KR200373246Y1 - Sash assembly for supporting glass panel of strong glass wall - Google Patents

Abstract

The present invention provides at least two rows of "T" protrusions on the exposed side circumference of the side assembly and the middle assembly chassis for supporting and fixing the glass panel, particularly in the tempered glass wall constructed as the side walls for the projection and the perspective of various buildings. It is formed in the longitudinal direction, one side of the closing member attached to the exposed side circumference correspondingly formed a "T" groove groove, by coupling the sash and the finishing member by mutual sliding engagement of the protrusion and groove groove, It is possible to combine the sash and the finishing member without using an adhesive having harmful ingredients, and to complete the work in a relatively quick time even in forming the assembly, and to shorten the construction period, Only the finishing member can be used on the exposed surface of all chassis, so it is highly compatible with the parts and thus the productivity and Which will improve the availability,

In extruding the finishing member, by molding the raw material of the finishing member by mixing powdered charcoal, ocher and nanosilver, the reinforcement to have a more beneficial effect on the human body by combining radiation and antibacterial and deodorizing action of far infrared rays A sash assembly for supporting a glass panel of a glass wall.

Description

Sash assembly for supporting glass panel of strong glass wall

The present invention improves the structure of the sash assembly for supporting and fixing the glass panel of the tempered glass wall, which is constructed by the light-transmitting and see-through sidewalls of various buildings. The beautiful decoration of the exposed member can be obtained together, and the powdery loess, charcoal, nano-silver, etc. are mixed and extruded to form the finishing member, thereby exposing the deodorant and deodorizing materials beneficial to the human body. The present invention relates to a sash assembly for supporting a glass panel of a tempered glass wall, which can create a more comfortable and clean interior space by simultaneously obtaining an antibacterial action.

In recent years, the front part of various buildings are often constructed with tempered glass walls made of glass panels. Such tempered glass walls have excellent light permeability, which improves the illuminance of the interior space, thereby limiting the use of unnecessary lights, thereby taking economic benefits. At the same time, it is possible to get a clearer and cooler feeling by allowing users to view the outdoor space from the frustrating indoor space.

When the tempered glass wall is applied to restaurants or coffee shops, it is possible to observe or confirm the atmosphere or the interior of the room even outdoors, thereby allowing users to make easier choices, while having a clean and clean image, thereby providing a higher level of confidence. It has an advantage that can be formed.

In particular, the glass panel used in the above-mentioned tempered glass wall is not ordinary flat glass, but has high strength durability as well as physical properties such as corrosion resistance, acid resistance, chemical resistance, soundproofing and waterproofing, and thermal insulation, and compared with concrete walls. There is no comparable structural character.

In constructing tempered glass wall using such glass panel, the glass panel as described above has a limit on the size that can be produced, so the glass panel having a certain width is continuously attached and fixed. At this time, it is common to use an extrusion molded aluminum sash as the glass panel support.

In addition, since the aluminum sash as described above is exposed to the interior, it acts as a factor that impairs the aesthetics of the interior. Thus, a finishing member of synthetic resin capable of expressing various patterns, textures, and colors on the side circumference of the sash exposed to the interior Attachment formation is common.

As the sash assembly having the finishing member, a sash assembly as shown in FIG. 5 is used. Looking at the construction process of the tempered glass wall by the sash assembly,

Side assemblies 101 are formed in close contact with both side ends of the concrete wall 100, and middle assemblies 103 having a gap matching the width of the standardized glass panel 102 are successively formed between the side assemblies 101. Vertically placed, but both ends of the glass panel 102 are fixed to the thresholds 104 and 104 'formed at one side of the side assembly 101 and the middle assembly 103 and fixed by a known method. .

At this time, the side assembly 101 and the middle assembly 103 is formed to the same thickness as the concrete wall 100, the interior side surface of the side assembly 101 and the middle assembly 103 is made of PVC or PS material The synthetic resin finishing members 105 and 105 'are attached to form a beautiful interior surface, and the gap between the Singapore finishing member 105 and the finishing member 105' is separate to close the gap. The gap closing hole 106 is attached to have a smooth exposed surface.

