JPS5813851A - Eave attaching apparatus of solar heat collecting roof - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a solar heat collection roof eaves numbering device for installing a heat collector integrated into the roof of a building.

SUMMARY OF THE INVENTION An object of the present invention is to provide an eave eaves numbering device that makes it possible to easily and accurately construct a solar heat collecting roof and maintain a robust assembly.

An embodiment of the present invention will be described based on the drawings. As shown in FIG. It is formed.

FIG. 1 is a perspective view showing an embodiment of the basic position fixing cover 60. As shown in FIG. The main body 62 has a notch 63 and a hanging engagement piece 64 on the longitudinal side, an upwardly short end chamber protrusion 84 is formed on the eaves side end, and a positive rising portion 65 is formed on the ridge side. do. Side rising portions 66 and 67 are connected to the positive rising portion 65, the positive rising portion 65 abuts the end face of the upper connecting member 33 on the eaves side, and the side rising portion 67 supports the outer side of the upper connecting member 33. Covering the groove 45, the other side rising portion 6
6 is in the form of abutting against the outer wall of the annular portion 76 of the upper connecting member 33, and a heat insulating partition member 6 is provided above the side rising portion 67.
The main body 62 is provided with a bolt hole 69 for fixing to the lower connecting member 32.
69' are provided at two locations on the center line. In addition, one set of two basic position mounting and fixing covers is required for one phase connection member, but Figure 1 shows one of them, and the other one is the one shown in Figure 1. It has a mirror-symmetrical structure, and the structures of the notch 63 and rising portions 65 and 6667 are basically the same.

As shown in FIG. 2, FIG. 3, and FIG. 6, the lower connecting member 32 has a U-shaped main body with a central portion having a substantially U-shaped cross section, and lower support grooves opening upward on both sides of the U-shaped main body. 35, and further has lower drain grooves 29 on both sides thereof to form an engagement protrusion support H128, and an engagement protrusion mold 30 is provided on the upper edge of the engagement protrusion support wall 28. There is. The center part of the bottom wall of the U-shaped main body is formed in an inverted U-shape in cross section along the length direction, and forms a C-connecting member upper surface mounting groove 20, and upper connecting member fixing bolts 37 and bolts are installed at predetermined intervals. A hole 38 is provided to engage the stepped protrusion 1o of the reference guide fixing fitting 9 fixed at a predetermined position of the upper rafter 7 with a peg 18 and the connecting member upper surface mounting groove 20, and to fix the reference guide. The fixing bolt 11 of the metal fitting 9 is inserted into the bolt hole 38 and fixed with a nut.

On the other hand, the upper connecting member 33 is formed by connecting a pair of left and right facing fI4 walls 39 with a pair of upper and lower connecting walls 40 and 40' at a position near the upper end and a position near the lower end, as shown in FIG. The horizontal restraining edges 41.41 protrude outward toward the lower ends of the left and right side walls 39.39, and the horizontal restraining edges 4
Engagement grooves 42, 42 that engage with the engagement protrusions 36 of the lower connecting member 32 immediately below 1, 41 are formed, and engagement protrusions 53.42 for fixing the lid member are formed on the inner surfaces of the upper ends of both side walls. 53 is formed, and a bolt 37 for fixing the upper connecting member of the lower connecting member 32 passes through the connecting wall 40, 40' and is joined by a nut.

Further, on the outer surface of the side walls 39, 39 at the middle of the height, horizontal outward protrusions 43, 43 and a groove having an inwardly protruding shape formed at the open end above the horizontal outward protrusions 43. It has 44.

As shown in FIG. 8, the upper connecting member 70 for the eaves is formed in a hollow manner by connecting a pair of left and right opposite side walls 39a with a pair of upper and lower connecting walls 40a, 40a at a position near the top end and a position near the bottom end. horizontal restraining edges 41a, 41a protruding outward toward the lower ends of the left and right side walls 39a, 39a, and the horizontal restraining edges 41a.

Engagement grooves 42a, 42a that engage with the engagement protrusion 36 of the lower connecting member 32 immediately below the connection member 41a are formed, and engagement protrusions 53a, 53a for fixing the lid member are formed on the inner surfaces of the upper ends of both side walls.
A bolt 37 for fixing the upper connecting member of the lower connecting member 32 passes through the connecting walls 40a and 40-a, and is connected with a nut. Furthermore, on the outer surfaces of the side walls 39a, 39a, there are horizontal outer protrusions 43a, 43a, and the horizontal outer protrusions 43a.
It has a groove 448 in which an inward protrusion is formed at the open end above.

