JP2007120243A - Installation structure of double glazing to frame body - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide an installation structure of double glazing to a frame body for enhancing design by reducing an outdoor side face dimension of a horizontal member and a vertical member. <P>SOLUTION: A hooking margin C1 of an outdoor side sealant holding piece 16 of vertical-horizontal frames 5 to 8 is set smaller than a hooking margin C2 of an indoor side sealant holding piece 14. The outdoor side sealant holding piece 16 is also formed so that a frame body opening inside surface 12a of a spacer 12 of the double glazing 2 is positioned inside a frame body opening 3a. A light shielding piece 21 of a bead 9 for holding the double glazing 2 arranged in the outdoor side sealant holding piece 16 is positioned inside the frame body opening 3a more than the spacer 12. Thus, the sunlight to the spacer 12 is intercepted by the bead 9, and the face dimensions L2 and L3 of the vertical-horizontal frames 5 to 8 can be reduced. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

  The present invention relates to a structure for assembling a multi-layer glass to a frame body in which a multi-layer glass is assembled to a frame body in which a lateral member and a flange member are assembled via a sealing material.

  There exists a thing of patent document 1 as an assembly | attachment structure to the frame of the conventional multilayer glass. In this case, the single-sided glass on the outdoor side of the double-glazed glass is fitted into the mounting groove of the window frame (frame body) via the front and rear beads on the outer periphery, and the single-sided glass on the indoor side of the double-glazed glass is A spacer is interposed between the outer peripheral edge and the opening side surface of the window frame, and the window frame and the multilayer glass are assembled. And in order to prevent the spacer (sealing material) intervening in the multi-layer glass from being deteriorated by sunlight, a protective film is provided on the corresponding portion of the spacer on the outdoor single plate glass.

  Moreover, there exists a thing of patent document 2. FIG. This is a curtain wall constructed by fitting a glass face material as a panel into an opening part partitioned by a plurality of invisible (horizontal members) and vertical (ridge members), and a multilayer as a glass face material The upper and lower horizontal outer peripheries of the glass are held by an invisible bead and a bead provided on the pressing edge, and the right and left vertical outer peripheral edges of the multilayer glass are not held in a vertical manner via the pressing edge. Since there are no pressing edges on the left and right vertical outer peripheries of the outdoor side surface, the vertical joints between the adjacent double glazings are narrowed, that is, the finding dimension is reduced to improve the design.

JP-A-8-93340 JP 2000-38793 A

In the thing of the said patent document 1, since the spacer is located outside a frame, the spacer which is not covered with a frame is made into a solar by providing the protective film in the spacer corresponding | compatible part of the outdoor side of a multilayer glass. Although it is intended to prevent deterioration due to ultraviolet rays due to exposure to light, the spacer is exposed to the indoor side, so the spacer may deteriorate from the indoor side. Further, in order to fit the multi-layer glass to the frame of the single plate glass, the outer periphery of the single plate glass on the outdoor side is made larger than the outer periphery of the single plate glass on the indoor side, and the outer periphery of the single plate glass only on the outdoor side is framed. It requires a special double-glazed glass that is different from double-glazed glass with the same outer peripheral edge, and the holding power of the double-glazed glass to the frame is weak, and wind pressure resistance performance. There is a problem that becomes low. Moreover, in the thing of patent document 2, since the right-and-left vertical outer periphery of a multilayer glass is not hold | maintained vertically, there is nothing which covers the outdoor side surface of the right-and-left vertical outer periphery of a multilayer glass. The spacers provided on the left and right vertical outer edges of the multilayer glass are exposed to sunlight, and there is a problem of deterioration due to ultraviolet rays. Moreover, since the horizontal outer periphery of the lower and upper sides of the multi-layer glass is held between the stitches and the pressing edges, there is a problem that the apparent finding dimension is large with respect to the vertical and the design property is lowered. Moreover, since the right and left vertical outer edges of the multilayer glass are not held in a vertical manner, there is nothing to receive the vertical outer edges of the multilayer glass when negative pressure is applied, and the wind resistance pressure of the vertical outer edges There is a problem with low performance.
This invention reduces the outside dimension of the lateral member and the collar member to reduce the outside dimension of the lateral member and the collar member, thereby increasing the design and improving the design. In addition, the present invention provides a structure for assembling a double-glazed glass frame that can maintain wind pressure resistance.

