JPH0425375B2 - - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION Field of Industrial Application The present invention relates to a skylight frame in a roof.

BACKGROUND OF THE INVENTION Conventional roof-mounted skylight frames are troublesome and unreliable to attach to the roof, cannot be adjusted due to errors, and cannot be easily removed.

Problems to be Solved by the Invention The purpose of the present invention is to solve the above-mentioned drawbacks, to ensure that the installation on the roof is reliable and painless, to allow adjustment and installation due to errors, and to allow easy removal. The purpose of the present invention is to provide a skylight frame for a roof.

Means for Solving the Problems The skylight frame in the roof of the present invention is provided with a hanging leg piece at the lower part and an overhanging fitting part that overhangs on one side, and on the lower surface of the end of the overhanging fitting part. There are two vertical beams that form part adjustment mounting parts, and a supporting leg piece is provided at the bottom.
It consists of a lower sill that extends to the eaves side and is provided with an engaging drain, and an upper sill that has a supporting leg piece at the bottom and an overhanging engagement surface that extends to the ridge side. A rising water return engagement wall is provided on the upper surface of the eaves, and the tip of the protruding engagement surface is folded back toward the eaves side to form a fitting convex portion.

Embodiments Hereinafter, embodiments of the present invention will be described in detail based on the drawings.

Fig. 1 shows a perspective view of a completed roof with a skylight installed, A is a sliding connecting member, B is a metal roof plate attached between these sliding connecting members A, A,
A′ is the side sliding connection material, and this side sliding connection material
The metal roof B is not attached to one side of A', and a side reinforcing member (not shown) is attached. D is a sliding connecting material cover, D' is a side sliding connecting material cover, E is a decorative cap, and F is a side lower corner decorative cover. G
is the eave support material, H is the skylight, K is the skylight frame, I is the ridge cap, L is the tomoe cap, M is the ridge sliding connection fitting, N is the sliding connection material, S is the ridge top connection cover, 4 is the eave edge The decorative reinforcing plate 19 is a side removable cover attached to a side reinforcing member (not shown).

Figure 2a is Figure 1A of the skylight H installed on the roof.
-A cross-sectional view is shown. Reference numeral 1 denotes a rafter, on which a roofing board 2 is placed, and on the roofing board 2, waterproof paper 3 is placed.
As shown in Figure 2b, on the waterproof paper 3, a plurality of beams 5 are arranged in parallel from the eaves to the ridge, and on top of this, the eaves and ridges excluding the skylight H are placed. A metal roof plate B is attached between the metal roof plates B, and a heat insulating material 7 (glass wool, foamed resin, etc.) is filled between each of the timbers 5 on the underside of the metal roof plate B to form a base.

The metal roof plate B has engagement waterproof walls 12 bent upward on both sides, and a waterproof wall 13 is formed parallel to and at a distance from the outside of the engagement waterproof wall 12. are fitted into one of the first mounting adjustment parts 58 of the sliding connection material A, and the waterproof wall 13 is fitted into the second mounting adjustment part 59 of the sliding connection material A, so that they are successively connected in the lateral direction. Ru.

K is a skylight frame installed between sliding connecting members A, A, a glass plate 68 is fitted and attached, supported by a skylight reception stand U, and vertical beams 6 provided on both sides of the skylight frame
The overhanging fitting part 70 of No. 5 is engaged with the sliding connecting material cover D and is supported on the sliding connecting material A by the skylight frame mounting member 80 using the side adjustment mounting part 71. In the skylight reception stand U, the lower vertical part 24 of the side frame 20 is connected to the side engagement plate 8 provided on the side of the rafter 1 and the roof board 2.
and the side supporting member 9 provided on the side of the heat insulating material 7, and the waterproof wall 25 formed on the side frame 20 is fitted into the other first attachment adjustment portion 58 of the sliding connecting member A. be done.

Reference numeral 16 denotes an opening/closing plate for blocking light from the skylight H provided at the bottom of the skylight reception desk U;
7, the sliding wheel 17 is engaged with a guide rail 18 provided long in the lateral direction, and the opening/closing plate 16 is attached to be slidable in the direction of arrow a.

Reference numeral 77 denotes a water return engagement wall formed on the upper edge of the skylight frame K.

