JPS6112063B2 - - Google Patents

Description

[Detailed Description of the Invention] [Industrial Application Field] The present invention provides a two-layer lighting section in a part of the tile stick enclosure such as a roof or wall, and has excellent heat insulation performance. The present invention relates to a heat insulating and lighting enclosure which has a simple structure, can be constructed easily and quickly, and is strongly structured.

[Conventional technology and its problems, etc.]

Conventionally, in order to install daylight windows that let in sunlight inside structures such as houses, factories, and gymnasiums to the outer enclosure such as tile-and-stick roofs or walls, it has been necessary to first ensure that the rain is shut off. This made the configuration complicated and the installation work troublesome. Also,
It is difficult to insulate even the lighting area, and as a result dew condensation occurs due to the cold bridging effect, and even this dew condensation treatment was incomplete. In addition, the lighting section had a weak strength.

[Means for solving problems]

Therefore, as a result of intensive research to solve the above-mentioned problems, the inventor has devised the present invention by removing a part of the gutter board of the tile stick roofing outer enclosure to form an opening. A plurality of mounting brackets are mounted at predetermined intervals on the tile rods on both sides, and on the adjacent mounting brackets, receiving brackets having gutter-like parts on both sides and straight in the longitudinal direction are installed horizontally. A corrugated receiving material is fixed on the receiving bracket, a lower corrugated lighting plate is placed on the corrugated receiving material, and an intermediate corrugated receiving plate whose upper and lower surfaces are corrugated is placed directly above the corrugated receiving material and on the lower corrugated lighting plate. By making the upper corrugated daylighting board into an insulated daylighting envelope that is watertightly fixed through the material, it is the corrugated receiving material and the intermediate corrugated receiving material that receive the upper and lower corrugated daylighting boards, and those that support them are: It is a receiving metal fitting,
The configuration of each component is simple, mass production is possible and inexpensive, and the two-layered lighting section has superior heat insulation performance, making it an effective means for energy conservation. It prevents condensation from forming on the underside and prevents the inside of the structure from getting dirty. Even with two-layer daylighting panels, it is relatively easy to attach them to a part of the tiled roof enclosure such as the roof or wall using the mounting bracket. It can be constructed easily and quickly, has superior strength, and can be reliably protected from rain, eliminating the above-mentioned drawbacks, and furthermore,
To provide a device that can reliably handle dew condensation even if the temperature difference between inside and outside is extremely large and condensation occurs on the lower surface of a lower corrugated daylighting plate.

〔Example〕

Embodiments of the present invention will be described below with reference to FIGS. 1 to 24.

Reference numeral 1 denotes structural members such as purlins and furrows, which are provided in plural at appropriate intervals on the top or side of the structure.

A is an outer enclosure made of tile sticks such as a roof or wall,
It consists of a gutter board 2, a hanger material 3, and a cap material 4, which are appropriately broken off at their ends as shown in the figure to form a tile rod portion _A1 , which is roofed on the structural material 1. This tile stick roofing enclosure A includes not only new construction but also existing construction. A heat insulating material 5 is laid on the lower surface of the gutter board 2 as required. Some of the gutter boards 2 of the tile-and-stick roof enclosure A are not roofed, or the existing gutter boards 2 are removed to form an opening (lighting part) of an appropriate size.

Reference numeral 6 denotes a mounting bracket, which has hanging parts 6b, 6b formed at both ends of the intermediate part 6a, and the hanging parts 6b, 6b.
Tightening bolts 6c, 6c are screwed together. The intermediate portion 6a may be bent in a concave manner (see the drawing), or may be formed horizontally (not shown). A plurality of the mounting fittings 6 are mounted on the tile bar portion _A1 at the opening portion at appropriate intervals in the longitudinal direction, and are fixed by tightening bolts 6c, 6c.

Reference numeral 7 is a metal receiving fitting of an appropriate length, and gutter-like portions 7b, 7b are integrally formed on both sides of a gate-shaped portion 7a (see FIGS. 5 to 9, etc.). The receiving fitting 7 is formed into a straight line on all sides in the longitudinal direction.

