JPS6140822Y2 - - Google Patents

Description

[Detailed description of the invention] This invention is a roof-integrated solar heat collector that is installed integrally on the roof. Relating to an adjustment device.

Conventionally, in roof-integrated solar heat collectors, as shown in Fig. 1, when the heat collecting part C is installed on the roof board 1 over almost the entire length of the roof flow from the ridge to the eaves, The ridge side has been closed off from rain by wrapping the upper end of the heat collecting part with one side edge of the ridge cover 2, which has a chevron-shaped cross section, and connecting it thereto. However, such a structure has the disadvantage that it cannot freely respond to changes in the dimensions of the sheathing board 1 in the direction of roof flow. That is, as shown by the chain line in Fig. 1, the ridge cover 2 does not match the position of the upper edge of the heat collector C well, not only when the shedding board 1 is long, but also when it is short, and the connection between them is difficult. There was a flaw that made it impossible. In practice,
Non-conformity due to dimensional errors such as those mentioned above at the construction site occurs frequently when the solar collector itself is a standardized mass-produced product.
This is a serious factor leading to a decrease in construction efficiency and an increase in costs due to the necessity of manufacturing separately custom-made parts.

In order to solve the above-mentioned problems, this invention provides sufficient strength for the heat collecting part and the ridge cover, regardless of changes in their relative positions and regardless of dimensional errors of the components used. It is an object of the present invention to provide a coupling device that can be freely adjusted while guaranteeing reliable rain protection.

Therefore, in this invention, a ridge decorative cover is interposed between the heat collecting part and the ridge cover, and the ridge cover can be connected and fixed to the ridge decorative cover at variable positions. By configuring the decorative cover to be connected and supported to the tile rod lower member on the roof board so that the connection position can be adjusted freely, it is possible to adjust the size of the roof and the relative relationship between the tile rod lower member and the ridge decorative cover. This structure absorbs all dimensional differences and enables connection of the heat collection part and the ridge cover without any problems during rain.

This will be explained in more detail with reference to the illustrated embodiments as follows.

In Figures 2 and 3, 11 is a sheathing board that is recessed into the roof base at the part where the solar collector is installed, C is the heat collection part of the solar collector installed on top of that, 12 is a ridge decorative cover made of aluminum plate, 13 is a ridge cover that wraps around the ridge, 14 is a ridge cover fixing material, 15 is a ridge decorative cover fixing material, 16 is a tile bar lower member that forms the lower part of the tile bar extended from the heat collection part C, and 17 is a main header pipe piped inside the ridge room above the heat collection part C.

The ridge decorative cover 12 has an L-shaped connecting member 1 in which one end of the eaves side is bent downward into an L-shape, and this lower bent edge 12a is provided at the upper end of the heat collecting part C.
8 and is fixed thereto with appropriate screws 21 or the like. The decorative ridge cover 12 extends in the ridge direction to cover the upper part of the header pipe 17, and has an upper bent edge 12b formed at its tip.

The ridge cover 13 is bent and formed into a chevron-shaped cross section so as to wrap around the ridge, and a lower bent edge 13a bent toward the top surface of the ridge decorative cover 12 is formed on the side edge on the heat collector side. At the same time, the other side edge is bent toward the roof surface on the opposite side to the heat collector side, and is fixed on the roofing material surface via the attachment material 19.

The ridge cover fixing material 14 fixes one side edge of the ridge cover 13 onto the ridge decorative cover 12, and has a cross section of
It can be fixed with screws 20 or the like at a desired position on the decorative ridge cover 12, that is, a desired position in the direction indicated by arrow A in FIG. Therefore, the ridge decorative cover fixing material 15 has its lower bent surface 13a aligned with the position of one side edge of the ridge cover 13 in the positioning state of the ridge cover 13, which is determined according to a change in the dimensions of the roof sheathing board. The ridge decorative cover 1 is tightly overlapped on the front side.
It is fixed on 2. and the lower bent edge 13
A and screws 22 or the like are used to connect and fix each other.