  The present invention is a window in which a multi-layer glass in which a plurality of single glass plates are laminated on a peripheral portion thereof via a spacer is assembled to a frame body having upper and lower horizontal members and left and right eaves members through a sealing material. , The margin of the outdoor sealing material holding piece facing the indoor sealing material holding piece of the horizontal member and the flange member is made smaller than that of the indoor sealing material holding piece, facing the spacer, The outdoor sealing material holding piece is provided with a sealing material that is in close contact with the outdoor sealing material.

  In addition, a plurality of adjacent windows that are formed by assembling a multi-layer glass, in which a plurality of single-plate glasses are laminated on a peripheral portion thereof with a spacer, to a frame body in which a transverse member and a flange member are assembled with a sealing material. Or it is made into the step window.

  Also, a frame body is constructed by assembling a plurality of horizontal members provided at intervals in the vertical direction and a plurality of eaves members provided at intervals in the left-right direction, and a plurality of single plate glasses are attached to the peripheral portion thereof. It is a window of a curtain wall formed by assembling a multi-layer glass laminated with a spacer on the frame body with a sealing material.

  Further, the lateral member and the flange member are integrally formed with an indoor side sealing material holding piece at the indoor side end of the base wall, and the outdoor side sealing material holding piece is attached to an attachment portion provided at the outdoor side end of the base wall. The outdoor sealing material holding piece includes a sealing material mounting groove that faces the center of the frame body opening.

  According to the invention of the present application, the margin of the outdoor sealing material holding piece on the outdoor side of the horizontal member and the collar member is reduced, the sealing material that opposes the spacer and adheres closely to the single plate glass on the outdoor side is held on the outdoor sealing material. Since it is provided on the piece, the finding dimensions of the horizontal member and the eaves member can be reduced and the design can be improved, and the outdoor side exposed to the sunlight of the spacer is covered with a sealing material, and the indoor side is covered with the horizontal member and eaves member Since it is covered with the indoor side sealing material holding piece, there is an effect of preventing the spacer from being deteriorated by ultraviolet rays. Moreover, although the outside dimension of the lateral member and the eaves member was reduced, the horizontal member and eaves member have a margin to hold the multi-layer glass, so even if negative pressure acts, the transverse member And it has the effect of maintaining the wind pressure resistance performance that holds the double-glazed glass of the eaves member. Further, if the spacer is covered with an outdoor sealing material that holds the multilayer glass, there is no need to provide a separate protective film.

  Embodiments of the present invention will be described with reference to FIGS. FIG. 1 is a front view showing a structure for assembling a multi-layer glass 2 to a frame 3 in a continuous window 1 of the present invention. The continuous window 1 is configured by adjoining a plurality of windows 4. The window 4 is a fitting window formed by assembling the multi-layer glass 2 through the sealing materials 9 and 10 to the frame 3 that frames the upper and lower horizontal members 5 and 6 and the left and right flange members 7 and 8. is there. The double-glazed glass 2 is formed by laminating a plurality of single glass plates 11 with a spacer 12 made of silicon around the periphery thereof. In the present embodiment, as shown in FIGS. A spacer 12 is disposed between the peripheral edges of the eleventh and eleventh eleventh eleventh eleventh eleventh eleventh.