However, since the sash assembly as described above is formed by attaching a synthetic resin finishing member to the side of the sash extruded from a metal material such as aluminum, after applying the adhesive liquid between the sash and the finishing member to the sash As the work process is very cumbersome and delayed, it is necessary to go through the process of attaching it, and due to the nature of the adhesive that requires the use of chemicals, harmful substances such as polluting indoor air by the adhesive are volatilized, causing diseases such as sick house syndrome. To make it happen,

The gap of the finishing member attached to the side and the front of the chassis facing the interior is filled with the gap by the gap closure of another piece, so the construction work is very cumbersome, and the trouble of parts management due to the requirement of many parts There is a problem that accompanies the problem.

The present invention was devised to eliminate the problems described above. In the side assembly and the middle assembly for supporting and fixing the glass panel, at least two rows of " T " protrusions are formed on the exposed side circumferential surface of the chassis. Formed on the exposed side circumferential surface and correspondingly formed a "T" groove groove on one side thereof, such that the chassis and the finishing member are coupled by mutual sliding engagement of the protrusion and groove groove.

It is possible to combine the sash and the finishing member without the use of adhesives that are harmful to the human body, and it is possible to complete the work in a relatively quick time even in forming the assembly, thereby shortening the construction period, and having a single standard. The same finishing member can be used on the exposed surface of all chassis to improve the compatibility of parts and improve productivity and utilization of parts.

In extruding the finishing member, by molding the raw material of the finishing member by mixing the powdery charcoal, ocher and nanosilver, by strengthening to have a more beneficial effect on the human body by combining radiation and antibacterial and deodorizing action of far infrared rays It is an object of the present invention to provide a sash assembly for supporting a glass panel of a glass wall.

1 is a perspective view of a tempered glass wall using the sash assembly for the present invention glass panel support

Figure 2 is an enlarged plan view of the main portion of the tempered glass wall using the sash assembly for the glass panel support

Figure 3 is an enlarged perspective view of the side assembly of the sash assembly for the present invention glass panel support

Figure 4 is an enlarged perspective view of the middle assembly of the sash assembly for the present invention glass panel support

5 is a plan view of the construction state of the tempered glass wall using a conventional sash assembly for glass panel support

Explanation of symbols on the main parts of the drawings

1: concrete wall 2: sash

2,2 ': Settle groove 3: Finishing member

3,3 ': Insertion jaw 4,4': Side assembly

5: Middle assembly 6,6 ': Glass panel

7,7 ': protrusion jaw 8,8': grooved jaw

As a technical means for achieving the above object,

By forming an aspect ratio on the flat cross section of the chassis so that the distance between the two end members positioned in the orthogonal direction with the glass panel is the same as the width of the finish member located in the parallel direction with the glass panel, there is a gap between all the side surfaces of the chassis even with a single finish member. It is desired to be able to form inserts without

Hereinafter, preferred embodiments of the present invention will be described.

FIG. 1 is a perspective view of a tempered glass wall using a sash assembly for supporting a glass panel of the present invention, and FIG. 2 is an enlarged plan view of a main portion of the tempered glass wall using a sash assembly for a glass panel support of the present invention.

Side assemblies 4 and 4 'made of sash 2 and finishing member 3 are formed in close contact with the inner wall of the concrete wall 1, and between the side assemblies 4 and 4'. A middle assembly 5 composed of the sash 2 and the finishing member 3 is formed at a predetermined interval, and the glass panels 6 and 6 are disposed between the side assemblies 4, 4 ′ and the middle assembly 5. In the sash assembly of the tempered glass wall in which ') is fixed,

In the chassis 2 of the side assemblies 4 and 4 ', at least two rows of "T" protrusion protrusions 7 and 7' are formed in the longitudinal direction on two side circumferential surfaces exposed to the interior side. And, at both ends of the side circumferential surface to form a settled groove (2 ') (2 "of a predetermined depth,

In the chassis 2 of the above-described middle assembly 5, at least two rows of "T" protrusion protrusions 7 and 7 'are formed in the longitudinal direction on three side circumferential surfaces exposed to the interior side, and both side circumferential surfaces. On both ends are formed a settled groove (2 ') (2 ") of a predetermined depth,

On each of the side circumferential surfaces, insertion jaws 3 'and 3 "which are inserted into and held by the settling grooves 2 and 2' are protruded from both ends, and between the insertion jaws 3 'and 3". And forming a finishing member 3 having at least two rows of " T " recessed grooves 8 and 8 'so that the recessed grooves 8 and 8' of the closing member 3 are projected. (7 ') to form a sliding coupling,

The finishing member 3, the raw material of PVC or PS material 80% to 90% by weight of the loess powder 5% to 4% by weight, 4% to 7% by weight of charcoal powder, 1% to 2% by weight It is made by mixing by extrusion of nano silver.

