JP2007002435A - Glass panel support structure - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a glass panel support structure hardly impairing appearance and view. <P>SOLUTION: The glass panel support structure for supporting a glass panel P to the skeleton A side is provided to allow positioning of a lateral position along the glass surface of the glass panel with the one side end face 6 side facing one side in the lateral direction of the glass panel, abutting on the skeleton side, and provided with a pressure contact member 7 that can come in pressure contact with a lower side end face 3 and the other side end face 4 facing the other side in the lateral direction of the glass panel, almost in a chain along the longitudinal direction. Both ends of the pressure contact member are fixed to the skeleton side so that pressing force F1 for allowing the one side end face side to abut on the skeleton side, and supporting force F2 for supporting the glass panel act onto the glass panel. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

  The present invention relates to a glass panel support structure in which a glass panel is supported on the housing side.

In the above glass panel support structure, the lower end surface of the glass panel is conventionally mounted so that the peripheral edge of the glass panel is fitted into a metal sash provided on the housing side, and external force does not act on the glass panel as much as possible from the housing side. , Placed on a cushioning material such as a setting block made of hard resin that is attached to the inside of the lower sash portion along the lower end surface, external force such as wind force acting on the weight of the glass panel and the glass panel, It is supported on the housing side by transmitting to the housing side through the cushioning material and the lower sash portion (hereinafter referred to as first conventional technology) (it is a well-known technology and cannot disclose information on prior art documents). .
In addition, in order to support a plurality of glass panels side by side with the glass surface in the vertical direction, as shown in FIGS. 17 and 18, a metal having both upper and lower ends fixed to the housing side. A receiving member 34 is provided inside the side surface sash 33, and the lower corner portion of the glass panel P is placed on the receiving member 34 via a cushioning material 35 such as a setting block made of hard resin. The external force such as the wind force acting on the glass panel or the glass panel is transmitted to the side sash 33 on the housing side via the cushioning material 35 and the receiving member 34, and the sealing material is applied to the butt portion between the glass panels P adjacent in the vertical direction. 11 (hereinafter referred to as second prior art) (which is a well-known technique and cannot disclose prior art document information).

The glass panel support structure according to the first prior art is configured such that the lower end surface of the glass panel is placed on a cushioning material mounted on the inner side of the lower sash portion, and the weight of the glass panel and the external force acting on the glass panel are applied. Since the glass panel is supported on the housing side by transmitting to the housing side through the cushioning material and the lower sash portion, the lower sash is hidden so that the cushioning material is hidden inside the lower sash portion. It is necessary to use a sash in which the vertical dimension of the portion is large. As a result, the size of the glass panel is restricted, and there is a drawback that the appearance and the visibility are easily impaired.
In addition, in the case where a plurality of glass panels are supported side by side with the glass surface in the vertical direction, the weight of the glass panel and the glass received by the lower sash part via the cushioning material In order to prevent external force acting on the panel from acting as an external force on the lower glass panel, it is necessary to use a large sash with a large rigidity in the lower sash portion. There is a drawback that it is constrained and the appearance and visibility are more easily lost.
Since the glass panel support structure of the second prior art transmits the weight of the glass panel and the external force acting on the glass panel to the side sash, the lower sash as in the first prior art becomes unnecessary, but the receiving member is not used. Since it is necessary to be provided so as to be hidden inside the side sash, the side sash becomes large, the size of the glass panel is restricted, and the lower glass panel acts on the weight of the upper glass panel and the glass panel. When it is necessary to provide a large receiving member with high rigidity so that external force does not act, the space between the upper and lower glass panels becomes wider, the vertical width of the sealing material becomes wider, and the size of the glass panel further increases. The restriction is the same as in the first prior art.
In particular, the peripheral edge that protrudes from the housing side of the glass panel when you want to support the glass panel so that one side in the left-right direction along the glass surface is along the housing side and the other is protruding from the housing side, such as a glass panel provided on the bay window. If the part is fitted into the sash and supported, a large bending moment is generated at the fixed part of the sash to the housing side due to the weight of the glass panel, and the entire sash is easily deformed. It is necessary to use a large-sized sash having a large rigidity, and the size of the glass panel is further restricted.
This invention is made | formed in view of the said situation, Comprising: It aims at providing the glass panel support structure which is hard to impair an external appearance and a visual field.