The gutter-like portion 7b is formed into a square shape, a V-shape, a semicircular shape, etc. (see FIGS. 5 to 9, etc.).

The receiving fitting 7 is attached to the adjacent tile bar portions A ₁ , A ₁
It is placed and fixed on the upper mounting brackets 6, 6. The receiving metal fitting 7 is arranged perpendicularly (or approximately perpendicularly) to the longitudinal direction of the tile rod part _A1 , and the structural member 1
It is installed approximately parallel to (horizontally installed).

Further, as shown in the figure, the receiving fitting 7 is often fastened with a washer (nut-shaped) on the lower side of a composite bolt 8 that is fixed together with a draining board, a cap wood board, etc., which will be described later. In this case, the lower part of the composite bolt 8 is fixed to the intermediate portion 6a of the mounting bracket 6 in advance.
In some cases, it may be fixed with a fixing device such as a drill screw or welded.

Reference numeral 9 is a corrugated receiving material of an appropriate length, which may be made of metal in the form of a corrugated band (see Figures 1, 3, and 5).
(see Fig. 2, Fig. 10, etc.), or it may be made of hard synthetic rubber or synthetic resin, and may have a gasket shape with a corrugated upper surface and a flat lower surface (see Fig. 2, Fig. 10, etc.). (See Figure 11). The corrugated receiving material 9
The waveform is basically formed into a waveform equivalent to a sine curve of the waveform of the lower waveform lighting plate 11, which will be described later.

Further, although not shown, in some cases, arcuate portions corresponding to the troughs of the waveform and horizontal portions may be alternately and continuously formed. Wave-shaped band-shaped wave-receiving material 9
is fixed to the upper side of the gate-shaped portion 7a of the receiving metal fitting 7 by welding or the like. A bent portion is formed at the end of the corrugated band-shaped wave receiving material 9 having an appropriate length. Further, a gasket-shaped corrugated receiving member 9 is also fixed to the upper side of the gate-shaped portion 7a of the receiving metal fitting 7 by adhesive or the like.

Reference numeral 10 denotes a gasket made of hard synthetic rubber or synthetic resin, which is placed on the corrugated band-shaped wave receiving material 9 so as to follow the waveform.

The gasket 10 may be formed into a corrugated shape in advance (see FIG. 12), or a straight strip may be formed into a corrugated shape during installation. In the embodiment, most of the corrugated band-shaped wave receiving material 9 is provided with a gasket 10, but in some cases, the gasket 10 may not be provided.

Further, although the gasket-shaped corrugated receiving material 9 (see FIG. 11) is not provided with a gasket 10 (see FIG. 2), it has a gasket function because it is made of substantially the same material as the gasket 10.

Reference numeral 11 denotes a lower corrugated lighting plate made of transparent glass or synthetic resin, which is placed on the upper part of the gasket 10 or on the upper surface of the corrugated receiving material 9. The lower corrugated lighting plate 11
Sometimes a metal net is provided inside. The lower corrugated lighting plates 11 have an appropriate width, and when a plurality of them are connected in the width direction (see FIG. 3), their adjacent ends are placed side by side with a slight interval between them. The upper side of the corrugated band-shaped wave-shaped receiving material 9 in the spaced portion (the top is generally the top, but it may also be the trough) or the upper side of the gate-shaped portion 7a of the receiving fitting 7 (in this case, the gasket-shaped wave-shaped receiving material 9 It is a configuration in which
(not shown) has a relatively long bolt 1 whose length protrudes a little more than the height of the intermediate corrugated receiving material 13, which will be described later.
2a is formed protrudingly.