At this time, the aspect ratio on the planar cross section of the sash 2 is parallel to the gap between both ends of the finishing member 3 positioned in the orthogonal direction with the glass panels 6 and 6 'and the glass panels 6 and 6'. The aspect ratio is formed so that the widths of the finishing members 3 positioned in the direction coincide with each other, so that the side assemblies 4 and 4 'and the middle assembly 5 are provided by the finishing members 3 having the same size by a single specification. By designing to be applicable to all of the finishing member (3) is to provide productivity and ease of material management as well.

When described in more detail by the accompanying drawings the operation and construction process of the sash assembly for supporting the glass panel of the tempered glass wall as described above.

As shown in the figure, the tempered glass wall using the sash assembly of the present invention is vertically spaced at regular intervals between the side assemblies 4 and 4 'formed at the side ends of the concrete wall 1 and the side assemblies 4 and 4'. Consisting of the middle assembly (5) to be placed, each assembly is completed by the combination of the chassis 2 extruded from a metal material and the finishing member 3 extruded from a synthetic resin material.

Ends of the glass panels 6 and 6 'are fixed to one side of each sash 2 to complete the tempered glass wall, and the side assemblies 4, 4' and the middle assembly 5 The structure is as follows.

First, the side assemblies (4) and (4 ') is at least two rows along the longitudinal direction on the two side peripheral surfaces exposed to the interior side of the remaining side except for the side peripheral surface in close contact with the concrete wall 1 as shown in FIG. The above-mentioned " T " protrusion protrusions 7 and 7 'are formed, and the sash 2 having the settled grooves 2' and 2 " At one end of the closing member 3 which is in close contact with the side circumferential surface of the sash 2, insertion jaws 3 ′ and 3 ″ inserted into the settling grooves 2 ′ and 2 ″ are held in the longitudinal direction. And the T-shaped grooves 8 and 8 'of the shape corresponding to the protrusions 7 and 7' are formed between the insertion jaws 3 'and 3', respectively. The sash 2 and the finishing member 3 are fastened by the mutual sliding coupling of the protrusions 7, 7 ′ and the grooves 8, 8 ′.

In addition, the middle assembly 5 is vertically placed in the middle of both glass panels 6 and 6 'as shown in FIG. 4, and the "T" phase as described above on the side circumferential surface in three directions exposed to the room. The protrusions 7 and 7 'are formed, and the finishing member 3 having the "T" -shaped grooves 8 and 8' of the shape corresponding thereto is slidably fastened as described above. Settle grooves 2 'and 2 "are formed at both end portions of the two peripheral surfaces, and insertion jaws 3' and 3" are formed at the side ends of the corresponding finishing members 3, respectively. At the same time as the sliding fastening of the protrusions 7, 7 'and the grooves 8, 8', the settling grooves 2 '2' and the insertion jaw 3 '3' Correspondence close to each other will have a more robust and stable fastening force.

At this time, the aspect ratio on the planar cross-section of the sash 2 is the width of the side end portion of the both side finishing member 3 which is located in the direction orthogonal to the glass panel 6, 6 ', and the glass panel 6, 6'. By forming the same width of the finishing member (3) located in parallel to the), by using the finishing member 3 of the standard having the same dimensions can be commonly applied to all the side circumference, of course, these finish Since the side ends of the members 3 are tightly coupled to each other, it is possible to obtain the interior side finishing member surface in a close state without a separate gap filling finishing member.

As described above, only one finishing member 3 of the same size can be applied to all side walls at the same time, thus providing ease of material management due to the reduction of parts, and significantly reducing the manufacturing cost and production cost of the extrusion mold. It is economical.

In particular, the finishing member (3) as described above is to produce the extrusion using a PVC material or PS material, by producing a mixture of powdered ocher, charcoal, nano silver, etc. in the raw material, more comfortable and harmless indoors I can produce space,

By mixing 80% to 90% by weight of raw material of PVC or PS material with 5% to 4% by weight of ocher powder, 4% to 7% by weight of charcoal powder, and 1% to 2% by weight of nanosilver Far-infrared radiation by and deodorization by charcoal and antimicrobial effect by nano silver can be obtained at the same time.