  1st characteristic structure of this invention is a glass panel support structure which is supporting the glass panel to the housing | casing side, Comprising: The position of the left-right direction in alignment with the glass surface of the said glass panel is one side of the said left-right direction of the glass panel. The one side end face side facing toward the housing side is brought into contact with the housing side so as to be positioned, and the other side end face and the lower end face facing the other in the left-right direction of the glass panel are substantially along the longitudinal direction. A pressing member that can be press-contacted in series is provided, and a pressing force that allows both end portions of the pressing member to contact the one end surface side to the housing side and a supporting force that can support the glass panel act on the glass panel. As it does, it is in the point fixed to the housing side.

[Action and effect]
Fix both ends of the pressure contact member that can be pressed in series along the longitudinal direction of the lower end surface of the glass panel to the housing side so that the supporting force capable of supporting the glass panel acts on the glass panel. Therefore, the weight of the glass panel and the external force acting on the glass panel are received by the pressure contact member and transmitted to the housing side via the pressure contact member without using the buffer material and the lower sash portion as in the past. As a result, the size of the glass panel is less likely to be restricted, and the appearance and field of view are less likely to be impaired.
In addition, the pressing member receiving the glass panel is pressed in a series of substantially along the longitudinal direction of the other side end surface facing the other in the left-right direction along the glass surface, and in the left-right direction along the glass surface. Fix both ends of the pressure contact member to the housing side so that the pressing force that contacts one side end face side facing the housing side acts on the glass panel, and the position in the left-right direction along the glass surface of the glass panel is Since it is positioned, the glass panel is supported between the pressure contact member and the housing side so as to be stretched to reduce the weight of the glass panel acting on the pressure contact member, as well as the glass panel provided on the side surface such as a bay window. In addition, the glass panel can be supported such that one of the glass panels along the glass surface in the left-right direction extends along the housing side and the other protrudes from the housing side.

  The 2nd characteristic structure of this invention exists in the point which comprised the said press-contacting member by the cable body provided with flexibility.

[Action and effect]
Since the press contact member that can be press-contacted substantially in series along the longitudinal direction with respect to the other side end surface and the lower end surface of the glass panel is formed of a flexible cable body, the press contact member is Following the shape of the glass panel, it is easy to press against the other side end surface and the lower side end surface, and the required length can be easily adjusted according to the dimensions of the glass panel.

  The 3rd characteristic structure of this invention exists in the point which has penetrated the said linear body in the groove | channel formed in the said other side end surface or the said lower side end surface along the longitudinal direction.

[Action and effect]
In the groove formed on the other side end surface or the lower side end surface of the glass panel along the longitudinal direction, a cord body that presses in a series substantially along the longitudinal direction with respect to the other side end surface and the lower side end surface. Since it has entered, it can hold | maintain so that a cable body may not remove | deviate from an other side end surface or a lower side end surface, without providing especially the metal fitting for the removal prevention of a cable body.

  The 4th characteristic structure of this invention has the point which formed the said strip | belt body in strip | belt shape, and is press-contacted so that it may wrap over the full width with respect to the said other side end surface or the said lower side end surface.

[Action and effect]
A strip is formed in a strip shape, which is pressed in series along the longitudinal direction with respect to the other end face and the lower end face of the glass panel, and extends over the entire width with respect to the other end face or the lower end face. Since it is press-contacted so as to wrap, the cord body can be held so as not to be detached from the other side end surface or the lower side end surface without particularly providing a metal fitting for preventing the cord body from coming off.

[First Embodiment]
FIG. 1 and FIG. 2 show the main part of the square bay window A1 provided in the building frame A, for forming the bay window side surface made of reinforced plate glass of a single plate along the outer peripheral edge of the bay window bottom plate material 1 and the bay window roof material 2. A rectangular (rectangular) glass panel (hereinafter referred to as a side glass panel) P and a rectangular (rectangular) glass panel (hereinafter referred to as a front glass panel) Q for forming the front of the bay window, and the side glass panel P is provided in the present invention. It is supported by a glass panel support structure.

  As shown in FIG. 3, the side glass panel P is formed by winding the press-contact members 7 having both ends fixed to the building housing A side around the end surfaces 3, 4, and 5 in a series, and moving the glass surface vertically. An inwardly facing end surface (one side end surface facing one side in the left-right direction) 6 facing the building housing A side along the substantially vertical direction and facing the outer side of the building housing A ( The other side end face 4 facing the other in the left-right direction is supported on the building housing A side so as to extend along the substantially vertical direction in a state of projecting from the building housing A side outward at a substantially right angle.

