JPH0128223Y2 - - Google Patents

Description

[Detailed Description of the Invention] [Industrial Application Field] The present invention relates to a mounting device for mounting a panel lattice on a bay window.

[Conventional technology]

Conventionally, a bay window has an upper frame and a lower frame for installing a horizontal sliding door between the corner mullions on the outside of the building. To install a fixed panel lattice, it is common to fix the upper and lower cross members of the panel lattice to the exterior side surfaces of the upper and lower frames of the bay window using fasteners such as screws, respectively.

In addition, as shown in Utility Model Application Publication No. 53-80247,
A receiving groove that opens upward is provided in the upper frame of the window frame, and an engaging part provided on the upper side of the upper horizontal member of the panel grid is engaged and supported by the receiving groove, and the upper side of the upper horizontal member is connected to the outside of the building of the upper frame. A screen lattice mounting device in which the bottom side of the lattice is brought into contact with the side surface and fastened with fasteners, and the lower side of the lower cross member of the lattice is brought into contact with the abutment part provided on the outside side of the building of the lower frame of the window frame and fastened with the fastener. There is.

[Problem that the invention attempts to solve]

In the typical installation of the conventional surface grid mentioned above,
During installation, the worker must support the entire weight of the heavy grid and tighten the fasteners.
There was a problem in that it was difficult to install by a human worker, and the installation required a great deal of effort.

In addition, in the face plate mounting device disclosed in Japanese Utility Model Publication No. 53-80247, when installing the face plate, the face grid is first lifted higher than the mounting position and then lowered, and the engaging portion provided on the upper side of the upper horizontal member is raised. It is necessary to engage and support the receiving groove provided in the frame, and the installation work is troublesome because the panel grid is not positioned in the direction of the inside and outside of the building when the panel grid starts lowering, and in cases where the panel grid is not installed. The problem with this was that the abutment part of the bottom frame was visible and looked unsightly.

The present invention solves the above-mentioned problems and makes it easier to install the panel grating, and since the panel grill is attached to the bay window as necessary for crime prevention, etc., when the panel panel is not installed. However, the object of the present invention is to provide a surface lattice mounting device for a bay window that does not make the appearance of the bay window unsightly and that hardly increases the cost of the bay window even if the surface lattice can be installed.

[Means for solving problems]

In order to achieve this purpose, the present invention is a bay window with an upper frame and a lower frame for installing a horizontal sliding door between the corner mullions on the outside of the building, and a large number of vertical members on the upper and lower horizontal members. In a bay window panel lattice mounting device for attaching a panel lattice to which a panel lattice is fixed, an engaging portion is formed on the lower surface of the lower frame of the bay window with a receiving groove that opens downward on the outside of the building; The protruding edge portion formed on the lower side of the material toward the inside of the building is inserted to be engaged and supported by the engaging portion, and the upper side formed on the lower cross member with a space above the lower side is inserted into the building of the lower frame. The lower side of the lower horizontal member is fastened from below to the outside part of the building from the engaging part of the bottom surface of the lower frame using a fastener, and the upper side is attached to the upper horizontal member of the panel lattice. It is brought into contact with the lower surface of the upper frame and fastened from below with a fastener.

[Effect]

In the present invention, the protruding edge provided on the lower side of the lower horizontal member of the panel lattice is inserted into the downwardly opening receiving groove provided on the lower surface of the lower frame of the bay window, and is engaged and supported by the engaging portion of the lower frame. , the weight of the surface lattice can be supported on the bay window when installing the surface lattice after the bay window is installed, and,
Position the lattice vertically and vertically by bringing the top edge of the lower cross member of the lattice into contact with the outside side of the building of the bottom frame of the bay window, and by bringing the top edge of the upper lattice into contact with the roofing material or the bottom surface of the top frame. Therefore, not only can the panel grid be installed accurately in these directions, but when installing the panel grid, all you have to do is move it diagonally upwards inside the building, and then lift the panel grid above the installation position. There is no need to lower the grid, and therefore the grid can be easily tightened and fixed using fasteners, resulting in good workability during installation. In addition, the bay window used in the present invention only requires an engaging part with a receiving groove formed in the lower frame, and there is almost no increase in cost due to installing a surface lattice. Since the lower side of the lower cross member is fastened to the bottom surface of the lower frame with a fastener, when using a bay window without installing a panel lattice, the receiving groove and the fastening part of the fastener are difficult to see, and the lower side of the upper cross member is Since the upper side is fastened to the roofing material or the bottom surface of the upper frame, the fastening parts of these fasteners are also located at a high place and difficult to see, so even if the grid is not installed, the engaging parts and fasteners can be easily seen. Due to the fastening parts such as screw receiving grooves, the appearance does not deteriorate even if the bay window is used without attaching a surface lattice.