Reference numeral 13 denotes an intermediate corrugated receiving material of a long length or an appropriate length, which is made of the same material as the gasket 10 or the gasket-shaped corrugated receiving material 9, has a relatively high height (thickness), and has a groove on the upper and lower surfaces. Waveforms of the same shape are formed. The upper and lower waveforms may have the same period and the entire waveform may be formed (see Figures 1, 3, 4, and 13), or the periods of the upper and lower waveforms may differ, resulting in a ridge or constriction as a whole. In some cases, the sections are formed in alternating succession (see FIG. 2). Alternatively, the peaks or troughs of the waveform may be cut off as appropriate. The intermediate corrugated receiving material 13 is located directly above the corrugated receiving material 9,
It is placed on the lower corrugated lighting plate 11 (see FIGS. 14 and 15). At this time, the bolt 12a passes through the intermediate corrugated receiving material 13 and projects upward.

Reference numeral 14 denotes an upper corrugated daylighting plate, which is made of the same material and has the same shape as the lower waveform daylighting plate 11. The upper corrugated lighting plate 14 is placed on the intermediate corrugated receiving material 13. When connecting a plurality of upper corrugated lighting plates 14 in the width direction (see Fig. 3), the bolts 12a
is the protruding part, and the upper corrugated lighting plate 14,1
4 are placed on the intermediate corrugated receiving material 13 with a small distance between their ends. That is, the upper corrugated daylighting plate 14 is constructed in the same manner as the reed pitch of the lower waveform daylighting plate 11. The upper surfaces of the upper corrugated lighting plates 14, 14 near mutual ends are covered with cover caps 15, and the protruding bolts 12 are covered with cover caps 15.
A nut 12b is screwed onto the nut 12b, and the cover cap 15 is fixed in a watertight manner. Cushion material is often adhered to the lower surface of the cover cap 15 as shown in the figure. There are many embodiments in which the lower wavy daylighting plate 11 and the top wavy daylighting plate 14 are formed into one piece in the width direction (see FIGS. 1 and 2).

Reference numeral 16 denotes a long draining board, and 17a and 17b represent long capboard boards, which are used to cover the widthwise sides of the upper and lower corrugated lighting boards 14 and 11 and the opening of the tile stick roofing enclosure A. Rain protection repairs have been made between the area and the surrounding area.
That is, the draining plate 16 is covered from the side of the receiving fitting 7 to the flat part of the gutter plate 2, and the draining plate 16 is fixed to the receiving fitting 7. Further, the side parts of the lower corrugated lighting board 11 and the side parts of the upper corrugated lighting board 14 are pressed by the upper sides of the long cap wood boards 17a and 17b, respectively, which are approximately O-shaped.
a, 17b are fixed to the upper part of the draining plate 16. In the drawing, two members, the cap wood boards 17a and 17b, are provided, but only the upper (outside) cap wood board 17b may be provided. The draining board 16 Kasa wooden board 1
7a and 17b according to the embodiment, as shown in the figure, a drainage plate 16 is fixed to the side of the gate-shaped part 7a of the receiving fitting 7 in the middle of the composite bolt 8, and Kasagi board 17 on the upper side
a and 17b are fixed respectively. Also, although not shown, the draining board 16 and the Kasagi boards 17a, 17b
Sometimes they are formed integrally. Also, Kasagi board 17
b and the upper corrugated lighting board 14, or the Kasagi board 17
Cushion material 18 may be interposed between the wafer b and the lower corrugated lighting plate 11 (see drawings). In addition, both outermost ends in the longitudinal direction of the upper corrugated daylighting board 14 are attached so that the above water side is partially covered with a mento door, a ridge side cap wood board, a ridge cover board, etc., and the below water side is The eaves are protected from the rain by covering the sides of the eaves and sliding doors.

Further, in order to make the lower and upper corrugated lighting plates 11 and 14 have appropriate lengths and to connect them in the longitudinal direction, construction is performed as shown in FIGS. 16 to 18. To explain this joint part in detail, the receiving metal fitting 7 is used.