  The press-contact member 7 is composed of a cable body 7 having flexibility that can be press-contacted substantially in series along the longitudinal direction with respect to the lower end surface 3 and the outward end surface 4 of the side glass panel P. The lower end face 3, the outward end face 4 and the upper end face 5 are wound around the entire length in series and pressed against the side glass panel P, and the side glass panel P is rigidly backed up against the building housing A. It is press-contacted through the material 12.

  And while providing the position of the left-right direction along the glass surface of the side surface glass panel P so that the inward end surface 6 side may be contacted to the housing A side via the backup material 12, the inward end surface 6 side may be provided. Both ends of the cable body 7 are placed on the side of the housing A so that the pressing force F1 that contacts the building housing A side and the upward supporting force F2 that can support the side glass panel P act on the side glass panel P. It is fixed at an interval in the vertical direction.

  That is, the cable body 7 having one end fixed to a hook 10a or the like provided on the housing A side facing the inward end surface 6 at a position higher than the lower end surface 3 extends along the inward end surface 6. The lower end side is bent laterally and wound around the lower end face 3, the outward end face 4 and the upper end face 5 in order, and then the casing A side is not bent downward at the upper end side of the inward end face 6. A pressing force F1 that is fixed to a hook 10b or the like provided in the state and is in contact with the building housing A side with the backup material 12 sandwiched between the inward end face 6 side, the weight of the side glass panel P, and the glass panel The supporting force F2 capable of supporting an external force such as an acting wind force is pressed against the side glass panel P.

As shown in FIG. 4, the strip 7 is formed by coating a single steel wire 8 with a resin covering material 9, and as shown in FIGS. The strip 7 is embedded in an elastic sealing material 11 such as silicone resin filled between the plate material 1, the front glass panel Q, the bay window roof material 2, and the end surfaces 3, 4, 5 of the side glass panel P. Thus, the rope body 7 is held and wound around so as not to be detached from the end faces 3, 4, 5, and 6.
As shown in FIGS. 1 and 2, an elastic sealing material 11 such as silicone resin is also filled between the building housing A and the inward end face 6.

[Second Embodiment]
FIG. 5 shows a modification of the first embodiment. The upper end of the cable body 7 after being wound around the lower end surface 3, the outward end surface 4 and the upper end surface 5 in order along the inward end surface 6. The other end side is bent at a position higher than the one end side and fixed to the hook 10b or the like provided on the housing A side facing the inward end surface 6 in a tensioned state. Is pressed against the side glass panel P so that a pressing force F1 that contacts the building housing A side with the backup material 12 interposed therebetween and a supporting force F2 that can support the side glass panel P are applied.
Other configurations are the same as those of the first embodiment.

[Third Embodiment]
FIG. 6 shows an embodiment in which a side glass panel P composed of laminated glass in which two reinforced plate glasses B are bonded with a resin film C sandwiched therebetween is supported by the glass panel support structure according to the present invention, For each tempered plate glass B, the two strips 7 having both ends fixed to the housing A side are provided with the lower end face 3, the outward end face 4 and the upper end face of the side glass panel P. 5 is wound around in order.
Other configurations are the same as those of the first embodiment.

[Fourth Embodiment]
FIG. 7 shows an embodiment in which a side glass panel P made of double-glazed glass is supported by a glass panel support structure according to the present invention, and has flexibility in which both end portions are fixed to the housing A side. The two strips 7 are wound around the lower end surface 3, the outward end surface 4, and the upper end surface 5 in this order on the side glass panel P.

FIG. 7 (a) shows that the side glass panel P is composed of a double-layer glass in which the outer peripheral portions of the two reinforced plate glasses B are joined with the spacer D interposed therebetween, and the ridge 7 FIG. 7B shows an embodiment in which the outer peripheral surface of the side glass panel P and the tempered glass B and the laminated glass E are spacers. It is composed of multi-layer glass bonded with D interposed therebetween, and the striated body 7 is wound around the lower end face 3, the outward end face 4, and the upper end face 5 for each of the tempered glass B and the laminated glass E. An embodiment is shown.
Other configurations are the same as those of the first embodiment.

[Fifth Embodiment]
FIG. 8 shows a modification of the first to fourth embodiments. On the lower end face 3, the outward end face 4, and the upper end face 5 of the tempered glass B or laminated glass E constituting the side glass panel P, Along the longitudinal direction, a groove 15 having a semicircular cross-sectional shape is formed over the entire length, and the rope body 7 is wound so as to enter the semicircular groove 15 of each of the end faces 3, 4, 5, The strip 7 is held so as not to be detached from the end faces 3, 4, 5.
Other configurations are the same as those in the first to fourth embodiments.

