JP5769054B2 - Stone pillars for solar panel installation - Google Patents

Description

  The present invention relates to a stone pillar on which a solar battery panel serving as a power source for a dehumidifying device in a mausoleum bone chamber is installed.

  In general, the mausoleum's ossuary (called “Caroto”) is underground or semi-underground. For this reason, in the ossuary chamber, humidity is high due to dew condensation or the like, air is stagnated, and a strange odor is generated due to propagation of various germs. Therefore, conventionally, in order to prevent generation of mold and malodor, a method of providing a vent hole between the ossuary chamber and the outside, or installing a dehumidifying agent has been adopted.

  The interior of the ossuary room is separated from the ground by concrete and stone, but there is a custom that grave participants wash and water the tombstone. Furthermore, intrusion of groundwater or rainwater may infiltrate the inside of the ossuary chamber and cause water to accumulate in the urn. In addition, it is often seen that it is an insect resenter who likes moisture such as geji and millipedes that have entered through the gaps between “Shibadai” and “Waiseki”. The mausoleum in such an unsanitary environment also has a problem that it does not provide a feeling of spiritual relief for the deceased of the survivors such as the bereaved.

  Therefore, in order to forcibly ventilate and dehumidify the ossuary chamber, a graveyard with an ossuary chamber provided with an intake / exhaust duct equipped with a fan unit that is driven by power supplied from a solar cell or a commercial power supply has been proposed. (For example, refer to Patent Document 1, Patent Document 2, and Patent Document 3.) The present inventor has also proposed a method for ventilating the ossuary chamber in which the ossuary chamber is forcibly and automatically ventilated to perform dehumidification, sterilization and pest control (see Patent Document 4).

JP-A-7-269170 Japanese Patent Laid-Open No. 9-49347 Japanese Patent No. 2631834 JP 2007-284929 A

  As described above, when the power is obtained from the solar cell, the solar cell panel is installed in the vicinity of the tombstone in the vicinity of the tombstone. It is desirable to be placed. However, there is a problem that sufficient power to drive the ventilator cannot be obtained in poor sunlight where the sunlight changes depending on the season, the direction of the mausoleum or the surrounding area is covered with a lot of trees. . The present invention has been made in view of the above-described problems of the prior art, and an object thereof is to provide a stone pillar for installing a solar cell panel that can cause the solar cell panel to receive sufficient light depending on the installation environment of the mausoleum. .

Therefore, stone pillar for a solar cell panel installed in the present invention, a head having an inclined surface for solar cell panel fixing is, for solar panels installed mounted for horizontal rotation through a joint stone pillar body The first feature of the stone pillar is that the joint has a double cylinder structure including an outer cylinder and an inner cylinder, and is provided with a stopper. Further, the second feature in that a cylindrical hole for wiring that penetrates the rear longitudinal pillar body in the longitudinal direction of the groove line or stone pillar body for wiring.

The present invention has the following excellent effects.
(1) Since the direction of the light receiving surface of the solar cell panel can be freely set, no special consideration is required for the installation direction of the stone pillar body.
(2) Since no consideration is required for the direction of the light receiving surface of the solar cell panel, it can be easily attached to an existing mausoleum.
(3) is provided with the rear longitudinal length sleeve hole for wiring that penetrates in the longitudinal direction of the long groove or stone pillar body for wiring the pillar, without impairing the appearance, also work for repair or replacement The nature will also improve.

It is a front view which shows the mausoleum in the state which installed the stone pillar for solar cell panel installation which concerns on this invention. It is a perspective view of the stone pillar main body concerning the present invention. It is a disassembled perspective view of a joint. It is a perspective view which shows the wiring method of the power transmission cord to a groove. It is a perspective view which shows an example of the mausoleum to which the ventilation apparatus was attached. FIG. 6 is a front view of the mausoleum of FIG. 5. It is explanatory drawing of a ventilator unit.

  Hereinafter, embodiments of the present invention will be described based on examples shown in the drawings.

