JPS6125569Y2 - - Google Patents

Description

[Detailed Description of the Invention] This invention relates to a solar heat collector mounting structure characterized in that the solar heat collector can be easily attached to the outer surface of a balcony at any angle.

When installing a solar heat collector (hereinafter referred to as a heat collector) on a balcony that is generally installed on the roof of a lower floor, the following methods are considered: either the heat collector is built directly into the balcony, or it is attached to the outside of the balcony. However, the former, that is, the one that is built into the balcony, has the disadvantage that it is expensive because it has a special structure and cannot be attached to anything other than a newly constructed balcony.The latter, that is, the one that is attached to the outside of the balcony, is Jikko 46-
A device such as that described in Japanese Patent No. 8765 has been proposed, but when installing the heat collector in an inclined manner as in this example, there are many practical difficulties in supporting it only on the balcony. In addition to the weight of the heat collector itself, the weight of the water to be heated is added to the heat collector, making it quite heavy.In addition, wind pressure is applied to the heat collector, so installation of the heat collector is difficult. This is because installing a heat collector on a balcony that is not planned in advance poses a problem in terms of strength, and with this in mind, it was decided that the collector would have to be installed close to the balcony. This is because it results in impairing the ventilation function of the air conditioner.

This idea was developed in view of the above circumstances, and is characterized by being able to easily attach a heat collector to the outside surface of the balcony at any angle, while also ensuring that it does not interfere with the ventilation function of the balcony. The present invention aims to provide a mounting structure for a solar heat collector.

Examples of this invention will be described below based on the drawings.

Figures 1 and 2 are a front view and a side view, respectively, showing an example of the mounting structure of this invention.
Reference numeral 1 denotes a balcony installed on the roof 2 of the lower floor, and includes an upper rail material 6 with caps 5 attached to the upper and lower parts between the pair of pillars 3 and 3 and between the pillars 3 and the main body 4, respectively. While constructing the girder material 7,
A plurality of balustrades 8, 8... are erected at appropriate intervals between the upper rail material 6 and the girder material 7, and a floor material 9 is laid at the bottom. Heat collectors 10, 10 are attached to the outer surface. In this case, an arcuate receiving part 11a whose lower side slightly protrudes is formed on the outer surface of the upper support member 11, which is installed in a longitudinal manner on the upper part of the outer surface of the balcony 1, and a heat collector is attached to this receiving part 11a. 10
A cylindrical attachment part 10b installed horizontally at the tip of an arm part 10a protruding laterally from the upper end part is rotatably engaged with the arm part 10a, and is connected and fixed by a fixing screw 12 from below the receiving part 11a. (See FIG. 3), and a cylindrical mounting portion 10d horizontally installed at the tip of the leg portion 10c projecting downward from the lower end of the heat collector 10 is attached to a support placed on the roof 2. An arcuate receiving portion 13a formed on the top surface of the stand 13
The receiving portion 13 is rotatably engaged with the receiving portion 13
Connect and fix with fixing screws 12 from the outside of a,
Moreover, the support stand 13 is connected to an auxiliary support member 14 protruding from the lower part of the outer surface of the balcony 1 (see FIG. 4). In this case, the mounting parts 10b and 10d on the upper and lower ends of the heat collector 10 and the receiving parts 11a,
The mounting angle of the heat collector 10 can be arbitrarily set by rotationally adjusting the engagement state with the heat collector 13a, and the bracket 15 interposed between the support stand 13 and the auxiliary support stand 14 can be used as an auxiliary support. It is connected to the material 14 with a bolt 16, and is connected to the support base 13 by a bolt 17 passing through a vertically extending long hole 15a drilled in this bracket 15 and screwed to this bolt 17. The nut 18 allows the auxiliary support member 14 to be attached in accordance with the inclination angle of the heat collector 10.

According to the mounting structure of this invention configured as described above, the cylindrical mounting structure is installed horizontally at the upper end of the heat collector on the arcuate receiver formed on the upper support member mounted on the upper part of the outer surface of the balcony. At the same time, the cylindrical mounting part installed horizontally at the lower end of the heat collector is connected to the arc-shaped receiving part formed on the top surface of the support stand placed on the roof. In this case, the support base can be arranged in accordance with the inclination angle of the heat collector through an auxiliary support member that is connected to the support base and the balcony by bolts, so that the roof roof can be easily connected to the balcony. Not only can the heat collector be stably mounted on the roof at any angle on a type of balcony, but also the weight of the heat collector and the water inside it can be transferred to the roof via a support placed on the roof. This prevents excessive weight from being placed on the balcony, and the presence of the auxiliary support material prevents the collector from lifting up even if uplifting force is applied to the collector due to wind, etc. Since rattling can be prevented, impact force can be prevented from being applied to the roof, and since the heat collector can be installed below the balcony, there is no risk of damaging the ventilation function of the balcony. The effect is obtained and its utility value is remarkable.

Although the above embodiment shows a case in which two heat collectors are attached, the structure is not necessarily limited to this, and any number of heat collectors can be attached.

[Brief explanation of the drawing]

FIG. 1 is a front view showing an example of the mounting structure of this invention, FIG. 2 is a side view thereof, and FIGS. 3 and 4 are enlarged sectional views showing essential parts of the mounting portion. In the figure, 1...balcony, 2...roof,
10... Solar heat collector, 10a... Arm, 10b
...Cylindrical attachment part, 10c... Leg part, 10d
... Cylindrical attachment part, 11 ... Upper support material, 1
1a... Arc-shaped receiver, 12... Fixing screw, 13...
. . . support stand, 13a . . . arcuate receiver, 14 . . . auxiliary support material.

Claims (1)

[Scope of utility model registration request] An arcuate receiving part is formed on the outer surface of the balcony installed on the roof, and a cylindrical mounting part installed horizontally at the upper end of the solar heat collector is connected to this receiving part so that the rotation can be adjusted. A cylindrical mounting part installed horizontally at the lower end of the heat collector is rotatably connected to an arcuate receiving part formed on the upper surface of the support stand placed on the roof, and in this case, the support stand is A mounting structure for a solar heat collector that can be arranged in accordance with the inclination angle of the solar heat collector through an auxiliary support member connected to the support base and the balcony by bolts.