[Sixth Embodiment]
FIG. 9 shows an embodiment in which a side glass panel P composed of laminated glass obtained by bonding two reinforced plate glasses B with a resin film C sandwiched therebetween is supported by the glass panel support structure according to the present invention, The corners facing each other across the resin film C of each tempered glass plate B are chamfered and traversed along the longitudinal direction of the lower end surface 3, the outer end surface 4 and the upper end surface 5 of the side glass panel P. A groove 15 having a V-shaped surface is formed over the entire length, and the rope body 7 is wound so as to enter the V-shaped groove 15 of each end face 3, 4, 5. , 4 and 5 so as not to come off.

FIG. 9 (a) shows an embodiment in which the cord body 7 is inserted into the V-shaped groove 15 with a buffer plate 16 having a V-shaped cross section formed of an aluminum alloy or the like interposed therebetween. (B) shows an embodiment in which the cable body 7 is inserted into the V-shaped groove 15 without sandwiching the buffer plate 16.
Other configurations are the same as those of the first embodiment.

[Seventh Embodiment]
FIG. 10 shows an embodiment in which a side glass panel P made of laminated glass in which three reinforced plate glasses B are bonded with a resin film C sandwiched therebetween is supported by the glass panel support structure according to the present invention. The end face of the intermediate tempered plate glass B1 is inserted more than the end faces of the tempered plate glasses B2 on both sides, and the lower end face 3, the outward end face 4 and the upper end face 5 of the side glass panel P are crossed along the longitudinal direction. A U-shaped groove 15 having a U-shaped surface is formed over the entire length, and the rope body 7 is wound so as to enter the U-shaped groove 15 of each end face 3, 4, 5. It is held so as not to be detached from the end faces 3, 4, 5.

FIG. 10 (a) shows an embodiment in which the cord body 7 is inserted into a U-shaped groove 15 with a buffer plate 16 having a U-shaped cross section formed of an aluminum alloy or the like sandwiched therebetween. FIG. 10 (b) is a cross-sectional view of the cable body 7 with a buffer plate 16 made of a series of aluminum alloys or the like sandwiched between the end surfaces of the left and right tempered flat glass B2 and the inner surface of the U-shaped groove 15. An embodiment is shown in which the letter-shaped groove 15 is inserted.
Other configurations are the same as those of the first embodiment.

[Eighth Embodiment]
FIG. 11 shows an embodiment in which a side glass panel P composed of a double-layer glass in which outer peripheral portions of two tempered glass sheets B are joined with a spacer D interposed therebetween is supported by the glass panel support structure according to the present invention. The spacer D is inserted more than the end surfaces of the two tempered glass sheets B, and the cross-section is taken along the longitudinal direction of the lower end surface 3, the outer end surface 4 and the upper end surface 5 of the side glass panel P. A U-shaped groove 15 is formed over the entire length, and a buffer plate 16 formed of a series of aluminum alloys or the like is sandwiched along the end faces of the left and right reinforced plate glass B and the inner surface of the U-shaped groove 15. Then, the rope 7 is wound around the end faces 3, 4 and 5 so as to enter the U-shaped groove 15, and the rope 7 is held so as not to be detached from the end faces 3, 4 and 5. .
Other configurations are the same as those of the first embodiment.

[Ninth Embodiment]
FIG. 12 shows another embodiment of the glass panel support structure according to the present invention, and a locking portion 13 provided on the bay window bottom plate material 1 and the bay window roof material 2 on the lower end surface 3 and the upper end surface 5 of the side glass panel P. A support member 18 made of a metal such as an aluminum alloy provided with a hook portion 17 that can be freely locked is attached in series, and the support member 18 enters a groove 15 formed in a series along the longitudinal direction. The rope body 7 is wound around the lower end face 3 and the upper end face 5 and held so that the rope body 7 does not come off from the end faces 3 and 5.

The support member 18 is formed with a series of glass receiving grooves 19 that allow the lower end surface 3 and the upper end surface 5 of the side glass panel P to enter the longitudinal direction, and the lower end surface 3 of the side glass panel P. And the upper end surface 5 are formed as inclined surfaces, and the panel receiving surface 20 opposite to the inclined end surfaces 3 and 5 is formed in the glass receiving groove 19, and the buffer plate 16 made of aluminum alloy or the like is provided for each inclined end surface. 3 and 5 and the panel receiving surface 20, and a hard backup member 21 is pushed between the flange portion 17 and the glass surface of the side glass panel P, so that the end of the side glass panel P is inserted into the glass receiving groove 19. An elastic sealing material 22 that covers the backup member 21 is filled between the flange portion 17 and the glass surface of the side glass panel P.
Other configurations are the same as those of the first embodiment.

