JPH0218446Y2 - - Google Patents

Description

[Detailed Description of the Invention] [Technical Field] The present invention relates to a solar heat collector mounting device that uses slide fittings to absorb mounting dimensional errors.

[Prior art]

Generally, a solar heat collector is installed on a roof using a pedestal made of an L-shaped or C-shaped angle.
For this purpose, the solar collector always has mounting legs 1 fixed to the solar collector main body 2 as shown in FIGS. 3 and 4.

The mounting leg 1 is slidably engaged with a substantially L-shaped script body 4 having a long hole 3 bored in one piece thereof, and one piece of the script body 4 having the long hole 3 bored therein, and is fitted in the long hole 3. 3, and a slide fitting 6 having a long hole 5 formed opposite to the slide fitting 6, and a mounting frame (either (not shown) to fix the solar heat collector main body 2. The slide fitting 6 is used to absorb dimensional errors when installing the solar heat collector body 2.

By the way, when installing the solar heat collector main body 2 on a mounting frame, it is common to make the solar heat collector main body 2 slope. In this case, it is necessary to adjust the slide fitting 6 while supporting the heat collector main body 2 so that it does not slip off the mounting frame.

However, since the solar heat collector installation work is done on the roof, the footing is unstable, and the heat collector body 2
The work had to be carried out while supporting the machine to prevent it from slipping off, which was very dangerous and had the drawback of reducing work efficiency.

〔the purpose〕

This invention has a removable stopper on the slide fitting to prevent the heat collector body from slipping.
This makes it possible to install a solar heat collector safely and quickly.

〔Example〕

Reference numeral 11 is a solar collector body in which a heat collecting plate is disposed in a rectangular box 12 and the upper opening thereof is closed with transparent glass 13, and there are a total of four locations on opposite sides of each side wall. One piece of the script body 14 having a substantially L-shaped cross section is fixed to the base plate with screws 15, 15, etc.

The one piece of the script body 14 that is not fixed, that is, the free end piece, is formed into a concave shape by recessing the center part, and a long hole 16 is bored in the bottom of the recess, and the long hole 16
A protrusion 17 for preventing lateral displacement is formed protrudingly on both sides.

Reference numeral 18 denotes a sliding metal fitting having a round-shaped cross section, and is slidably engaged with the free end piece of the script body 14, and the elongated hole 16 of the script body 14 is formed in the upper piece.
A long hole 19 is formed opposite to the long hole 19, and a guide piece 20 to be guided by the projection 17 is bent at both edges of the upper side.

Further, at least one end of the slide fitting 18 is formed with engaging and holding pieces 22, 22 for detachably engaging and holding a stopper 21, which will be described later.

The stopper 21 prevents the solar heat collector main body 11 from slipping, and has a shape with a bent portion at the top that engages with the holding piece 2 of the slide fitting 18.
It is attached by engaging with 2 and 22.
A stopper 21 attached to the slide fitting 18 is engaged with a round-shaped mounting frame 23 for receiving the solar heat collector body 11 to prevent the solar heat collector body 11 from sliding down.

Numeral 24 is a bolt for fixing the solar heat collector main body 11 to the mounting frame 23, and is inserted between the long hole 19 of the slide fitting 18, the long hole 16 of the main body 14, and the mounting hole (not shown) of the mounting frame 23. is inserted into the 2
5 is Watsusha.

Here, the installation work of the mounting device of the present invention will be explained. First, the slide fitting 18 is loosely engaged with one piece of the script body 14 attached to the solar heat collector main body 11, and the upper bent portion of the stopper 21 is engaged with the engaging and holding pieces 22, 22 of the slide fitting 18. match.

Then, the solar heat collector main body 11 is installed on the mounting frame 23, and the downward protrusion of the stopper 21 is locked to one side of the mounting frame 23.
Even if you take your hand off the solar heat collector main body 11 in this state, the solar heat collector main body 11 is supported by the mounting frame 23 via the stopper 21, the slide fitting 18, and the base body 14, so that it will not move downward. It won't slip off.

Therefore, with the stopper 21 preventing the solar heat collector main body 11 from slipping, move the script body 14 side or the slide metal fitting 18 side as appropriate, absorb the installation dimensional error, and then insert the bolt 24 into the long hole. 16, 19 and the mounting hole.

In addition, in the above embodiment, the slide fitting 18
is formed in a round shape to prevent it from coming into contact with the script body 14, but the sliding range is regulated by the engagement between the recess of the script body 14 and the guide piece 20 on the slide fitting 18 side. At the same time, the sliding fitting 18 may be prevented from coming loose.

〔effect〕

As described above, the present invention includes a substantially L-shaped script body that is attached to the solar heat collector body and has a long hole bored in one piece thereof, and a slidable playable part of the one piece of the script body in which the long hole is bored. A slide fitting having a long hole formed therein and facing the long hole, and a mounting pedestal for receiving the solar heat collector main body; In the solar heat collector mounting device, which fixes the solar heat collector main body and the mounting frame by inserting and fixing bolts into holes, at least one side of the slide fitting is provided with a bolt that is attached to the mounting frame. Since the removable stopper for preventing slipping of the heat collector body is detachably provided, the solar heat collector can be installed extremely safely and quickly even in places with poor footing. In addition, when removing the heat collector, all you have to do is remove the stopper and slide the heat collector along the inclination direction of the mounting frame, which has the remarkable effect of simplifying the work. be.

[Brief explanation of drawings]

Fig. 1 is an enlarged external perspective view of the main parts of the solar heat collector mounting device of the present invention when it is installed, Fig. 2 is an enlarged external perspective view of the main parts of the same mounting device, and Fig. 3 is a solar heat collector equipped with the conventional device. FIG. 4 shows a perspective view of the appearance of a conventional device. 11...Solar heat collector body, 14...Script font,
16...Long hole, 18...Slide metal fitting, 19...
Long hole, 21...stopper, 23...mounting frame,
24...Bolt.

Claims (1)

[Scope of utility model registration request] A substantially L-shaped script body that is attached to the solar heat collector body and has a long hole bored in one piece thereof, and a base plate body that is slidably engaged with one piece of the script body that has the long hole bored therein, and has a long hole formed in the long hole. A slide metal fitting having a long hole formed opposite to the body and a mounting frame for receiving the solar heat collector main body are provided, and bolts are inserted and fixed through the long hole of the slide metal fitting, the long hole of the script body, and the mounting hole of the mounting frame. In the solar heat collector mounting device for fixing the solar heat collector main body and the mounting frame,
A mounting device for a solar heat collector, characterized in that a stopper for preventing the collector body from slipping is detachably provided on at least one side of the slide fitting and is detachable from the mounting frame.