Figure 2b is Figure 1B of the skylight H installed on the roof.
-B cross-sectional view is shown, the metal roof plate B on the eaves side has a water return wall 14 with the other end on the ridge side bent upward, and the metal roof plate B installed below the ridge cap I has one end on the eave side bent downward. An engagement drain portion 15 is provided which is bent to engage with the timber 5, and the water return wall 14 is fitted into an engagement adjustment mounting portion 34 formed on the lower frame 21 of the skylight reception table U, and the engagement drain portion The part 15 is engaged with the timber 5 and the metal roof plate B
is installed between the eaves and the ridge except for the skylight H, and as shown in Fig. 10, the metal roof plate B and the upper sill 67 of the skylight frame K, which are laid on the ridge side from the skylight H, are installed at the edge closer to the ridge. The upper part is covered by the ridge I.

10 is the lower vertical part 2 of the lower frame 21 of the skylight reception desk U
9 and the lower vertical portion 38 of the upper frame 22, and is provided at the end of the field board 2 at the bottom of the timber 5, and the engagement plate 10 is attached to the fixed timber 11 with nails or the like. . Reference numeral 74 designates an engaging water cutout formed on the lower ledge 66 of the skylight frame K, and 76 represents an overhanging engagement surface formed on the upper ledge 67 of the skylight frame K. On the upper surface near the center thereof, there is a raised engagement waterproofing surface. A wall 77 is formed, and the tip of the protruding engagement surface 76 is bent upward toward the eaves side to form a fitting convex portion 78 that curves convexly toward the ridge side, and the skylight reception desk U
A skylight frame attachment member 80 is engaged using the ridge adjustment attachment portion 40 of the. The opening/closing plate 16 has sliding wheels 17, 17 rotatably attached to both ends, and the sliding wheels 17, 17 connect guide rails 18, 18 provided at both ends.
is engaged with.

Next, the skylight reception desk U will be explained.

As shown in Fig. 3, the skylight reception desk U is a hollow frame body, and is composed of two side frames 20, 20, a lower frame 21, and an upper frame 22, and the side frame 20 is also shown in Fig. 2a. As shown, the upper horizontal part 23 and the lower vertical part 2
4, a waterproof wall 25 having a water section 25a at the upper end is provided on the upper outer edge of the upper horizontal portion 23, and a locking piece 26 is provided on the upper inner edge to secure the hanging leg piece 69 of the skylight frame K. A drain groove 27 is formed to serve as a support groove. As shown in FIG. 2b, the lower frame 21 of the skylight reception desk U is composed of an upper horizontal part 28 and a lower vertical part 29. 6 below the skylight frame K
A rising protruding wall 31 having two engaging pieces 30 (Fig. 8a) into which 6 is fitted is provided, and a waterproof leg piece 33 hanging downward from the outer end of the upper engaging piece 32 extending at right angles to the upper part is provided. to form an engagement adjustment mounting portion 34;
A locking piece 35 is provided at the upper part of the other inner end edge of the upper horizontal part 28 near the ridge to form a drainage groove 36 which serves as a support groove for a supporting leg piece 73 provided on the lower leg 66 of the skylight frame K. The upper frame 22 also has an upper horizontal part 37 and a lower vertical part 38, and a locking piece 39 is provided at the upper part of one inner edge near the eaves, and a locking piece 39 is provided at the upper part of the other outer edge near the ridge. Waterproof wall 41 having a section adjustment mounting section 40
is provided to form a drainage groove 42 that serves as a support groove for the support leg piece 75 provided on the upper frame 67 of the skylight frame K, and the inner side of the lower vertical portion 29 of the lower frame 21 and the lower vertical portion 38 of the upper frame 22. are each provided with a screw engagement piece 44 having a mounting groove 43 formed therein, and the waterproof wall 41 corresponding to the ridge adjustment mounting portion 40 is provided with a mounting hole (not shown) into which a fixing bolt is inserted.

The side frame 20 is attached to the lower frame 21 and the upper frame 2 using screws etc.
The lower frame 21 and the upper frame 22 are attached to the side frame 20 using screws 45 to form a skylight reception desk U.

Next, the skylight reception table U can be attached to the base by fitting the skylight reception table U into the skylight reception table fitting part 46 formed on the base from above, to the lower part of the side frame 20 of the skylight reception table U. The vertical part 24 is supported by the side engagement plate 8 , the lower surface of the upper horizontal part 23 is supported by the side support tree 9 , and the lower vertical part 29 of the lower frame 21
The lower vertical portion 38 of the upper frame 22 is supported by the engagement plate 10, and the lower surface of the upper horizontal portion 28 of the lower frame 21 and the lower surface of the upper horizontal portion 37 of the upper frame 22 are
After the water return wall 14 of the metal roof board B is engaged with the engagement adjustment attachment portion 34 supported above and formed on the lower frame 21, and the skylight reception stand U is fitted and attached to the base,
The waterproof wall 25 of the side frame 20 is the first part of the sliding connecting material A.
The engagement waterproof wall 12 of the metal roof board B is fitted into the first installation adjustment part 58 of the sliding connection material A, and the waterproof wall 13 of the metal roof board B is fitted into the installation adjustment part 58.
This is done by fitting the sliding connecting material A onto the base using a sliding connecting material fixing fitting (not shown) so that the sliding connecting material A is fitted into the second attachment adjustment portion 59 of the sliding connecting material A.