Next, to explain how to attach the basic position fixing cover 60, as shown in FIG.
The notch 63 formed on the inner side in the longitudinal direction contacts the ridge side end surface and side surface of the upper eaves connecting member 70, and the hanging engagement piece 64 fits into the lower support groove 35 of the lower connecting member 32,
The side rising portion 66 is the eaves-side tubular portion 7 of the upper connecting member 33.
6 Abuts against the outer wall and has a positive rising portion 65'! , is attached with a gap between it and the end face of the drainage groove 44 on the eaves side of the upper connection member 33, and the condensed water, leakage water, etc. in the drainage groove 44 of the upper connection member 33 is removed from the lower support groove 35 of the lower connection member 32. Also, using the drain groove 29, attach the basic position fixing cover to the main body 62.
The gutter is designed to flow through the lower part of the eaves to the eaves, and the side rising part 67 is the horizontal outward protrusion 43 on the outside of the upper connecting member 33,
Covers 4β.

As described above, the basic position mounting fixing cover 60 is in contact with the upper eaves connecting member 70 and the upper connecting member 33, and is firmly fixed with bolts using the bolt holes 69 and 69' in the lower support groove 35 of the lower connecting member 32. will be installed on the

On the other hand, as shown in FIG. 2, the heat insulating partition member 61 has overhanging engagement pieces 7 that engage with the engagements 1!6B of the basic position attachment fixing cover 60 at the top of both longitudinal ends of the heat insulating partition member body 71.
2, a notch 73 that abuts the drain groove 29 of the lower connecting member 32 is formed at the bottom of both ends of the main body 71, and a notch 74 into which the pipe 75 is fitted is formed at the bottom of the center of the main body 71.

31 is an eave support member, 80 is a horizontal beam fixed to the eave insulating wall,
81 is a heat insulating core member, 82 is a ridge insulating wall fixing horizontal beam, 83
is a heat collector, and 84 is a heat insulator.

The sequence for completing the installation of the basic position attachment fixing cover 60 and the heat insulating partition member 61 is as follows.

1. Attach the eave support member 31 that determines the basic position to the upper rafter 7.

2. Attach the reference guide fixing fittings 9 to the upper rafter 7.

3. Fit the lower connecting member 32 to the reference guide fixing fitting 9 mounted in contact with the eaves support member 31.

4. The flashing fitting part of a metal roof board (not shown) is engaged with the flashing part protrusion of the eaves support member 31, and the metal roof boards are sequentially attached to the ridge.

5. Attach the upper eaves connecting member 7 to the eaves of the lower connecting member 32
Fit and install 0.

6. The basic position attachment fixing cover 60 is attached with the notch 63 abutting the ridge side cross section of the upper eaves connecting member 70, and the hanging engagement piece 64 fitting into the support groove 32 of the lower connecting member.

7. The eaves edge heat insulating wall fixing horizontal beam 8o is attached to the support groove 35 of the lower connecting member 32 by contacting the ridge side end of the basic position attachment fixing cover 60.

8. Upper connection member 33 main body is attached to basic position fixed cover 6
It is located at the ridge side end of 0 and is fitted and attached to the lower connecting member 32.

9. The heat insulating core member 81 is placed in close contact with the eaves and the ridge side wall of the heat insulating wall fixing horizontal beam 80, and is sandwiched between the main bodies of the upper connecting members 33 on both sides.

10. The ridge insulation wall fixing horizontal beam 82 is fixed in close contact with the ridge side cross section of the insulation core member 81.

11. The heat collector 83 mounted using the bracket of the ridge heat collector fixing bed is placed inside the heat insulating core member 81 which is insulated to the surrounding wall.

12. At the eaves edge, the eaves edge insulation support member contacts the ridge side end of the basic position attachment fixing cover 60, and closely contacts the upper part of the eaves edge insulation wall fixing horizontal bar 80 to support the upper connection member 33 1l.
It is attached to I44.

13. In the cover glass frame, the engaging protrusion fits into the heat insulating fitting part of the eaves edge heat insulation support member, and the cover glass frame is sequentially attached from the eave edge to the ridge using the same fitting method. Ru.

14. The heat insulating partition member 61 encloses the first header of the eaves of the heat collector and engages both ends with the engagement grooves 68 of the adjacent basic position mounting fixing cover 60, so that the heat insulating partition member 61 partitions the space. A heat insulating structure is constructed by filling the inside of the space with a heat insulating material.