This mounting is done by placing and fixing on the mounting fittings 6, 6 in the same manner as described above. When the corrugated band-shaped corrugated receiving material 9 is fixed on the receiving fitting 7 (see FIGS. 16 and 17), at least a portion of the corrugated peak of the corrugated receiving material 9 (in FIG. 16, the corrugated receiving material 9 is A relatively long bolt 19a is provided protruding from all the parts.

20 is a first gasket for a joint, which has a convex cross section and is formed into a wave shape as a whole, and has markings on both sides of its upper surface.
Cushion materials 20a, 20a are provided that match the grooves (see FIG. 19). Reference numeral 21 denotes a second gasket for a joint, in which the band plate is formed in a corrugated shape as a whole, and a groove portion 21 that follows the undulations of the waveform is formed on the upper surface of the band plate.
a is formed (see Figure 20). The groove 2
It is desirable that 1a be formed into an arcuate dovetail shape. The first and second gaskets 20 and 21 for the joint are also made of the same material as the gasket 10, and may be formed into a wave shape from a straight band shape during construction.

Reference numeral 22 denotes a first intermediate corrugated receiving material for a joint, in which the intermediate corrugated receiving material 13 (see Fig. 13) and the first gasket 20 for a joint (see Fig. 19) are integrally formed, and the materials etc. are also the same. (see Figure 27). 23 is a second intermediate corrugated receiving material for the joint,
The intermediate corrugated receiving material 13 (see FIG. 13) and the second gasket 21 for the joint (see FIG. 20) are integrally formed, and the materials and the like are also the same (see FIG. 28). The first and second joint gaskets 20 and 21 are used for the joint of the lower corrugated lighting plate 11, and the first and second intermediate corrugated receiving materials 22 and 23 for the joint are used for the joint of the upper corrugated lighting plate 14, respectively. When using the corrugated receiving material 9 in the form of a corrugated band, there are four types of examples of this combination joint device. That is, the first gasket 20 for the joint is used in the lower part, and the first intermediate corrugated receiving material 22 for the joint or the second intermediate corrugated receiving material 23 for the joint is used in the upper part.
When using the second gasket 21 for the joint at the bottom and the first intermediate corrugated receiving material 2 for the joint at the top.
2 or when using the second intermediate corrugated receiving material 23 for the joint, there are four types. In the embodiment of the corrugated receiving material 9 in the form of a corrugated band, two types of them are illustrated (the first
(See Figures 6 and 17). One of them is the first one for the joint.
It uses a gasket 20 and a first intermediate corrugated receiving material 22 for the joint, and the first gasket 20 for the joint
is placed and fixed on the corrugated receiving material 9 in the form of a corrugated band, and the abutted ends of the lower corrugated lighting plates 11, 11 with a short distance are placed on both cushion materials 20a, 20a. Directly above the first gasket 20 for the joint, and at the lower corrugated lighting plate 1
A first intermediate corrugated receiving material 22 for a joint is placed on the butt portion of the joints 1 and 11 so that the bolt 19a protrudes from the first intermediate corrugated receiving material 2 for the joint.
The abutting ends of the upper corrugated lighting plates 14, 14 with a small distance are placed on the cushion materials 22a, 22a of No. 2, and the corrugated joint cover 24 is covered from above, and the nut 19b is screwed onto the bolt 19a. These are fixed to form a joint portion (see Fig. 22). Alternatively, an appropriate fastener (for example, a drill screw, etc.) may be used in place of the bolt 19a and nut 19b. The second type uses a second gasket 21 for the joint and a second intermediate corrugated receiving material 23 for the joint, and the second gasket 21 for the joint is also fixed onto the corrugated band-shaped corrugated receiving material 9. , the butted ends of the lower corrugated lighting plates 11, 11 with a small gap are placed on the second joint gasket 21, and from the gap,
The groove 21a of the second joint gasket 21 is filled with a sealant 25. Then, the second intermediate corrugated receiving material 23 for the joint is placed directly above this, and at the same time,
The bolts 19a protrude from this, and the butted ends of the upper corrugated lighting plates 14, 14 are placed on top of the bolts 19a with a slight gap between them.
A is also filled with sealant 25, and the corrugated joint cover 24 is covered from above, and the bolt 19 is
It is fixed with an a-nut 19b (see Fig. 17).