FIG. 4 is a cross-sectional view of the main part showing how the skylight frame K is attached to the side.

U is a skylight reception desk, the lower vertical part 24 of the side frame 20 is supported by the side engagement plate 8 and the side support tree 9, and a part of the upper horizontal part 23 of the side frame 20 is supported by the side support. It is supported by tree 9. A is first
With the sliding connecting member formed with the attachment adjustment part 58 and the second attachment adjustment part 59, the engaging waterproof wall 12 of the metal roof plate B on the heat insulating material 7 is fitted into one of the first attachment adjustment parts 58, and the above-mentioned The waterproof wall 13 of the metal roof plate B is fitted into the second attachment adjustment part 59, and the side frame 2 of the skylight reception stand U is fitted.
The waterproof wall 25 provided at 0 is connected to the other first mounting adjustment section 5
8 is fitted.

D is a sliding connecting material cover fitted to the upper part of the sliding connecting material A, K is a skylight frame, and a hanging leg piece 69 formed on the vertical frame 65 is supported by the drain groove 27 of the skylight reception stand U. An overhanging fitting portion 70 provided on the vertical arm 65
is fitted into the sliding connecting material cover D, and is attached using the side adjusting attachment portion 71 with the skylight frame attachment fitting 80.

A is a sliding connecting member, which has a main body 50 with a substantially H-shaped cross section as shown in FIG. , an external waterproof leg piece 54 that hangs downward from slightly inside the outer edge of the upper piece 53 that extends at right angles to the upper part of the main body 51, and the leg of the H-shaped main body 50 is used as an internal waterproof leg piece 55, and is connected. The material body fixing leg piece 52 is configured to be slightly longer than the outer waterproof leg piece 54 and the inner waterproof leg piece 55, and its tip is located at a lower position. Fitting convex portions 57 into which the fitting concave portions 60 of the hanging leg pieces 61 of the sliding connecting material cover D fit are respectively formed inside both sides of the upper concave portion 56 of the main body 50.
is formed, and the engaging waterproof wall 1 of the metal roof plate B is formed between the external waterproof leg piece 54 and the internal waterproof leg piece 55.
2 is fitted with a waterproof first mounting adjustment part 58,
The space between the internal waterproof leg piece 55 and the connection material main body fixing leg piece 52 is a waterproof second attachment adjustment part 59 into which the waterproof wall 13 of the metal roof board B is fitted, and the sliding connection material A is connected to the rafter. 1, the first mounting adjustment part 58 is attached to the metal roof plate B so as to be slidable in the longitudinal direction against thermal expansion by a sliding connecting member mounting bracket (not shown) that is engaged with each of the roof panels 5. The second attachment adjustment part 59 fits the waterproof wall 12 of the metal roof board B, and the other first attachment adjustment part 58 fits the waterproof wall 12 on the side frame 20 of the skylight reception desk U. 25, it is possible to adjust the field width error.

As shown in FIG. 5b, the sliding connecting material cover D covers the upper open part of the sliding connecting material A, and has fitting convexes provided on both inner sides of the upper recess 56 of the sliding connecting material A on the lower surface of the main body. There are two hanging leg pieces 61 each having a fitting recess 60 that fits into the part 57, and engaging pieces 6 on both sides of the lower surface of the main body.
2 will be provided.

The sliding connecting material cover D is attached to the sliding connecting material A by pressing the hanging leg piece 61 of the sliding connecting material cover D into the upper recess 56 of the sliding connecting material A from above. The fitting concave portion 60 of the piece 61 fits into the fitting convex portion 57 of the sliding connecting member A, and the engaging piece 62 fits both sides of the upper piece 53 of the sliding connecting member A.

Next, the skylight frame K will be explained.