[Tenth embodiment]
FIG. 13 shows another embodiment of the glass panel support structure according to the present invention, and faces the lower end surface 3, the outward end surface 4 and the upper end surface 5 of the side glass panel P, and the end surfaces 3, 4 and 5, respectively. The bay window bottom plate material 1, the front glass panel Q and the bay window roof material 2 are bonded to each other with an adhesive 26 with a silicone resin square tube gasket 23 interposed therebetween, and a plurality of steel wires 8 are arranged side by side to cover the resin. A strip-shaped strip 7 covered with the material 9 is inserted into the gasket 23 and wound around the end faces 3, 4, 5.
Other configurations are the same as those of the first embodiment.

[Eleventh embodiment]
FIG. 14 shows another embodiment of the glass panel support structure according to the present invention. The lower end surface of the side glass panel P is formed using a square tubular frame 25 made of aluminum alloy having a concave groove 24 on one side. 3, the outward end face 4 and the upper end face 5 enter the concave groove 24 and are bonded by the adhesive 26, and the bay window bottom plate 1, the front glass panel Q and the bay window facing the end faces 3, 4, 5. The roofing material 2 is bonded to the rectangular cylindrical frame 25, and the strip-shaped metal rope 7 is inserted into the rectangular cylindrical frame 25 and wound around the end faces 3, 4, 5.
As in the tenth embodiment, the rope body 7 may be formed in a strip shape by covering a plurality of steel wires 8 with a resin covering material 9.
Other configurations are the same as those of the first embodiment.

[Twelfth embodiment]
FIG. 15 shows another embodiment of the glass panel support structure according to the present invention, in which the flexible rope 7 is formed with a high-strength fiber or the like into a strip shape wider than the thickness of the side glass panel P. In a state in which the lower end face 3, the outward end face 4, and the upper end face 5 are wrapped over the entire width by the rope body 7, the rope body 7 is wound around the end faces 3, 4, and 5.
Other configurations are the same as those of the first embodiment.

[Thirteenth embodiment]
FIG. 16 shows another embodiment of the glass panel support structure according to the present invention, in which support columns 27 having upper and lower ends fixed to the case A side are provided, and two upper and lower supports 28 made of metal such as stainless steel are provided. The strips 7 fixed to the support columns 27 and both ends of the support members 28 are fixed to the end surfaces 3, 4 and 5 of the side glass panel P in series, and the glass surface is aligned vertically. The inward end surface 6 facing the building housing A side is substantially vertical and the outward end surface 4 facing the outside of the building housing A is substantially perpendicular to the outside from the building housing A side. It is supported on the building housing A side so as to extend in a substantially vertical direction in a protruding state.
Other configurations are the same as those of the first embodiment.