〔Example〕

Hereinafter, one embodiment of the present invention will be described with reference to the drawings.

The bay window of this embodiment is an assembly type in which each member is manufactured in a factory, and as shown in Figs.
are arranged in a planar rectangular shape, an upper frame 3 and a lower frame 4 are constructed between the corner mullions 1 and 1, and between the corner mullions 1 and 1 and vertical frames 2 and 2 on the inside of the building, respectively. A lower sleeve frame 6 is installed. An upper frame 3 and a roof 7 are fixed, and a lower frame 4 and a lower sleeve frame 6 are fixed to a base plate 8. Mullions 9, 9 are erected between the upper frame 3 and the lower frame 4 near the corner mullions 1, 1. The base plate 8 protrudes from the roof 7 toward the inside of the building,
Between the base plate 8 and the roof 7, there is a top plate 10 close to the roof 7.
is installed. Between the corner mullions 1, 1 and the mullions 9, 9 and between the corner mullions 1, 1 and the vertical frames 2, 2, there are windows 11, 11 fitted on both sides and windows 12 fitted on the sleeves. , 12 are provided to constitute the corner outer wall board.

Article storage sections 13, 13 are provided inwardly between the corner mullions 1, 1 and the mullions 9, 9, respectively. In the article storage sections 13, 13, an outer wall plate is formed by the above-mentioned fitted windows 11, 11, 12, 12, a ceiling and a bottom are formed by the top plate 10 and the base plate 8, and furthermore, the mullions 9, 9 and these Side wall 1 installed between partition mullions 14, 14 installed inside the building
5 and 15, it is formed into a box shape that opens only to the inside of the building, and is provided with opening/closing doors 16 and 16 that cover the opening. It has one horizontal sliding window 17 with a width approximately equal to the interval between the mullions 9, 9, and this window 1
The upper and lower ends of 7 are fitted into the upper frame 3 and the lower frame 4, and the space between the corner mullions 1 and 1 is connected to the article storage parts 13 and 1.
It is provided so that it can be moved in a straight line including the roof side corresponding to 3, and a handle 1 is provided on both sides of the horizontal sliding window 17 inside the building.
8 and a crescent 19 are provided, respectively.

The bay window configured as described above has vertical frames 21 and 2 provided around the bay window opening 20 of the building.
1 and the horizontal members 22, 22 in an integrally assembled state.

Moreover, as shown in FIG.
A closing plate is fixed to the end of the roof member 3, and the upper frame 3 is fixed with screws to the lower surface of the tip of the roof material 23, and a screw receiving groove 23a is formed on the lower surface of the eaves on the tip side of the fixed portion. An engaging portion 4b is formed on the lower surface of the lower frame 4 and is provided with a receiving groove 4a that opens downward to the outside of the building, and a downwardly projecting portion 4d is located on the outside of the building from the engaging portion 4b on the lower surface of the lower frame 4. A screw receiving groove 4c is formed in.

As shown in FIGS. 6 and 7, the surface lattice 24 has a large number of vertical members 25 in the shape of approximately rectangular cylinders, upper and lower horizontal members 26, 2.
7 is fixed with rivets from the inside of the building. The upper horizontal member 26 has a vertical side 26a to which the vertical member 25 is fixed.
An upper side 26c is integrally formed with the upper side 26c which protrudes toward the inside of the building via the inclined portion 26b. The lower horizontal member 27 has an upper side 27b and a lower side 2 with mutual spacing in the vertical direction above and below the vertical side 27a to which the vertical member 25 is fixed.
7c are integrally formed so as to protrude inside the building. The upper side 27b is slightly bent downward at the end inside the building, and the lower side 27c is provided with a protruding edge 27d that protrudes from the upper side 27b toward the inside of the building. Further, an upper side 27 is formed on the lower surface of the lower side 27c.
A water-cutting ridge 27e projecting downward is formed at a position substantially opposite to the end of b.