The skylight frame K is composed of two vertical beams 65, 65, a lower beam 66, and an upper beam 67. The vertical beam 65 is made of extruded material, and has a fitting part on the inside into which a glass plate 68 is fitted, and a hanging leg piece 6 at the bottom, as shown in FIG. 6a.
9, and provided with an overhanging fitting part 70 that overhangs on both sides and fits into the main body of the sliding connecting material cover D, and a side adjustment attachment part 71 is formed on the lower surface of the end of the overhanging fitting part 70. A bolt insertion hole (not shown) is formed in the side wall of the side adjustment mounting portion 71.

As shown in FIG. 6b, the lower leg 66 of the skylight frame K forms a fitting part into which a glass plate 68 is fitted on the inside, and engages with an engagement piece 30 formed on the lower frame 21 of the skylight reception table U on the outside. A supporting leg piece 73 is provided at the lower part, and an engaging drainer 74 is provided that protrudes toward the eaves side and engages with the engaging upper piece 32 of the lower frame 21,
A fitting part for fitting a glass plate 68 is formed on the inside of the upper beam 67, a support leg piece 75 is provided at the lower part, and a protruding engagement surface 76 is provided that protrudes toward the ridge side.
A rising water return engagement wall 77 having a water return 77a formed at the upper end is provided near the center of the projecting engagement surface 7.
A fitting convex portion 78 is provided by bending the end portion of 6 toward the eaves. 79 is a notch provided in the water return engagement wall 77.

Next, installation of the skylight frame K will be explained.

The side portion of the skylight frame K is attached using a skylight frame attachment member 80. The skylight frame mounting member 80 is
As shown in FIG. 7, a fixing bolt 81, a nut 82 screwed onto the fixing bolt 81, an adjustment mounting member 84 having a bolt mounting hole 83 into which the fixing bolt 81 is screwed, and a fixing bolt 81 are provided. and an abutment plate 86 having a mounting hole 85 into which the tip of the window 81 fits, and the adjustment mounting plate 84 is fitted into a side adjustment mounting portion 71 formed in the side beam 65 of the skylight frame K.
The contact plate 86 is the external waterproof leg piece 5 of the sliding connection material A.
4.

Next, the ridge of the skylight frame K is attached to the skylight reception stand U in the order shown in FIGS. 8a to 8c.

As shown in FIG. 8a, the skylight frame K is first engaged with the support leg piece 73 provided on the lower sill 66 of the skylight frame K on the drain groove 36 formed on the lower frame 21 of the skylight reception table U. The support leg piece 75 provided on the upper beam 67 is positioned above the skylight reception desk U so that it is engaged with the drain groove 42 formed in the upper frame 22 of the skylight reception desk U.

Then, due to the inclination of the roof, the skylight frame K moves over the skylight reception stand U toward the eaves, and the protrusion 72 of the lower beam 66 is engaged with the engagement piece 30 of the lower frame 21 of the skylight reception stand U. Ru.

Then, as shown in Figure 8b, the skylight reception desk U
The adjustment mounting member 84 is fitted into the ridge adjustment mounting portion 40 formed on the upper frame 22, and the fixing bolt 81 with the nut 82 screwed in advance is attached to the waterproof wall 4 of the upper frame 22.
1 is screwed into the bolt mounting hole 83 of the adjustment mounting member 84, and the tip of the fixing bolt 81 is inserted into the mounting hole 85 of the contact plate 86.
The abutting plate 86 is in contact with the fixing bolt 81.
After attaching the skylight frame K to the side edge of the skylight frame K, place the skylight frame K on the skylight reception stand U, and as shown in FIG. The side of the upper deck 67 is attached to the lower frame 21 of the skylight reception desk U.
By pressing to the side, the lower leg 6 of the skylight frame K
The two protrusions 72 formed in the skylight reception table U
Engagement piece 3 of the rising projecting wall 31 formed on the lower frame 21 of
0.

Next, side attachment of the skylight frame K will be explained.

As shown in FIG. 4, the adjustment attachment member 84 is fitted into the side adjustment attachment portion 71 of the skylight frame K, and the fixing bolt 81 with the nut 82 screwed in advance is attached to the side wall of the side adjustment attachment portion 71. After screwing into the bolt mounting hole 83 of the adjustment mounting member 84 using the formed bolt insertion hole (not shown), the vertical frame 6 of the skylight frame K is screwed.
5 is engaged with the sliding connecting material cover D, and the tip of the fixing bolt 81 is brought into contact with the mounting hole 85 of the abutting plate 86, so that the abutting plate 86 is attached to the fixing bolt. 81, rotate the fixing bolt 81 to press the abutment plate 86 against the sides of the external waterproof leg piece 54 of the sliding connection member A from both sides, and rotate the nut 82. The side portion of the skylight frame K is attached between the sliding connecting members A and A by tightening it to the side wall of the side adjusting attachment portion 1.