Reference numeral 26 denotes a first receiving material for the joint, which is connected to the gasket-shaped corrugated receiving material 9 (see FIG. 11) and the first receiving material for the joint.
It is integrally formed with the gasket 20 (see Fig. 19), and the material etc. are the same as these (the second
(See Figure 3). Reference numeral 27 denotes a second receiving material for the joint, in which the gasket-shaped corrugated receiving material 9 (see Fig. 11) and the second gasket 21 for the joint (see Fig. 20) are integrally formed (see Fig. 20). (See Figure 24) and the material is the same as above. When using the first and second receiving members 26 and 27 for the joint, the gasket-shaped corrugated receiving member 9 is not used, but they are placed on the receiving fitting 7 as they are, and the gate-shaped portion 7a of the receiving fitting 7 is A relatively long bolt 19a protruding from the upper side at an appropriate pitch is passed through and attached. The first and second joint receiving materials 26 and 27 are used for the joint of the lower corrugated lighting plate 11, and the first and second intermediate corrugated receiving materials 22,
When combined with 23, four types are formed. The specific explanation will be omitted since it is the same as above. 1st
Figure 8 shows one embodiment of the lower corrugated lighting plate 1.
The first joint receiving material 26 is used for one joint, and the first intermediate corrugated joint receiving material 22 is used for the joint of the upper corrugated lighting plate 14. Moreover, the cushion material may not be provided in each of the first gasket 20 for a joint or the first intermediate corrugated receiving material 22 for a joint. In addition, if a single layer of daylighting board (lower corrugated daylighting board 11 only) is installed and then a second layer is installed in the heat insulating daylighting area, the cover cap 15 also covers the width direction of the lower waveform daylighting board 11. A corrugated joint cover 24 is covered on the abutting ends in the longitudinal direction, and the bolts 12a, 19a and nuts 12b, 19b are installed using composite bolts. In addition, the same procedure may be applied to a new building with two layers. To construct the joint part, directly on top of the corrugated receiving material 9 in the form of a corrugated strip,
The abutting ends of the lower corrugated lighting plate 11 may be placed and attached with a corrugated joint cover 24 via a sealant 25 or the like as required. Further, the wave band-shaped wave receiving material 9 used for the joint portion may have a bulging line or groove formed approximately in the center thereof along the undulating direction.

〔Effect of the invention〕

In the present invention, an opening is formed by removing a part of the gutter board 2 of the tile rod roofing outer enclosure A, and mounting brackets 6 are installed at a predetermined interval on the tile rod parts A ₁ and A ₁ on both sides of the opening. A receiving metal fitting 7 having gutter-like portions 7b, 7b on both sides and having a straight shape in the longitudinal direction is installed horizontally on the adjacent mounting fittings, and a corrugated receiving material is mounted on the receiving metal fitting 7. 9 is fixed, a lower corrugated lighting plate 11 is placed on the corrugated receiving material 9, and an intermediate corrugated receiving material 1 whose upper and lower surfaces are corrugated is placed directly above the corrugated receiving material 9 and on the lower corrugated lighting board 11.
By making the upper corrugated daylighting plate 14 into a water-tight heat-insulating daylighting envelope through 3, firstly, the insulation effect is good, secondly, it has a strong structure, and thirdly, it has a strong structure.
It has a simple structure, can be constructed easily and quickly, and can be provided at a low cost.

To explain these effects in detail, the lower corrugated daylighting plate 11 is covered, and the upper waveform daylighting plate 1 is placed on top of this through the intermediate corrugated receiving material 13 having corrugations on the upper and lower surfaces.
4 is watertightly fixed, and the intermediate corrugated receiving material 13 exists directly above the corrugated receiving material 9, so that the intermediate corrugated receiving material 13
An air layer is formed between the lower corrugated daylighting plate 11 and the upper waveform daylighting plate 14, which is cut off from the outside air. Many of these air layers exist in the form of a unit, and this plays the role of a heat insulating layer. None, it is possible to create a daylighting enclosure with extremely good heat insulation effect.

