door car is inserted. The distance of the upper hole 241 from the upper part of the vertical body 210 and the distance of the lower hole 243 from the lower part of the vertical body 210 may correspond to each other.

The pieces that sequentially pass through the lower hole 243 and the lower hole 233 of the vertical frame 200 may be inserted into the fixing hole 190 of the horizontal frame 100. Additionally, the piece that sequentially passes through the upper hole 241 and the upper hole 231 of the vertical frame 200 may be inserted into the fixing hole 190 of the horizontal frame 100-2. Accordingly, one side of the horizontal frames 200 and 200-2 may be coupled and fixed to the vertical frame 200, and the other side may be coupled to and fixed to the vertical frame 200-2.

Additionally, the internal glass 30 may be inserted into the inner groove 230 of the vertical frame 200-2. Preferably, the glass fixing member 60-4 may be inserted into the inner groove 230. The inner glass 30 and the glass fixing member 60-4 may be located on the top of the jjoldae 50.

Figure 9 is a perspective view showing a jjoldae according to an embodiment of the present invention.

Referring to Figure 9, the jjoldae (50) is inserted into the inner groove portion (230) and coupled to the vertical body portion (210), and can prevent sagging of the roller. The jjoldae 50 may be formed with a frame hole 51 on the side and a lock fixing hole 53 located below the frame hole 51. Jjoldae 50 may be inserted into the inner groove 230 of the vertical frame 200. The pieces that sequentially pass through the lower hole 243 and the lower hole 233 of the vertical frame 200 may pass through the frame groove 51 and be inserted into the fixing hole 190 of the horizontal frame 100. In addition, the pieces that sequentially pass through the upper hole 241 and the upper hole 231 of the vertical frame 200 can be inserted into the fixing hole 190 of the horizontal frame 100-2 through the lock fixing hole 53. there is.

The intermediate horizontal frame 300 may include an intermediate body portion 310, an upper groove portion 320, a lower groove portion 330, and a fixing hole 390. The upper groove 320 may be formed in the longitudinal direction on the upper side of the middle body 310, and the lower groove 320 may be formed in the longitudinal direction on the lower side of the middle body 310. The inner glass 30 may be inserted into the upper groove 320 or the lower groove 330. Preferably, the glass fixing member 60-2 may be inserted into the upper groove 320 or the lower groove 330.

The fixing hole 390 may be formed along the longitudinal direction at the center of the middle body portion 310 and may be formed between the upper groove portion 320 and the lower groove portion 330. A piece penetrating the vertical frame 200 may be inserted into one side of the fixing hole 390. Accordingly, the intermediate horizontal frame 300 can be coupled to the vertical frame 200.

The intermediate horizontal frame 300 may be formed to have a length corresponding to the horizontal frame 100. The width of the intermediate horizontal frame 300 may be smaller than the minimum width of the horizontal frame 100.

The glass attachment frame 400 is formed to correspond to the vertical frame 200, and may be formed to have a length shorter than the vertical frame 200. The glass attachment frame 400 may include a vertical body portion 410. The front of the vertical body 410 may be coupled to the front glass 10 and the rear of the vertical body 410 may be coupled to the rear glass 20. The vertical body portion 410 includes a front outer vertical coupling portion 411, a front inner vertical coupling portion 413, a rear outer vertical coupling portion 415, a rear inner vertical coupling portion 417, a front vertical groove 421, and It may include a rear vertical groove 423.

The front outer vertical coupling portion 411 protrudes from the front outer portion and may come into contact with the front glass 10.

The front inner vertical coupling portion 413 protrudes from the front inner portion and may come into contact with the front glass 10.

The rear outer vertical coupling portion 415 protrudes from the rear outer portion and may come into contact with the rear glass 20.

The rear inner vertical coupling portion 417 protrudes from the rear inner portion and may come into contact with the rear glass 20.

The front vertical groove 421 may be formed between the front outer vertical coupling portion 411 and the front inner vertical coupling portion 413. An adhesive member for attachment to the front glass 10 may be placed in the front vertical groove 421.

The rear vertical groove 423 may be formed between the rear outer vertical coupling portion 415 and the rear inner vertical coupling portion 417. An adhesive member for attachment to the rear glass 20 may be placed in the rear vertical groove 423.

An inner groove 430 may be formed in the longitudinal direction on the inner surface of the vertical body portion 410, and an outer groove 440 may be formed in the longitudinal direction on the outer surface. The inner glass 30 may be inserted into the inner groove 430. Preferably, the glass fixing member 60 may be inserted into the inner groove 330.