Next, the attachment of the skylight frame K to the ridge will be explained.

FIG. 9 is a perspective view of the main parts showing the attachment of the skylight frame K to the ridge, where P is a ridge fixing metal fitting, which is formed at one end of the flat part at the end of the protruding engagement surface 76 of the skylight frame K. A fitting recess 87 that hooks and engages with the fitting protrusion 78 is provided on the sliding connecting material cover D, using the engaging pieces 62 provided on both sides of the sliding connecting material cover D. Then, attach the ridge crown sliding connection fitting M so that it can slide freely.

Then, as shown in FIG. 10, the fitting concave portion 87 of the ridge fixing metal fitting P is hooked onto the fitting convex portion 78 of the protruding engagement surface 76 whose both sides are placed on the sliding connecting material cover D. , the ridge fixing fitting P is placed on the upper surface of the sliding connecting material cover D, and the ridge crown sliding attached to the sliding connecting material cover D is placed on the flat surface of the placed ridge fixing fitting P. The rear ridge crown I has the connecting fitting M slidably moved to cover and engage with the upper part of the flat part of the ridge fixing fitting P, and the upper beam 67 of the skylight frame K is fixed to the sliding connecting material cover D. The installation is carried out, and the ridge of the upper ridge 67 of the skylight frame K is covered with the end upper ridge cap I. The skylight frame K has a side adjustment mounting portion 7 formed on the vertical beam 65.
1 and the nut 82 of the skylight frame mounting member 80 from the ridge adjustment mounting portion 40 formed on the upper frame 22 of the skylight reception stand U.
After loosening and rotating the fixing bolt 81, the skylight reception stand U can be easily removed by lifting it upward.

The ridge cap I is a member that constitutes a ridge structure by being placed on the upper surface of the end in the ridge direction of parallel sliding connecting members.A mounting groove 90 with a U-shaped cross section is formed at the lower side of the main body, and a mounting groove 90 is formed in the lower part of the side surface of the main body. The sliding connecting member N is installed in the U-shaped cross-sectional mounting groove 90 of the ridge cap I such that the water return engagement wall 77 formed on the upper leg 67 of the skylight frame K is located on the inside side of the ridge cap I. by hooking the engaging portion 91 of the sliding connecting member N, and slidingly moving the ridge sliding connecting fitting M attached to the sliding connecting member cover D to the flat surface of the sliding connecting member N, is covered and fixed by fitting and engaging.

Reference numeral 95 denotes a door plate installed between the sliding connecting members A and A on the inside side of the ridge crown I, and has a normal waterproof structure, and is attached to the sliding connecting member cover D by the mounting adjustment plate 96.
It is installed so that it can be adjusted.

FIG. 11 shows another embodiment of the present invention, in which when the field width of the roof is long, the upper side of the skylight frame K is attached by a skylight auxiliary cover V, and the skylight of the skylight frame K is The attachment to the reception desk U and the attachment to the side portion of the skylight frame K are exactly the same as those in the embodiment shown in FIG. 1, so a description thereof will be omitted.

Next, the skylight auxiliary cover V will be explained.

The skylight auxiliary cover V is, as shown in Fig. 12,
Side plates 101, 101 each having an engaging piece 100 formed inside the lower end are provided on both sides of the flat body, and a mounting hole 102 is formed near the eaves of the side plate 101.
A mounting hole (not shown) is formed near the ridge of the side plate 101, a bent engagement drain 103 is provided below on the eaves side of the flat body, and a rising water return is provided on the ridge side of the flat body. A joining wall 104 is provided. As shown in FIG. 13a, on the lower surface of the plane main body of the skylight auxiliary cover V, a skylight frame engagement fitting 105 is integrally attached near the eaves, and a cover attachment fitting 106 is attached to the ridge side, so that the skylight A support stand 107 is integrally attached between the frame engagement fitting 105 and the cover mounting fitting 106. The skylight frame engagement fitting 105 has a hanging water cutout 108 at the end of the eave side of the main body.
An engagement piece 109 is provided on the lower central surface of the main body at a position abutting the attachment hole 102 of the side plate 101 and into which the engagement convex portion 78 of the skylight frame K is fitted laterally. The cover mounting bracket 106 consists of an upper horizontal part 110 and a lower protruding part 111, and the skylight auxiliary cover is attached to the ridge side end of the upper horizontal part 110 that comes into contact with the lower surface of the flat body of the skylight auxiliary cover V. A rising fitting waterproof wall 112 that fits into the water return engagement wall 104 of V is formed, and a raised fitting waterproof wall 112 is formed on the ridge side end of the lower overhanging protrusion 111 placed on the sliding connecting material cover D. A bent hook part 113 is formed, and a screw mounting groove 114 is formed between the upper horizontal part 110 and the lower protruding part 111.