The decorative ridge cover fixing material 15 is the decorative ridge cover 12
As shown in FIG. 4, the ridge decorative cover 12 and the tile rod lower member 16 are fixedly supported on the upper and lower parts of the main body part 15a.
The upper and lower parts 1 protrude toward the eaves from one side surface, leaving end contact portions 15b and 15c that come into contact with the end surfaces of the
In addition to having a pair of mounting edges 15d and 15e, a breaking groove 2 with a V-shaped cross section is provided at the base of both end surface abutting portions 15b and 15c so that these can be bent and removed.
3 and 24 are formed. In addition, a tile rod lower member 1 is attached to the lower end surface contact portion 15c.
A plurality of notch recesses 25 into which the tile rod lower member 16 fits are formed at predetermined intervals corresponding to the arrangement interval of 6. This cutout recess 25 may be formed as necessary, and is not necessarily required when the fixing member 15 is attached to the end face of the lower tile bar member 16 as shown in FIG.

In the above configuration, the ridge decorative cover fixing material 15 is configured such that the end face of the tile rod lower member 16 and the end face of the ridge decorative cover 12 are correctly located on the same plane, and the ridge decorative cover 12 is fixed at its ridge side tip. If no problem arises in terms of strength, as shown in Figs. 2 and 3, the
are in contact with the upper bent edge 12b of the upper end of the ridge decorative cover 12 and the ridge side end surface of the tile rod lower member 16, respectively, and the mounting edges 15d and 15e are fixed thereto with screws 26 and 27. Thus, the ridge decorative cover 12 is fixed.

However, if the ridge decorative cover 12 is longer in the ridge direction than the tile rod lower member 16 during construction,
As shown in FIG. 5, the fixing member 15 is broken and removed from the breaking groove 23 by strongly bending the upper end contact portion 15b with pliers, and then removed from the ridge side of the ridge decorative cover 12. It is fixed to the lower surface at a position a predetermined distance below the tip in the direction of the eaves. Furthermore, if the length of the roofing board 11 is long and it is preferable to fix the ridge decorative cover 12 at the middle part from the viewpoint of maintaining its strength, the lower end surface contact part 15c of the fixing material 15 may be fixed. Either bend and remove in the same manner as above, or remove the corresponding part 1.
5c is formed with a notch recess 25, and by fitting the tile rod lower member 16 into the cutout recess 25, the tile rod lower member 16 is inserted in the intermediate portion as shown by the chain line in FIGS. 2 and 3. 16 and the ridge decorative cover 12.

As is clear from the above purpose, the ridge decorative cover fixing material 15 is the tile rod lower member 1 in this invention.
6 and the ridge decorative cover 12 are required to be able to be arbitrarily connected at variable positions in the direction of roof flow, but the specific shape of the fixing member 15 to make this possible is not necessarily limited. The invention is not limited to the illustrated embodiment.

In addition, in the above embodiment, the ridge decorative cover 1
2. The ridge cover 13, the fixing members 14 and 15, the tile rod lower member 16, etc. are all made of aluminum, stainless steel, or the like. In addition, heat collecting part C
A plurality of tile rods are arranged in parallel in the direction of roof flow on the roofing board 11 via a roofing sheet 28, and between each tile rod, a waterproof metal plate 29 is placed.
is laid down, and a heat insulating material 30, a heat collecting plate 31, and a transparent body 32 such as glass are placed thereon in this order.