To attach the panel lattice 24 configured as described above after installing the bay window, move the panel lattice 24 from the outside of the building toward the inside of the building diagonally upward, and then move the protruding edge 27d provided on the lower side 27c of the lower cross member 27. The protruding edge 27 is inserted into the receiving groove 4a provided in the lower frame 4 of the bay window.
d is engaged and supported by the engaging portion 4b of the lower frame 4, and the upper side 27b of the lower cross member 27 is brought into contact with the outside side of the building of the lower frame 4. In addition, in this case, the surface lattice 24 is
The upper side 26c of the roof material 23 is prevented from being lifted too much by contacting the lower surface of the roof material 23, and the upper side 26c
By contacting the side surface of the upper frame 3 outside the building, the position of the upper part of the grid 24 in the direction inside and outside the building is also regulated. In this way, the surface grid 24 is positioned vertically, and in this state, the upper side 26c of the upper horizontal member 26 is tightened into the screw receiving groove 23a of the roofing material 23 with the screws 28, which are fasteners, and the lower side of the lower horizontal member 27 is tightened. 27c into the screw receiving grooves 4c of the lower frame 4 with the screws 29, the surface lattice 24 is fixed to the roofing material 23 and the lower frame 4.

In addition, in FIG. 7, 30 is an upper frame fixed to the lower part of the base end of the roof material 23 via a connecting rod 31;
is a parting edge fixed to the middle lower surface of the main plate 8, 33
is a screen door placed on the outside of the building from the mounting part of the horizontal sliding window 17.

As described above, in this embodiment, the protruding edge 27d provided on the lower side 27c of the lower cross member 27 of the face lattice 24 is inserted into the receiving groove 4a formed on the lower surface of the lower frame 4 of the bay window. The portion 27d is connected to the engaging portion 4b of the lower frame 4.
With the weight of the panel lattice 24 supported by the lower frame 4 of the bay window, the upper and lower cross members 2 of the panel lattice 24 are engaged and supported.
6 and 27 can be tightened to the upper and lower frames 3 and 4 of the bay window using fasteners such as screws 28 and 29,
The surface grid 24 can be easily attached with less effort than in the past. In addition, when installing the panel lattice 24, the upper side 27b of the lower horizontal member 27 is attached to the lower frame 4 of the bay window.
The upper side 26 of the upper horizontal member 26 is brought into contact with the outside side of the building.
By bringing c into contact with the lower surface of the roofing material 23, the surface lattice 24 can be positioned vertically and in the up-down direction, which also facilitates the installation work. Further, a water-cutting protrusion 27e is provided on the lower side 27c of the lower horizontal member 27 of the surface lattice 24, and this protrusion 27e
screws 29 and protruding edge 2 for fixing c to the lower frame 4
7d covers the portion that engages with the engaging portion 4b, giving it a good appearance. Moreover, even when using the surface grid 24 without attaching it, the receiving groove 4a of the engaging part 4b is open downward on the outside of the building of the lower frame 4, and the screw receiving groove is provided on the outside of the building of the engaging part 4b. 4c is also open on the lower surface and is difficult to see, and a protrusion 4d forming this screw receiving groove 4c is formed to hide the engaging part 4b, and the screw receiving groove 23a of the roof material 23 is located at a high place and is difficult to see, so it is difficult to see. Good.

On the bay window side, the surface lattice 24 can be installed as described above by simply providing the engaging portion 4b and the screw receiving groove 4c in the lower frame 4, and providing the screw receiving groove 23a in the roofing material 23. The structure is rarely complicated and costs are rarely increased due to installation.

In addition, in the present invention, the bay window is not limited to the one in the above-mentioned embodiment, but can be modified as appropriate, such as one without a storage section and a horizontal sliding door installed between the upper and lower frames. The upper surface of the upper cross member may be brought into contact with the lower surface of the upper frame instead of the roofing material, and may be fixed with fasteners.