Next, as shown in FIG. 12, FIG. 13a, and FIG. 13b, the support stand 107 is provided with support leg pieces 115, 115 at the bottom of both sides of the plane part that abuts the lower surface of the plane part main body of the skylight auxiliary cover V, An engaging surface 117 is formed on the side of the one support leg piece 115 and extends at right angles via a stepped portion 116 .
An auxiliary leg piece 118 that hangs downward is provided at the 7th end, and the engaging surface 117 has a part on the main body ridge side of the skylight frame engaging fitting 105 and a part on the eaves side of the upper horizontal part 110 of the cover mounting bracket 106. The parts are engaged with each other and are integrally attached to both sides of the lower surface of the plane part main body of the skylight auxiliary cover V, thereby reinforcing both sides of the skylight auxiliary cover V.

The cover mounting bracket 106 is attached to the skylight auxiliary cover V by fitting the upper end curved portion 112 of the cover mounting bracket 106 into the fitting waterproof wall to the water return engagement wall 104 of the skylight auxiliary cover V, and then attaching the upper horizontal Part 11
0, a part of which is on the eaves side is the engagement surface 11 of the support base 107
After the cover mounting bracket 106 is fitted and engaged with the ridge side of the natural auxiliary cover V, the ridge of the side plate 101 By screwing the screw 120 into the screw mounting groove 114 of the cover mounting bracket 106 through the washer 119 using a mounting hole (not shown) formed on the side, the lower protrusion 11 is fixed.
1 is extended toward the ridge side, and the cover mounting bracket 106 is fixed to the ridge side of the skylight auxiliary cover V. Between the support base 107 and the lower protrusion 111 of the cover mounting bracket 106 and the engagement piece 100, there is a fitting recess 121 that fits into the side adjustment fitting portion 71 formed on the vertical beam 65 of the skylight frame K. is formed (Figure 13b).

A decorative mounting bolt 12 shown in FIG. 14 is inserted into the mounting hole 102 formed in the side plate 101 of the skylight auxiliary cover V.
2 is a fitting convex portion 78 formed on the upper arm 67 of the skylight frame K that fits into the engagement piece 109 of the natural frame engagement metal fitting 105
A nut 123 is screwed onto the decorative mounting bolt 122.

Next, the attachment of the skylight frame K to the ridge using the skylight auxiliary cover V will be explained.

As shown in FIG. 15, the skylight frame K is
A water return engagement wall 77' is provided in which the water return engagement wall 77 shown in FIG. 10 formed on the projecting engagement surface 76 of FIG. A fitting convex portion 78 provided at the end of the skylight auxiliary cover V is configured to fit with an engaging piece 109 of a skylight frame engagement fitting 105 integrally provided on the lower surface of the flat body of the skylight auxiliary cover V, and the fitting convex portion 78 The portion 78 is engaged with the cosmetic mounting bolt 122.

Then, the skylight auxiliary cover V is attached by using the ridge adjustment attachment part 40 provided on the upper frame 22 of the skylight reception table U to the side part of the upper beam 67 of the skylight frame K, and is attached by the skylight frame attachment member 80. Rear, skylight auxiliary cover V
The engagement drainer 103 is located on the protruding engagement surface 76,
The water return engagement wall 77' of the skylight frame K connects the engagement water cutout 103 with the hanging water section 10 of the skylight frame engagement fitting 105.
8, and the supporting base 10 of the skylight auxiliary cover V is placed on the sliding connecting material cover D so as to be located between the
7 is placed on the sliding connecting material cover D, and the engaging piece 109 of the skylight frame engaging fitting 105 and the fitting protrusion 78 of the skylight frame K are fitted into the mounting hole 102 provided in the side plate 101. By inserting the decorative mounting bolt 122 and screwing the nut 123, the fitting protrusion 7
8 engages with the decorative mounting bolt 122 and is formed on the lower protrusion 111 of the cover mounting bracket 106 attached to the ridge of the skylight auxiliary cover V placed on the sliding connection material cover D. The engaging portion 91 of the sliding connecting member N is hooked on the portion 113, and the ridge sliding connecting fitting M attached to the sliding connecting member cover D is slid onto the flat part of the sliding connecting member N. Sliding connection material N
After fixing by covering the upper part of the flat part of
The ridge cap I is connected to the ridge cap sliding connecting fitting M and the sliding connecting member N in the same manner as shown in FIG. Fix it by.