In other words, loess has been used a lot as a material for construction since ancient times, and it has been known that loess provides practically many beneficial environments. For example, it has excellent thermal insulation properties, and its superiority is widely known in terms of emission of far-infrared rays, which is very useful for maintaining humidity in buildings and is also very useful for human body.

In addition, charcoal has a filtration function, a deodorizing function, a humidity control function, a harmful electromagnetic wave blocking function, and a far-infrared radiation function, as is widely known, so that a very beneficial and comfortable indoor environment can be constructed for the human body.

In addition, nano silver particles are mixed with nanometers of nano silver particles (preferably 20 to 30 nanometers) to have odor removal and antibacterial properties.

Silver (Ag), as it is generally known, has a strong bactericidal power and balances the hormone system in the human body when absorbed by the human body. It also blocks electromagnetic waves, breaks water waves, emits far infrared rays, anion, antibacterial and antifungal, It is effective to remove odors, and it is ideal to use nanosilver having a size of about 25 nanometers.

The interior of the interior is beautiful by various exterior shapes, colors, and surface designs by cutting and using a finishing member 3 produced by a conventional extrusion manufacturing process by mixing materials beneficial to the human body to a predetermined length according to the used length. The interior effect can be obtained, as well as the components that are beneficial to the human body are mixed and molded to clean the interior space.

As described above, the sash assembly for supporting the glass panel of the tempered glass wall of the present invention is capable of combining the sash and the finishing member without the use of an adhesive having harmful components to the human body, and completes the work within a relatively quick time even when forming the assembly. It is possible to shorten the construction period, and even the same finishing member having a single standard can be combined and used on the exposed surface of all chassis, so the compatibility of parts is excellent and productivity and parts utilization can be improved.

In extrusion molding of the finishing member, by mixing the powdery charcoal, ocher and nanosilver in the raw material of the finishing member, it has a beneficial effect to the human body by combining the radiation of the far infrared as well as the antibacterial and deodorizing action.

Claims (2)

Side assemblies 4 and 4 'made of sash 2 and finishing member 3 are formed in close contact with the inner wall of the concrete wall 1, and between the side assemblies 4 and 4'. A middle assembly 5 composed of the sash 2 and the finishing member 3 is formed at a predetermined interval, and the glass panels 6 and 6 are disposed between the side assemblies 4, 4 ′ and the middle assembly 5. In the sash assembly of the tempered glass wall in which ') is fixed, In the chassis 2 of the side assemblies 4 and 4 ', at least two rows of "T" protrusion protrusions 7 and 7' are formed in the longitudinal direction on two side circumferential surfaces exposed to the interior side. And, at both ends of the side circumferential surface to form a settled groove (2 ') (2 "of a predetermined depth, In the chassis 2 of the middle assembly 5 described above, at least two rows of "T" protrusion protrusions 7 and 7 'are formed in the longitudinal direction on three side circumferential surfaces exposed to the interior side, At both ends of the side circumferential surface formed a settled groove (2 ') (2 ") of a predetermined depth, On each of the side circumferential surfaces, insertion jaws 3 'and 3 "which are inserted into and engaged with the settling grooves 2 and 2' are protruded from both ends, and between the insertion jaws 3 'and 3". There is formed a finishing member 3 having at least two rows of " T " recesses 8 and 8 ', thereby forming recesses 8 and 8' of the finishing member 3 in the protruding jaw ( 7) formed by sliding coupling to 7 '; A sash assembly for glass panel support of a tempered glass wall, characterized in that ocher, charcoal, and nano silver powder are mixed in a finishing member 3 made of PVC or PS synthetic resin. The method of claim 1, The aspect ratio on the planar cross-section of the sash 2 is positioned in parallel with the glass panel 6, 6 'and at both end intervals of the finishing member 3 positioned in the direction orthogonal to the glass panel 6, 6'. The aspect ratio is formed so that the widths of the finishing members 3 are matched, and the finishing members of the side assemblies 4, 4 'and the middle assembly 5 are formed by the finishing members 3 having the same size by a single standard. 3) A sash assembly for supporting glass panels of tempered glass walls, which can be applied to all.