The glass fixing member 60 may include a body 61 and a protrusion 63 protruding from the body 61 . The protrusion 63 may be formed to have a protruding triangular cross-section. A pair of glass fixing members 60 may be paired and inserted into the vertical body portions 210 and 410 or the intermediate body portion 310. The protrusions 63 of the pair of glass fixing members 60 may be disposed on the vertical body portions 210, 410 or the intermediate body portion 310 so that the protrusions 63 face each other, and the protrusions 63, 63-2 face each other. The inner glass 30 may be inserted and fixed therebetween.

Figure 10 is a flowchart showing the process of manufacturing an all-glass door according to an embodiment of the present invention, and Figures 11A to 11E are diagrams for explaining the manufacturing process of an all-glass door according to an embodiment of the present invention. am.

Referring to FIGS. 10 and 11A to 11E, in step S100, the lower intermediate frame 300, the upper intermediate frame 300-2, and the glass attachment frame 400 are attached to the inner glass 30 as shown in FIG. 11A. You can. Here, as described above, the inner glass 30 includes a pair of glass fixing members 60, 60-2, 60 inserted into each of the glass attachment frame 400, the lower intermediate frame 300, and the upper intermediate frame 30002. It can be inserted and fixed between the protrusions 63 and 63-2 of -3).

In step S110, as shown in FIG. 11B, the horizontal frames 100 and 100-2 and the vertical frames 20 inside 0 and 200-2 may be coupled to each other. Here, the inner glass 30 may be inserted into the vertical frame 200-2 and the inner glass 30 and the vertical frame 200-2 may be combined. The inner glass 30 may be inserted and fixed between the protrusions 63 and 63-2 of a pair of glass fixing members 60-4 inserted into the vertical frame 200-2. One side of the lower intermediate frame 300 and the upper intermediate frame 300-2 may be coupled to the vertical frame 200, and the other side may be coupled to the vertical frame 200-2. In some embodiments, the pieces that penetrate the vertical frames 200 and 200-2, respectively, are connected to the fixing holes 190 of the horizontal frames 100 and 100-2, the fixing holes 390 of the lower intermediate frame 300, and the upper It is inserted into the fixing hole 390 of the middle frame (300-2), and the vertical frames (200, 200-2) are connected to the horizontal frames (100, 100-2), the lower middle frame (300), and the upper middle frame (300-2). 2) It can be combined and fixed. In addition, the piece that penetrates the lower intermediate frame 300 and the upper intermediate frame 300-2 is inserted into the upper and lower sides of the glass attachment frame 400, thereby forming the lower intermediate frame 300 and the upper intermediate frame 300-2. It can be coupled to and fixed to the glass attachment frame 400.

In step S120, the honeycomb boards 40 and 40-2 can be attached, as shown in FIG. 11C. Here, the honeycomb board 40 is positioned in the space formed by the vertical frames 200, 200-2, the horizontal frame 100, and the lower intermediate frame 300, It can be inserted into the frame 100 and the lower intermediate frame 300, and after insertion, silicone can be attached to the honeycomb board 40. The honeycomb board 40 is inserted into the inner groove 230 of the vertical frames 200 and 200-2, the upper groove 120 of the horizontal frame 100, and the lower groove 330 of the lower intermediate frame 300. You can.

The honeycomb board (40-2) is located in the space formed by the vertical frame (200, 200-2), the horizontal frame (100-2), and the upper middle frame (300-2), and is positioned in the space formed by the vertical frame (200, 200-2). 2), it can be inserted into the horizontal frame 100-2 and the upper intermediate frame 300-2, and after insertion, silicone can be attached to the honeycomb board 40. The honeycomb board 40 has an inner groove 230 of the vertical frames 200 and 200-2, an upper groove 120 of the horizontal frame 100-2, and an upper groove 320 of the upper intermediate frame 300-2. ) can be inserted into.

In step S130, as shown in FIG. 11D, the adhesive member 2 may be applied or attached to the horizontal frames 100 and 100-2 and the vertical frames 200 and 200-2. Here, the front horizontal groove 121 and the rear horizontal groove 123 of the horizontal frame (100, 100-2), and the front vertical groove 221 and the rear vertical groove 223 of the vertical frame (200, 200-2) Adhesive members may be posted. Preferably, the adhesive member may be a double-sided tape.

In step S140, as shown in Figure 11e, the front glass 10 is attached to the front of the horizontal frame (100, 100-2) and the vertical frame (200, 200-2), and the rear glass 20 is attached to the horizontal frame (100, 100-2) and the rear of the vertical frame (200, 200-2).

The terms used in the present invention are general terms that are currently widely used as much as possible while considering the functions in the present invention, but this may vary depending on the intention or practice of a technician working in the relevant technical field or the emergence of new technology. In addition, in certain cases, there are terms arbitrarily selected by the applicant, and in this case, the meaning will be described in detail in the description of the relevant invention. Therefore, we would like to clarify that the terms used in the present invention should be defined based on the meaning of the term and the overall content of the present invention, not just the name of the term.