  In the lower horizontal frame 6 as a horizontal member constituting the frame body 3, an indoor side sealing material holding piece 14 is integrally formed at the indoor side end of the base wall 13. Further, the lower horizontal frame 6 is configured by integrally forming an attachment portion 15 at an outdoor end and attaching an outdoor sealing material holding piece 16 to the attachment portion 15. The cost C1 of the outdoor sealing material holding piece 16 is smaller than the cost C2 of the indoor sealing material holding piece 14. Further, the upper surface (opening inner side surface) of the indoor side sealing material holding piece 14 is located on the inner side (center) of the frame body opening 3a from the frame opening inner side surface 12a of the spacer 12 when the double glazing 2 is assembled to the frame body 3. Side). The outdoor sealing material holding piece 16 is a pressing edge, and the pressing edge 16 holds the outer peripheral edge 2 a of the multilayer glass 2 when attached to the lower horizontal frame 6, and the negative pressure is applied to the multilayer glass 2. Even if it acts, it has a margin C1 that can maintain the wind pressure resistance, and in this embodiment, the frame opening inner side surface 12a of the spacer 12 is located closer to the center side of the frame opening 3a than the pressing edge 16. ing. The pressing edge 16 is formed with a sealing material mounting groove 17 that extends toward the center of the frame body opening 3a over the entire length, and a bead 9 as a sealing material is fitted therein. The upper horizontal frame 5 as a horizontal member is formed in substantially the same manner as the lower horizontal frame 6. However, in the embodiment of the present application, the pressing edge 16 is formed integrally with the outdoor end of the base wall 13. Also, the left and right rod frames 7 and 8 as the left and right rod members constituting the frame body 3 are configured in substantially the same manner as the lower horizontal frame 6, and the frame body opening outer side surface 7 a of the rod frames 7 and 8, A locking piece 18 is formed integrally with 8a. The bead 9 includes a fitting piece 19 that fits into the seal material mounting groove 17, a support piece 20 that supports the multilayer glass 2, and a light shielding piece 21, and the bead 9 includes the horizontal frames 5 and 6 and the eaves frame 7. , 8 are different colors.

  The assembly of the double glazing 2 to the frame 3 that frames the upper and lower horizontal frames 5 and 6 and the left and right starboard frames 7 and 8 is performed by the bead 9 disposed between the double glazing 2 and the pressing edge 16. The support piece 20 is closely attached to the peripheral edge 2a on the outdoor side of the multilayer glass 2, and the sealing material 10 is filled between the peripheral edge 2b on the indoor side of the multilayer glass 2 and the indoor sealing material holding piece 14. The window 4 is configured. In a state in which the multilayer glass 2 is assembled to the frame body 3, the tip end surface 21 a of the light shielding piece 21 of the bead 9 is positioned on the center side of the frame body opening 3 a from the frame body opening inner side surface 12 a of the spacer 12.

  In the plurality of windows 4, the locking pieces 18 of the frame frames 7 and 8 of the adjacent windows 4 are engaged with the locked portions 23 of the continuous window plate 22 and the left and right connecting portions 24 of the continuous window plate 22. The indoor side sealing material holding pieces 14 of the frame frames 7 and 8 of the windows 4 adjacent to each other are screwed together to form a continuous window 1. Reference numeral 10b denotes a sealing material filled between the vertical frames 7 and 8 of the adjacent windows 4. The continuous window 1 is attached to the building opening of the building, and the outside dimension L2 of the upper and lower horizontal frames 5 and 6 and the outdoor side between the left and right frame frames 7 and 8 of the adjacent window 4 are arranged. It is necessary to cover the spacers 12 with the horizontal frames 5 and 6 and the eaves frames 7 and 8 since the spacers 12 are shielded from being directly exposed to the sunlight by the light shielding pieces 21 of the beads 9. As a result, there are small outside dimension L2 and L3 on the outside of the horizontal frames 5 and 6 and the eaves frames 7 and 8, and the outer appearance of the horizontal frame and eaves frame is reduced and the design of the continuous window 1 is improved. Yes. Moreover, since the color of the bead 9 seen from the outdoor side of the window 4 and the colors of the horizontal frames 5 and 6 and the eaves frames 7 and 8 are different, the design of the continuous window 1 is high. In addition, the beads 9 block the sunlight to the spacers 12 to suppress the deterioration of the spacers 12.