It also makes it difficult to dissipate heat inside, and has the effect of retaining heat. Therefore, by using a two-layer lighting board, not only can the power consumption for lighting be reduced, but also the efficiency of heating and cooling inside the structure can be improved, which in turn significantly reduces the power consumption for heating and cooling. This is extremely suitable for energy saving measures.

Furthermore, when such a heat insulating layer is formed, the thermal conductivity of the outside temperature becomes extremely low at the 11 locations of the lower corrugated daylighting plate, and the cold bridging effect hardly works, causing dew condensation on the bottom surface of the lower waveform daylighting plate 11. This prevents condensation from contaminating the interior.

In addition, the two-layer lighting section that is isolated from the outside air not only prevents rainwater from entering the interior. Dust and the like do not enter, the inside does not get dirty, and even after long-term use, sufficient lighting can be obtained by simply cleaning the top surface of the upper corrugated lighting plate 14.

The fact that the interior of the lighting system does not become dirty is a major advantage in terms of maintenance and management.

Additionally, a corrugated daylighting board has greater strength than a flat one, making it strong against horizontal and vertical loads, earthquakes, etc.

Furthermore, in the present invention, the lighting section is made up of two layers with the intermediate corrugated receiving material 13 interposed in between, and the lower corrugated lighting plate 11 is supported by the receiving bracket 7 to which the corrugated receiving material 9 is fixed.
Since the receiving fittings 7 were installed horizontally on the mounting fittings 6, 6 attached to the adjacent tile rods _A1 , _A1 , it is the corrugated receiving material 9 that directly receives the lower corrugated lighting board 11. , the support fitting 7 supports the upper and lower corrugated lighting plates 14, 11, the intermediate corrugated receiving material 13, the corrugated receiving material 9, etc. with strength. That is, the role of supporting the load is shared.

Therefore, in the corrugated receiving material 9, the lower corrugated lighting plate 1
Even if the lower corrugated lighting plate 11 is made of glass, the intermediate corrugated receiving material 13 can be applied as a surface over the entire width of the lower corrugated lighting plate 11.
Even when the weight of members such as the upper corrugated lighting plate 14 and the like is added, it is difficult to break. Further, the upper corrugated lighting plate 14 received by the intermediate corrugated receiving material 13 can also be made less likely to break. In this way, the corrugated receiving material 9 and the intermediate corrugated receiving material 1
No. 3 is not particularly important in terms of strength, and as long as it has a waveform shape, even a simple and inexpensive one can fulfill its role. On the other hand, the bracket 7 supports the weight of the upper and lower corrugated lighting plates 14, 11, etc. and the external forces (horizontal and vertical loads) applied thereto, and if the strength is sufficient, the shape can be complicated (waveform, etc.) This itself has a simple configuration and can be mass-produced at low cost. In this way, the number of members is small even though it has a separate role, and the installation of a two-layer lighting section in a part of the tile and stick roofing enclosure A can be done relatively easily and quickly. .

Furthermore, the receiving bracket 7 is fixed to the mounting brackets 6, 6 that are attached to the appropriate positions of the tile bar parts _A1 , _A1 , so that
The installation work of the receiving metal fitting 7 is also extremely simple, and the workability can be further improved. Such a two-layer heat-insulating and lighting enclosure has a great advantage in that it can be easily installed not only in a newly installed tile and stick roofing enclosure A, but also in an existing one.