With the configuration described above, the basic position fixed cover of the present invention serves to discharge condensation water, leakage water, etc. inside the cover glass to the eaves, and also allows the main body finished to predetermined dimensions to be placed in the basic position. By accurately determining and installing the heat collector parts, subsequent installation of each component of the heat collector can be carried out easily, quickly and accurately, resulting in labor saving in the work process and economical production management. Also, regarding the insulation core part number, hold the insulation material that includes the first header at the eaves of the heat collector,
This has the effect of further improving heat collection efficiency.

[Brief explanation of the drawing]

Fig. 1 is a perspective view showing the basic position attachment fixing force l\2 according to the present invention, Fig. 2 is a perspective view showing an example of attaching the heat insulating partition member according to the present invention, and Fig. 3 is a perspective view showing the assembled state. 4, 5 and 6 are perspective views showing the heat collecting roof in the process of installing and fixing the heat collector,
FIGS. 7 and 8 are perspective views of the upper connecting member and the upper connecting member for eaves. 60... Basic position mounting fixed cover, 61... Heat insulation partition member, 62... Basic position mounting fixed cover main body, 6
3... Notch part, 64... Drooping engagement piece, 65, 66° 67... Rising part, 68... Engagement groove, 69.69=
... Bolt hole, 70 ... Upper connection member for eaves, 71
... Insulating partition member main body, 72 ... Overhanging engagement piece, 7
3... Notch, 74... Notch groove, 75... Piping,
80...Horizontal bar fixed to the eave insulating wall, 81...Insulating core member, 82...Horizontal bar fixing the heat insulating wall to the ridge, 83...Heat collecting temperature patent applicant Hirai Gi Co., Ltd. Kendai Osamu Personnel Procedures Amendment August 24, 1981 Director-General of the Patent Office Kazuo Wakasugi 1, Indication of the Case Patent Application No. 93044-2 of 1981, Name of the Invention Number of eaves in a solar energy collecting roof Attached Device 3, Relationship with the case of the person making the amendment Patent Applicant Address: 1-4-1 Akasaka, Minato-ku, Tokyo Name: Hirai Giken Co., Ltd. 4, Agent: 105-5, Date of Amendment Order: No voluntary amendment ) 6. Number of inventions increased by amendment None 7. Subject of amendment Title of invention in the specification, scope of claims 8. Contents of amendment (1) The scope of claims in the specification will be amended as shown in the attached sheet. . (2) ``Solar heat collection'' in the 3rd line of page 1 and the 1st and 3rd lines of page 2 are corrected to ``solar energy collection''. (3) Same as above, page 1, line 20, page 2, line 8, page 7, line 1
Line 0, page 9 line 2, line 11, 120b, page 10 line 3, line 5, line 12, line 13 and page 11 line 4 F TOKYO HOT J (4) Same as above, page 10, lines 3 to 6 F. Also, the heat insulating partition member has the effect of...a river.Claims characterized by j Basic position mounting fixation The cover 60 and the partition member 61 are arched, and the basic position fixing cover 60 has a notch 63 on the side in the longitudinal direction of the main body 62, an end chamber protrusion 84 on the end of the eaves, and a ridge on the ridge side. 3 consecutive rises 65.6
6.67, an engaging groove 68 is formed in the upper part of the one rising part 67, and a bolt hole 69.69'' is provided in the front main body 62, and the partition member 61 is formed in the upper part of both longitudinal ends of the main body 71. The engaging groove 68 of the basic position mounting fixing cover 60
A solar energy collecting roof characterized in that a protruding engagement piece 72 is formed to engage with the roof, notches 73 are formed at the bottom of both ends, and a notch groove 74 is provided at the bottom of the center of the main body 71. Structure with number of eaves.

Claims (1)

[Claims] It consists of a basic position mounting fixed cover 60 and a heat insulating partition member 61, and the basic position mounting fixed cover 60 has a main body 62.
It has a notch 63 on the side in the longitudinal direction, an end chamber protrusion 84 on the end of the eaves, and three continuous rising parts 65 on the ridge side.
, 66, 67, and has an engagement groove 68 at the upper part of the one rising portion 67, and has a bolt hole 69, 69' in the main body 62.
Further, the heat insulating partition member 61 has protruding engagement pieces 72 that engage with the engagement grooves 68 of the basic position attachment fixing cover 60 at the top of both longitudinal ends of the main body 71, and notches 73 at the bottom of both ends. A structure with a number of eaves of a solar heat collecting roof, characterized in that a cutout groove 74 is provided at the lower center of a main body 71.