As shown in FIG. 16, the skylight frame auxiliary cover V is reinforced by supporting bases 107 integrally attached to both sides of the lower surface of the flat part main body placed on the sliding connecting material cover D, and reinforced on both sides. The water return engagement wall 104 is fitted into the fitting waterproof wall 112 of the cover mounting bracket 106 to reinforce the ridge, and the lower protrusion 111 of the support base 107 or the cover mounting bracket 106 and the engagement piece 100 The fitting recess 121 formed between the skylight frame K is fitted into the side adjustment attachment part 71 formed on the vertical beam 65 of the skylight frame K, thereby creating a wind pressure reinforced structure.

Therefore, in the skylight frame K, the vertical beam 65 and the side portions of the upper beam 67 are attached by the skylight frame attachment member 80, and the fitting convex portion 7 of the protruding engagement surface 76 formed on the upper beam 67 is attached to the skylight frame K.
8 is securely attached to the sliding connecting material cover D via the ridge fixing fitting P or the skylight auxiliary cover V,
Adjustment and installation due to errors can be made using the side adjustment attachment portion 71 of the skylight frame K or the ridge adjustment attachment portion 40 of the skylight reception stand U, and a water return engagement wall 77 is provided on the protruding engagement surface 76. This makes it a waterproof structure that also serves as a door panel.

Note that the skylight frame K and the sliding connecting material A are made of metal such as aluminum alloy, synthetic resin, or the like.

Effects of the Invention As described above, according to the roof skylight frame of the present invention, a hanging leg piece is provided at the bottom of the vertical beam, and supporting leg pieces are provided at the bottom of the lower beam and the upper beam, respectively.
The hanging leg piece and the support leg piece are supported in a drainage groove formed around the skylight reception stand, and the lower leg is engaged with the fitting recess of the skylight frame reception stand using the skylight frame load due to the slope of the roof; Next, push the side part of the upper beam with the bolt of the ridge adjustment attachment part of the skylight reception stand to further fix the lower beam to the fitting recess of the skylight reception stand, and fit it into the sliding connecting material cover provided on the vertical beam. After attaching the side part of the skylight frame between the sliding connecting members using the skylight frame attachment member using the side adjustment attachment part formed on the lower surface of the end of the overhanging fitting part, the ridge side of the upper beam is attached. Since the fitting convex part of the protruding engagement surface provided on the roof is attached to the sliding connection cover, attachment of the skylight frame to the roof is reliable and hassle-free, and adjustments due to errors can be made and installation is easy. It is also easy to carry out, and strong wind pressure resistance can be obtained.

In addition, by installing a rising engagement wall on the overhanging engagement surface of the upper sill, it also serves as a side door plate for the ridge crown, and the engagement sluice on the eaves side provided on the lower sill and the two vertical sills. Together with the provided overhanging fitting part that serves as a rain cover, a waterproof structure is made possible, and furthermore, the shallow water drainage ditch around the skylight reception desk provides double rain protection.

In addition, when the field width of the roof is long, it is also possible to attach the skylight frame to the roof using a skylight auxiliary cover.

[Brief explanation of drawings]