In addition, since the gutter-like portions 7b, 7b are provided on both sides of the receiving bracket 7, the inside and outside temperatures are extremely high, so that even if a cold bridging effect occurs and condensation occurs on the back surface of the lower corrugated lighting plate 11, , the condensed water flows from the upper side of the water to the lower side of the water, and the gutter-like part 7
b, and from there to the outside of the enclosure, preventing condensed water from falling into the room. Because of the heat-insulating lighting section (two layers), the occurrence of dew condensation can be almost completely prevented in this way, but this is just in case something happens.
This dew condensation treatment is particularly effective when the roof is equipped with natural light.

By doing this, it is possible to suitably hide the rain.

As described above, the two-layer (insulating) lighting section provided in a part of the tile-and-stick roof enclosure A can be provided at a relatively low construction cost due to the simple structure and quick construction.
Moreover, it is also suitable to close the two-layer lighting section from rain.

In addition, conventionally, when lighting panels are connected in a longitudinally overlapping manner, in the case of two layers, rainwater enters together with dust etc. due to capillary phenomenon, especially in the outer (upper) overlapping part, and the overlapping part Not only does it get very dirty and spoil the aesthetics, but it also has the disadvantage that it cannot serve the purpose of letting in sunlight.Also, there were defects in the overlapping parts of both the two layers that were particularly prone to damage due to vibrations, etc. In the present invention, the longitudinal direction of the upper and lower corrugated lighting plates 14 and 11 is set to an appropriate length, and the first and second gaskets 20 and 21 for the joint are connected to the first and second intermediate corrugated receiving materials 22 and 23 (as necessary). Sealing agent 25) Corrugated joint cover 24 Joint body 1, second receiving material 26, 2
7th class, upper and lower corrugated lighting plates 14, 14.1
By constructing a joint in which the longitudinal ends of 1 and 11 are butted, even when external forces such as vibrations are applied,
By not polymerizing, damage to the ends can be prevented, capillary action does not occur, and the ends of the upper and lower corrugated lighting plates 14, 11 at the joint can be prevented from getting dirty at all, making it suitable for maintenance and management. Furthermore, sufficient lighting can be achieved even at the joints of the lighting plates.

[Brief explanation of the drawing]

FIGS. 1 to 3 are longitudinal sectional front views of the present invention, and FIG.
The figure is a perspective view of a main part of the present invention, FIG. 5 is a perspective view of a receiving metal fitting, FIGS. 6 to 9 are side views of other embodiments of the receiving metal fitting, and FIGS. 10 and 11 are corrugated receiving materials. A perspective view of
FIG. 12 is a perspective view of the gasket, FIG. 13 is a perspective view of the intermediate corrugated receiving material, FIGS. 14 and 15 are longitudinal sectional side views of the main parts of the present invention, and FIG. 16 is a partial perspective view of the joint. Figs. 17 and 18 are longitudinal sectional side views of a joint part of another embodiment, Figs. 19 and 20 are perspective views of a gasket for a joint, and Figs. 21 and 22 are views of an intermediate corrugated receiving material for a joint. The perspective view, FIG. 23, and FIG. 24 are perspective views of a receiving material for a joint. A... Tile stick roofing enclosure, A ₁ ... Tile stick part, 2...
Gutter board, 6...Mounting bracket, 7...Bracket, 7b...
...Gutter-like portion, 9...Corrugated receiving material, 11...Lower corrugated lighting board, 13...Middle corrugated receiving material, 14...Upper corrugated lighting board.

Claims (1)

[Claims] 1. Remove a part of the gutter board of the tile rod roofing outer enclosure to form an opening, attach a plurality of mounting brackets at predetermined intervals on the tile rods on both sides of the opening, and attach the mounting brackets on the adjacent mounting brackets. A receiving metal fitting having gutter-like parts on both sides and having a straight shape in the longitudinal direction is installed horizontally, a corrugated receiving material is fixed on the receiving fitting, and a lower corrugated lighting plate is placed on the corrugated receiving material. death,
A heat insulating lighting enclosure characterized in that an upper corrugated lighting plate is watertightly fixed directly above the corrugated receiving material and on the lower corrugated lighting plate via an intermediate corrugated receiving material whose upper and lower surfaces are corrugated.