(Effect of the invention) As explained above, in the present invention, the protruding edge provided on the lower side of the lower horizontal member of the panel lattice is inserted into the receiving groove opening downward provided on the lower surface of the lower frame of the bay window. Since the lattice is engaged and supported by the engaging part of the lattice, the weight of the lattice can be supported by the bay window when installing the lattice after the bay window has been installed. By making the frame contact the outside side of the building and the upper side of the upper cross member contacting the roofing material or the bottom surface of the upper frame, the grid can be positioned vertically and vertically, so when installing the grid, the grid can be placed against the building. It is only necessary to move it diagonally upward inward, and there is no need to lift the panel lattice above the installation position. Therefore, it is easy to tighten and fix the panel lattice to the bay window using fasteners such as screws, and when installing Good workability. In addition, the bay window used in the present invention requires only an engagement part with a receiving groove formed in the lower frame, and there is almost no increase in cost due to the installation of a surface lattice. Since the lower side of the lower cross member is fastened to the bottom surface of the bottom frame with fasteners, when using a bay window without installing a panel lattice, the fastening parts of fasteners such as the receiving groove and screw receiving groove are difficult to see. , the upper side of the upper horizontal member is fastened to the roofing material or the upper surface of the upper frame using fasteners, so if the fastening parts such as screw receiving grooves are located at a high place and difficult to see, it is difficult to install a surface grid. Also, there is an effect that the appearance is not made bad by the engaging portion or the fastening portion of the fastener.

[Brief explanation of the drawing]

The drawings show an embodiment of the present invention, in which Fig. 1 is a schematic front view of the bay window, Fig. 2 is a sectional view of the same side, Fig. 3 is a side view of the same, Fig. 4 is a rear view of the same, and Fig. 6 is a front view of the grid, and FIG. 7 is a side sectional view. 1... corner mullion, 3... upper frame, 4... lower frame, 4a... receiving groove, 4b... engaging part, 4c... screw receiving groove, 4d... protruding part, 7... roof , 17...
Horizontal sliding window, 22... Roofing material, 23a... Screw receiving groove, 24... Surface lattice, 25... Vertical member, 26... Upper horizontal member, 26c... Upper side, 27... Lower horizontal member, 27b
...Top side, 27c...Bottom side, 27d...Protruding edge, 27e...Mizukiri protrusion, 28, 29...Bis (fastener).

Claims (1)

[Scope of Claim for Utility Model Registration] (1) A bay window with an upper frame and a lower frame for attaching a horizontal sliding door is installed between the corner mullions on the outside of the building, and a large number of vertical members are installed on the upper and lower horizontal members. In a bay window panel lattice mounting device for attaching a fixed panel lattice, an engaging portion is formed on the lower surface of the lower frame of the bay window, and a receiving groove is formed with a receiving groove that opens downward on the outside of the building, and a lower horizontal member of the panel lattice is attached to the receiving groove. Insert a protruding edge formed on the lower side of the building to the inside of the building to engage and support the engaging portion,
and the upper side formed on the lower horizontal member with a space above the lower side is brought into contact with the building exterior side surface of the lower frame, and the lower side of the lower horizontal member is brought into contact with the building exterior side part from the engagement portion of the lower surface of the lower frame. A bay window panel lattice attachment device characterized in that the panel lattice is fastened from below with a fastener, and the upper side of the upper horizontal member of the panel lattice is brought into contact with the lower surface of the roofing material or upper frame of the bay window, and the panel lattice is fastened from below with the fastener. (2) A bay window as described in Paragraph 1 of the Claims for Utility Model Registration, in which the lower side of the lower horizontal member of the panel lattice has a water-cutting strip located on the outside of the building that projects downward from the joint between this lower side and the lower frame. surface grid mounting device. (3) The lower surface of the lower frame of the bay window and the lower surface of the eaves of the roofing material are provided with receiving grooves for screws that are fasteners for the lower and upper horizontal members of the panel grid. The bay window panel lattice mounting device described in item 1 or 2.