  Next, what applied the assembly | attachment structure to the frame 3 of the multilayer glass 2 to the shoji 25 of the window 26 is shown. In addition, the same code | symbol is attached | subjected to the part same as the said fitting killing window 4, and description is abbreviate | omitted. FIGS. 4 and 5 show a half-opening window 26 as a fire entry hole in the continuous window 1. As shown in FIGS. 4 and 5, the shoji frame 31 is constructed by framing the upper and lower lateral rods 27 and 28 as the upper and lower lateral members and the left and right rods 29 and 30 as the left and right lateral members. The shoji 25 is constructed by assembling the multilayer glass 2 to the body 31. The upper and lower horizontal frames 32 and 33 and the right and left ridge frames 7 and 8 of the fitting window 4 adjacent to each other are used as a window frame 34 of the one side window 26. One saddle 29 of the shoji 25 is attached to the window frame 34 by a hinge 35, and the other saddle 30 is fastened by a stopper 36. By operating the stopper 36, it can be opened to the outdoor side. . The left and right starboards 29 and 30 are substantially the same as the left and right starboard frames 7 and 8, and the contact margin C1 of the pressing edge 16 is shorter than the engagement margin C2 of the indoor side sealing material holding piece 14, and the spacer 12 is shorter than the pressing edge 16. The frame opening inner side surface 12a is positioned on the center side of the frame opening 3a, and the left and right vertical frames 29, 30 and the adjacent left and right vertical frames have the finding dimensions L4, L6. It is comprised so that it may become substantially the same as the finding dimension L3 between the said left and right vertical frames.

  As shown in FIG. 5, the assembling of the double glazing 2 to the left and starboards 27 and 28 is performed between the peripheral edge 2 a and the pressing edge 16 on the outdoor side of the double glazing 2 and the peripheral edge on the indoor side of the double glazing 2. The sealing material 10 is filled between the portion 2 b and the indoor side sealing material holding piece 14, and the bead 37 fitted to the pressing edge 16 includes the fitting piece 19 and the light shielding piece 21. Acts as an obstruction to sunlight. In addition, assembling of the double glazing 2 to the upper and lower horizontal ridges 27 and 28 is performed by using a sealing material 10 filled on the indoor side in the same manner as the left and right vertical frames 27 and 28 and the double glazing 2 are attached. The outdoor side is made of the sealing material 10 and the bead 37 similar to the above. The outside dimension L4 between the side wall 30 of the side window 26 provided with the hinge 35 and the side wall 7 of the adjacent window 4, the upper and lower horizontal frames 32 and 33, and the upper and lower side walls. 27 and 28 is the same as the dimension L3 between the adjacent saddle frames 7 and 8 of the window 4, and the collar on the side where the stopper 36 is provided. 30 and an adjacent outside dimension L6 of the frame 8 adjacent to the frame 8 are substantially the same as an alignment dimension L3 between the adjacent frames 7 and 8 of the window 4, and the horizontal frames 27 and 28 and the horizontal frame 32 are aligned. , 33, and the appearances of the eaves 29 and 30 and the eaves frames 7 and 8 are narrowed to improve the design of the continuous window 1. In addition, the structure of assembling a double-glazed glass frame can be similarly applied to a step window in which upper and lower windows are connected to each other through the lower horizontal frame or connected to the upper and lower horizontal frames.