Front glass 10 Rear glass 20
Internal glass 30 Honeycomb board 40, 40-2
Jjoldae 50, 50-2 Glass fixing member 60, 60-2, 60-3, 60-4
Horizontal frame 100, 100-2 Vertical frame 200, 200-2
Intermediate horizontal frame 300, 300-2 Glass attachment frame 400

Claims (8)

An all-glass door comprising a front glass, a rear glass, a vertical frame disposed vertically between the front glass and the rear glass, and a horizontal frame disposed horizontally between the front glass and the rear glass,
an upper middle frame disposed between the two vertical frames;
a lower intermediate frame located below the upper intermediate frame and disposed between the two vertical frames;
a glass-attached frame disposed between the upper intermediate frame and the lower intermediate frame;
an inner glass attached to the upper intermediate frame and the lower intermediate frame and disposed between the front glass and the rear glass; and
It includes a honeycomb board located between the two vertical frames, the horizontal frame, and the upper middle frame,
The upper middle frame is.
It includes a middle body, an upper groove formed in the longitudinal direction on the upper side of the middle body, and a lower groove formed in the longitudinal direction on the lower side of the middle body,
One side of the upper middle frame is coupled to the vertical frame located on the left, and the other side is coupled to the vertical frame located on the right,
The honeycomb board is,
An all-glass door, characterized in that it is inserted and attached to the upper groove of the upper intermediate frame. According to clause 1,
The vertical frame is,
a vertical body portion whose front side is coupled to the front glass and whose back side is coupled to the rear glass; and
a front vertical support protrusion protruding forward from the front outer border of the vertical body to be located outside the front glass to prevent the front glass from sliding down; and
An all-glass door, characterized in that it includes a rear vertical support ledge that protrudes rearward from the outer boundary of the rear surface of the vertical body to be located outside the rear glass and prevents the rear glass from sliding down. According to clause 2,
The vertical body part,
a front outer vertical coupling portion protruding from the front outer portion and abutting the front glass;
a front inner vertical coupling portion protruding from the front inner portion and abutting the front glass;
a rear outer vertical coupling portion that protrudes from the rear outer portion and abuts the rear glass; and
An all-glass door that protrudes from the rear inner portion and includes a rear inner vertical coupling portion that abuts the rear glass. According to clause 3,
The vertical body part,
a front vertical groove formed between the front outer vertical coupling portion and the rear inner vertical coupling portion;
Further comprising a rear vertical groove formed between the rear outer vertical coupling portion and the rear inner vertical coupling portion,
In the front vertical groove,
An adhesive member for attachment to the front glass is provided,
In the rear vertical groove,
An all-glass door, characterized in that an adhesive member for attachment to the rear glass is provided. According to clause 2,
The vertical body part,
A groove is formed in the longitudinal direction on the inner side,
An all-glass door that is inserted into the groove and coupled to the vertical body, and includes a strap to prevent the door car from sagging. delete According to clause 1,
The horizontal frame is,
a horizontal body portion whose front side is coupled to the front glass and whose back side is coupled to the rear glass;
a front horizontal support protrusion protruding forward from the front outer border of the horizontal body to be located outside the front glass to prevent the front glass from sliding down;
A rear horizontal support protrusion protruding rearward from the rear outer border of the horizontal body to be located outside the rear glass to prevent the rear glass from sliding down,
The horizontal body part,
a front outer horizontal coupling portion protruding from the front outer portion and abutting the front glass;
a front inner horizontal coupling portion protruding from the front inner portion and abutting the front glass;
a rear outer horizontal coupling portion that protrudes from the rear outer portion and abuts the rear glass; and
An all-glass door that protrudes from the rear inner portion and includes a rear inner horizontal coupling portion that abuts the rear glass. Inserting the inner glass into the lower middle frame, the upper middle frame, and the glass attachment frame so that the upper and lower glass attachment frames are coupled to the upper middle frame and the lower middle frame, respectively;
coupling one side of the lower intermediate frame and the upper intermediate frame to one side of the vertical frame so that the inner glass is inserted into the vertical frame;
combining one side of two horizontal frames with the upper and lower sides of one side of the vertical frame;
Combining another vertical frame to the other side of the two horizontal frames, the other side of the lower middle frame, and the other side of the upper middle frame;
To position the lumbar comb board in the space formed by the vertical frame, the other vertical frame, the horizontal frame, and the upper intermediate frame, the upper groove portion of the vertical frame, the other vertical frame, the horizontal frame, and the upper intermediate frame Inserting and attaching; and
Comprising the step of coupling a front glass to the front of the vertical frame, the other vertical frame, and the two horizontal frames, and coupling a rear glass to the back of the vertical frame, the other vertical frame, and the two horizontal frames. Characteristic all-glass door manufacturing method.

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