FIG. 1 is a perspective view of a roof with a skylight according to an embodiment of the present invention, FIG.
Figure 2b is a sectional view taken along line B-B, and Figure 3 is
Figure 4 is a perspective view of the main part of the skylight reception table before the base is installed, and Figure 5 is a cross-sectional view of the main part showing the side installation of the skylight frame.
Figure a is a sectional view of the sliding connection material, Figure 5b is a sectional view of the sliding connection material cover, Figure 6a is a cross-sectional view of the main part of the skylight frame, and Figure 6b is the main part of the skylight frame. A side sectional view, FIG. 7 is a perspective view of the skylight frame mounting member, FIG. 8a.
The figure is a side sectional view of the main part of the skylight frame before the skylight reception stand is installed, Figure 8b is a side sectional view of the main part of the skylight reception stand installed in the skylight frame, and Figure 8c is after the skylight reception stand is installed on the skylight frame. FIG. 9 is a side sectional view of the main part, FIG. 9 is a perspective view of the main part showing the attachment of the ridge of the skylight frame, FIG. , a perspective view of a roof with a skylight in another embodiment of the present invention, 1st
2 is a perspective view of a main part of the skylight auxiliary cover same as the above, FIG. Fig. 14 is a perspective view of the decorative mounting bolt and nut same as above, Fig. 15 is a side sectional view of the main part showing the installation of the skylight auxiliary cover same as above, and Fig. 16 is the main part after installing the same skylight auxiliary cover as above. FIG. 1... Rafters, 2... Field board, 3... Waterproof paper, 4
...Eave decoration reinforcing board, 5...Shogi, 7...Insulating material, 8...Side engagement board, 9...Side support wood, 10
... Engagement plate, 11 ... Fixed tree, 12 ... Engagement waterproof wall, 13 ... Waterproof wall, 14 ... Water return wall, 15 ...
Engagement drain portion, 16...Opening/closing plate, 17...Sliding wheel,
18... Guide rail, 20... Side frame, 21... Lower frame, 22... Upper frame, 23... Upper horizontal part, 24...
... lower vertical part, 25 ... waterproof wall, 25a ... water section, 26 ... locking piece, 27 ... drain groove, 28 ...
Upper horizontal part, 29...Lower vertical part, 30...Engagement piece, 31...Rising projecting wall, 32...Engagement upper piece,
33...Waterproof leg piece, 34...Engagement adjustment mounting part, 3
5... Locking piece, 36... Drain groove, 37... Upper horizontal part, 38... Lower vertical part, 39... Locking piece, 4
0...ridge adjustment mounting part, 41...waterproof wall, 42...
...Drainage groove, 43...Mounting groove, 44...Screw engagement piece, 45...Screw, 46...Skylight reception table fitting part,
50...Main body, 51...Horizontal part, 52...Connecting material body fixing leg piece, 53...Upper piece, 54...External waterproof leg piece, 55...Internal waterproof leg piece, 56...Upper concave piece, 57... Fitting convex part, 58... First attachment adjustment part, 59... Second attachment adjustment part, 60... Fitting recess, 61... Hanging leg piece, 62... Engagement piece, 65...
...Vertical, 66...Lower, 67...Upper, 68...
Glass plate, 69... Hanging leg piece, 70... Overhanging fitting part, 71... Side adjustment mounting part, 72... Projection, 7
3... Support leg piece, 74... Engagement drain, 75... Support leg piece, 76... Projection engagement surface, 77, 77'... Water return engagement wall, 78... Fitting convex portion, 79... ...Notch, 8
0...Skylight frame mounting member, 81...Fixing bolt, 8
2... Nut, 83... Bolt mounting hole, 84...
Adjustment mounting material, 85...Mounting hole, 86...Abutment plate,
87... Fitting recess, 90... U-shaped cross-section mounting groove,
91...Engagement portion, 95...Front door plate, 96...Mounting adjustment plate, 100...Engagement piece, 101...Side plate, 1
02...Mounting hole, 103...Engagement drain, 104...
... Water return engagement piece, 105 ... Skylight frame engagement fitting, 10
6...Cover mounting bracket, 107...Support stand, 10
8... Drooping water section, 109... Engagement piece, 110...
...Upper horizontal part, 111...Lower overhanging projection, 112
...Mating waterproof wall, 113...Hook part, 114...
...Screw mounting groove, 115...Support leg piece, 116...
Stepped portion, 117... Engaging surface, 118... Auxiliary leg piece,
119... Washer, 120... Screw, 121... Fitting recess, 122... Decorative mounting bolt, 123...
Nut, A...Sliding connection material, A'...Side sliding connection material, B...Metal roof plate, D...Sliding connection material cover, D...Side sliding connection material cover, E ... Decorative cap, F ... Side lower corner decorative cover, G ... Eave support material, H ... Skylight, I ... Ridge cap, K ... Skylight frame, L ... Tomoe cap, M ... Ridge cap sill Dynamic coupling fittings, N...
...Sliding connection material, P...ridge fixing bracket, S...ridge crown connection cover, U...skylight reception stand, V...skylight auxiliary cover.

Claims (1)

[Claims] 1 A hanging leg piece is provided at the lower part, and an overhanging fitting material is provided extending to one side, and two vertical legs are provided with a side adjustment attachment part formed on the lower surface of the end of the overhanging fitting part, and the lower part is provided with a hanging leg piece. It consists of a lower sill that has a supporting leg piece, which extends to the eaves side, and has an engaging sluice, and an upper sill that has a supporting leg piece at the bottom, which extends to the ridge side, and has a protruding engagement surface. A skylight frame for a roof, characterized in that a rising water return engagement wall is provided on the upper surface of the overhanging engagement surface, and a fitting convex portion is formed by folding the tip of the overhanging engagement surface upward toward the eaves side. .