  Next, another embodiment will be described with reference to FIGS. The same parts as those in the above embodiment are given the same reference numerals and the description thereof is omitted. FIG. 6 is a front view showing an outline of the curtain wall 38. The curtain wall 38 has a plurality of horizontal members 39 attached to the building frame with a space in the vertical direction and a space in the horizontal direction. A frame 41 is constructed by framed with a plurality of eaves members 40 attached to each other, and a window 42 formed by assembling the multi-layer glass 2 with the sealing materials 9 and 10 is adjacent to each frame 41. It is arranged and configured. As shown in FIG. 7, the lower base wall 44 is integrally formed on the lower side of the base wall 43, and the pressing edges 16 are provided on the outdoor sides of the base wall 43 and the lower base wall 44, respectively. The indoor side sealing material holding piece 14 is provided on the indoor side. As shown in FIG. 8, the vertical 40 is configured by fixing a pressing edge 46 to a mounting base 45 welded to a base wall 43 a, and the sealing material mounting groove 17 is formed in the pressing edge 46. As in the above-described embodiment, the frame opening inner side surface 12a of the spacer 12 is positioned on the center side of the frame opening 3a from the pressing edge 46. The assembling of the double-glazed glass 2 is substantially the same as that of the above-described embodiment, and the appearance dimensions L7 and L8 on the outdoor side of the intangible 39 and the vertical 40 are reduced, and the appearance design is improved. Since the end face 21a of the light shielding piece 21 of the bead 9 is positioned on the center side of the frame opening 3a from the spacer 12, the shadow of the light shielding piece 21 covers the spacer 12, and the deterioration of the spacer 12 due to ultraviolet rays is suppressed.

It is a front view which shows the assembly | attachment structure to the frame of the multilayer glass of the continuous window of this invention. It is the II-II sectional view taken on the line of FIG. It is the III-III sectional view taken on the line of FIG. It is the IV-IV sectional view taken on the line of FIG. It is the VV sectional view taken on the line of FIG. It is a front view which shows the assembly | attachment structure to the frame of the multilayer glass of a curtain wall. It is the VII-VII sectional view taken on the line of FIG. It is the VIII-VIII sectional view taken on the line of FIG.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Continuous window 2 Multi-layer glass 3, 31, 41 Frame 3a Frame opening 4,26 Window 5, 6 Horizontal member (horizontal frame)
7,8 竪 member (竪 frame)
9 Beads (seal material)
10 Sealing material
DESCRIPTION OF SYMBOLS 11 Single glass 12 Spacer 13 Base wall 14 Indoor side sealing material holding piece 15 Mounting part 16,46 Outdoor side sealing material holding piece (holding edge)
17 Sealing groove 27, 28 Horizontal member (Yokohama)
29, 30 竪 member (竪 框)
39 Cross member (open)
40 竪 member (standing)
42 Curtain wall C1 Coverage of outdoor sealing material holding piece C2 Coverage of indoor sealing material holding piece

Claims (4)

In a window formed by assembling a multi-layered glass having a plurality of single-plate glasses laminated on a peripheral portion thereof with a spacer on a frame body framed by upper and lower horizontal members and left and right eaves members through a sealing material. The seal of the outdoor sealing material holding piece facing the indoor sealing material holding piece of the flange member is made smaller than that of the indoor sealing material holding piece, facing the spacer and closely contacting the outdoor single plate glass A structure for assembling a multi-layer glass to a frame, characterized in that the material is provided on the outdoor sealing material holding piece. A plurality of windows made by laminating a plurality of single glass plates on the periphery thereof with a spacer and a frame member in which a transverse member and a flange member are assembled together with a sealing material. 2. The structure for assembling a double-glazed glass frame according to claim 1, wherein the structure is a window. A frame is constructed by assembling a plurality of horizontal members provided at intervals in the vertical direction and a plurality of eaves members provided at intervals in the left-right direction. 2. The structure for assembling a laminated glass frame according to claim 1, wherein the laminated glass is a window of a curtain wall formed by assembling a laminated glass laminated with a sealing material to the frame. The horizontal member and the flange member are formed by integrally forming an indoor side sealing material holding piece at the indoor side end of the base wall, and attaching the outdoor side sealing material holding piece to a mounting portion provided at the outdoor side end of the base wall. The structure for assembling a multi-layer glass to a frame body according to any one of claims 1 to 3, wherein the outer seal material holding piece has a seal material mounting groove facing the center of the frame body opening.

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