As described above, this invention is based on the ridge decorative cover 12 whose lower end is connected to the upper end of the heat collecting section C and which extends in the direction of the ridge.
, a ridge cover fixing member 14 whose mounting position is variable and fixed on the ridge decorative cover 12 in accordance with the position of one side edge of the ridge cover 13, and a position closer to the ridge direction than the ridge cover fixing member, It consists of a ridge decorative cover fixing member 15 with a variable connection position that connects and supports the ridge side end of the ridge decorative cover 12 or its vicinity on the tile rod lower member 16 extending from the heat collecting part C. Because there is, field board 11
Even if the extension from the top end of the heat collector to the ridge changes due to various dimensions, by setting the mounting position of the ridge cover fixing material 14 on the ridge decorative cover 12 to match the position of the ridge cover 13, By absorbing the above-mentioned elongation, the upper end of the heat collecting part C and the ridge cover 13 can be connected in the rain without any problem. Moreover, since the ridge decorative cover fixing material is also capable of connecting and supporting the ridge decorative cover 12 on the tile rod lower member 16 at variable positions in the direction of roof flow, both of the above-mentioned members 12,1
Even if there is a relative error in the extension of the ridge side of No. 6, the ridge decorative cover 12 can be interconnected at any position without requiring the troublesome effort of cutting them on-site. can be firmly supported. Therefore, as a result of the above, regardless of various changes in the roof dimensions, there is no need for various types of ridge covers 13 of various sizes, etc., and all the constituent members can be easily manufactured using standard mass-produced products. This allows construction to be carried out in a timely manner, improving construction efficiency and reducing costs.

[Brief explanation of the drawing]

Fig. 1 is a schematic explanatory diagram of the structure of the connecting part between the conventional heat collecting part and the ridge cover, Fig. 2 is a sectional view of the ridge of an embodiment of this invention, Fig. 3 is a perspective view thereof, and Fig. 4. 5 is a perspective view of the ridge decorative cover fixing material, and FIG. 5 is a sectional view of the ridge of another embodiment. C... Heat collection part, 11... Field board, 12... Ridge decorative cover, 12a... Lower bent edge, 12b... Upper bent edge, 13... Ridge cover, 14... Ridge cover fixing material, 15...Ring decorative cover fixing material, 15a...
...band-shaped main body part, 15b, 15c...end face contact part,
15d, 15e... Attachment edge, 16... Tile bar lower member, 23... Breaking groove, 25... Notch recess.

Claims (1)

[Scope of Claim for Utility Model Registration] (1) The ridge decorative cover 12 whose lower end is connected to the upper end of the heat collecting section C and extends in the direction of the ridge, and the ridge decorative cover 12 which is aligned with the position of one side edge of the ridge cover 13. The ridge cover fixing member 14 is fixed on the ridge cover fixing member 12 and has a variable installation position, and the ridge decorative member is placed on the tile bar lower member 16 extending from the heat collecting portion C at a position closer to the ridge direction than the ridge cover fixing member. cover 1
A ridge decorative cover fixing material 1 with a variable connection position that connects and supports the ridge side end of 2 or a position near it.
A device for adjusting and connecting a heat collecting part and a ridge cover in a roof-integrated solar heat collector consisting of 5. (2) The ridge decorative cover fixing material 15 is attached to the belt-shaped main body part 15
Leaving the end surface contact parts 15b and 15c of the ridge decorative cover 12 and the tile rod lower member 16 on both the upper and lower parts of a,
It has an upper mounting edge 15d and a lower mounting edge 15e protruding from one side toward the eaves, and the corresponding part is folded at the base of the ridge decorative cover end face contact part 15b at the upper part of the strip main body part 15a. An adjusting connection device for a heat collecting part and a ridge cover in a roof-integrated solar heat collector according to claim 1, which is provided with a breaking groove 23 that allows bending and removal. (3) A plurality of cutout recesses 25 into which the tile rod lower member 16 can be fitted are provided at predetermined intervals corresponding to the arrangement spacing of the tile rods in the tile rod lower member end face contact portion 15c of the lower part of the ridge decorative cover fixing material 15. An adjustment and connection device for a heat collecting part and a ridge cover in a roof-integrated solar heat collector as set forth in claim 2 of the utility model registration, which is provided in a holder.