[Other Embodiments]
1. In the glass panel support structure according to the present invention, the glass panel may be supported on the housing side by inclining the glass surface at an arbitrary angle of less than 90 degrees with respect to the vertical.
In this case, 45 degrees or less, preferably 30 degrees or less, and more preferably 15 degrees or less with respect to the vertical.
2. In the glass panel support structure according to the present invention, a pressure contact member having one end fixed to the housing side is wound so as to be in pressure contact with the other end surface and the lower end surface of the glass panel, and then the upper side of the glass panel. The other end side may be fixed to the housing side without being wound around the end face.
That is, for example, in the first embodiment, the pressure contact member (strand body) 7 having one end fixed to the housing A side is pressed against the lower end surface 3 and the outward end surface 4 of the glass panel P. After being wound around, the other end side may be connected to the bay window roof material 2 side without being wrapped around the upper end surface 5 and fixed to the housing A side via the bay window roof material 2.
3. In the glass panel support structure according to the present invention, the pressure contact member may be formed of a metal frame such as stainless steel, and both ends thereof may be fixed to the housing side with a cable body such as a steel wire.
4). The glass panel support structure according to the present invention is composed of a chain-like or net-like rope, a fiber-like string-like rope, or a part of a metal rod or band made of stainless steel or the like. The pressure contact member may be constituted by a certain cable body.
5. The glass panel support structure according to the present invention may use pressure contact members having different materials and dimensional shapes along the longitudinal direction.
In this case, it is possible to appropriately select and use a cord body having a different material and dimension along the longitudinal direction so as to be easily deformed along the lower end surface and the other end surface of the glass panel.
6). The glass panel support structure according to the present invention may be provided with a pressure contact member capable of being pressed substantially in series along the longitudinal direction with respect to a part of the other end surface and the lower end surface of the glass panel.
7). The glass panel support structure according to the present invention is provided on the other side such as a glass panel in which the other side end surface and the lower side end surface are curved along its longitudinal direction, and a square glass panel in which corner portions are arranged in the vertical direction. Supports a glass panel in which the other end face or lower end face is formed in any shape along its longitudinal direction, such as a glass panel whose end face or lower end face is bent along its longitudinal direction. It may be.
8). The glass panel support structure according to the present invention has a cable body inserted into a groove formed along the longitudinal direction only on the end surface of the longitudinal end portion of the other end surface or lower end surface of the glass panel. It may be.
9. The glass panel support structure according to the present invention may be provided in order to support a plurality of glass panels side by side in a vertical orientation with the glass surface aligned in the vertical direction.
In this case, each of the upper and lower glass panels may be individually supported by the glass panel support structure according to the present invention, but the upper glass is sandwiched between the upper and lower adjacent glass panels. Position the panel so that external forces such as wind force acting on the glass panel and wind force are transmitted to the lower glass panel, and the horizontal position along the glass surface of each glass panel It is provided in such a way that it can be positioned by making contact with the housing separately, and it can be pressed in a series of lines along the longitudinal direction of the lower end surface of the lowermost glass panel and the other end surface of each glass panel. A pressing force is applied to each glass panel, and the supporting force capable of supporting each glass panel is the lowest. To act on the glass panel, and fixed to the skeleton side, a glass panel vertically adjacent may be integrally supported.
10. The glass panel support structure according to the present invention may support a side glass panel of a triangular bay window or a trapezoidal bay window on the housing side.
11. The glass panel support structure according to the present invention is a glass panel composed of a single plate such as tempered plate glass, semi-tempered plate glass, float plate glass, mold plate glass, netted plate glass, heat ray absorbing plate glass, heat ray reflecting plate glass, and plate glass subjected to various surface treatments. Or you may support the glass panel which consists of laminated glass and multilayer glass which are comprised combining these plate glass suitably.

Side view showing glass panel support structure Cross-sectional view of main parts showing glass panel support structure Side view of main parts showing glass panel support structure Cross-sectional view of main parts showing glass panel support structure The principal part side view which shows 2nd Embodiment Sectional drawing of the principal part showing a third embodiment Sectional drawing which shows the fourth embodiment Sectional drawing which shows the principal part which shows 5th Embodiment Sectional drawing which shows the sixth embodiment Sectional drawing which shows the seventh embodiment Sectional drawing which shows the principal part which shows 8th Embodiment Sectional drawing which shows the ninth embodiment Sectional drawing which shows the tenth embodiment Sectional drawing which shows the eleventh embodiment Cross-sectional view of the main part showing the twelfth embodiment The principal part side view which shows 13th Embodiment Illustration of prior art Illustration of prior art

Explanation of symbols

3 Lower end face 4 Other end face 6 One end face 7 Pressure contact member (strand body)
15 Groove A Housing F1 Pressing force F2 Supporting force P Glass panel

Claims (4)

A glass panel support structure in which the glass panel is supported on the housing side,
The position in the left-right direction along the glass surface of the glass panel is provided so that it can be positioned by contacting one side end face side facing the one of the left-right direction of the glass panel to the housing side,
A pressure contact member is provided that can be pressed in a series of substantially along the longitudinal direction with respect to the other side end surface and the lower side end surface facing the other in the left-right direction of the glass panel,
Fix both end portions of the pressure contact member to the housing side so that a pressing force for bringing the one end face side into contact with the housing side and a supporting force capable of supporting the glass panel act on the glass panel. A glass panel support structure.   The glass panel support structure according to claim 1, wherein the pressure contact member is configured by a flexible cable body.   The glass panel support structure according to claim 2, wherein the strip is inserted into a groove formed along the longitudinal direction of the other side end surface or the lower side end surface.   The glass panel support structure according to claim 2, wherein the strip is formed in a band shape and pressed against the other end face or the lower end face so as to wrap around the entire width.

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