  The mausoleum attached with the stone pillar 6 for installing the solar cell panel of the present invention includes, for example, as shown in FIGS. 5 to 6, a ossuary chamber 5 integrally formed in a hollow box shape from the basement, It consists of a tombstone 1 placed on the ossuary room 5. Here, the left and right walls of the ossuary chamber 5 are respectively provided with an intake port 5a and an exhaust port 5b communicating with the outside. The pest repellent storage tank 3 is attached to the intake port 5a, and the exhaust device 2 is attached to the exhaust port 5b.

  As shown in FIGS. 6 to 7, a waterproof fan 2 c is attached to the inside of the cylindrical ventilation duct 2 b of the exhaust device 2. A motor 2d is connected to the fan 2c, and is electrically connected by a power transmission cord 7 to a solar cell panel 9 which is installed at an appropriate position on the external ground portion of the ossuary chamber 5 and attached to the stone pillar 6, and the solar cell panel 9 It is rotated by the power supplied from. The ventilation duct 2b is inserted into an exhaust hole 5b formed in the wall of the ossuary chamber 5, a hood cover 2a is fitted and attached via a wire mesh 2e, and is provided to be able to ventilate the outside of the ossuary chamber 5. Yes. Here, the exhaust device 2 is always driven except during rainy days and nighttime when the solar cell panel 9 does not generate power, and exhausts moisture and odorous air in the ossuary chamber 5 to the outside.

  Here, as the pest repellent, a liquid having high bactericidal properties such as hiba oil, hinoki oil, lavender oil and the like is used. Each of these may be used alone or, desirably, by mixing them appropriately, not only pest repellent effects but also aroma can be obtained. Then, when the pest repellent storage tank 3 and the intake port 5a are communicated with each other through the flex duct 3a and the exhaust device 2 is driven, the pest repellent 8 is evaporated into the osteoid chamber 5 by the pulling pressure. While the exhaust device 2 is being driven, the pest repellent is transpirated into the ossuary chamber 5 at all times. The pest repellent storage tank 3 is normally concealed by a stone cover 4 made of the same material as the tombstone 1 or a storage box provided integrally therewith.

  With the configuration as described above, power is transmitted from the solar cell panel 9 and the exhaust device 2 is operated to ventilate the ossuary chamber 5. That is, the ground part of the mausoleum is provided with the exhaust device 2 driven by the motor 2d electrically connected to the solar battery panel 9, so that the indoor space of the ossuary chamber 5 on the ground or semi-underground part of the mausoleum can be ventilated. To do. And if the solar cell panel 9 is attached to the top of the stone pillar 6 made of stone, facing the sun, not only the collection efficiency of sunlight can be increased, but also the landscape of the cemetery is not destroyed.

As shown in FIGS. 1 to 3, stone pillar 6 for solar cell panel installed according to the present invention, the head 6a having an inclined surface 6d of the solar cell panel 9 fixed is a metal on top of the stone pillar body 6b It is attached via a joint 8 so as to be rotatable in the horizontal direction. The joint 8 has a double cylinder structure composed of an outer cylinder 8a having a lower end flange 8g and an inner cylinder 8b having an intermediate flange 8f, and a protrusion 8c provided on the inner side surface of the outer cylinder 8a is connected to the inner cylinder 8b. Is inserted from the notch 8d at the upper edge of the inner sleeve and fitted into the outer circumferential groove 8e of the inner cylinder 8b to prevent the outer cylinder 8a and the inner cylinder 8b from freely sliding in the entire circumferential direction. It is. The outer cylinder 8a of the joint 8 is connected to a joint fitting hole 6e provided on the bottom surface of the head 6a of the stone pillar 6, and the lower part 8h of the intermediate flange 8f of the inner cylinder 8b of the joint 8 is connected to the top surface of the stone pillar body 6b. The head 6a and the stone pillar main body 6b are connected to each other by being fitted into the joint fitting hole 6c provided in the head, and the head 6a can freely rotate with respect to the stone pillar main body 6b to be arbitrarily positioned. That is, the light receiving surface of the solar panel 9 can be set in a free direction without being limited to the standing direction of the stone pillar body 6b. In addition, since the joint 8 is provided with a stopper, it is possible to prevent the head 6a from being displaced or dropped.

  In addition, the power transmission cord 7 of the solar battery panel 9 includes the groove 6d for wiring in the longitudinal direction (vertical direction) of the back of the head 6a and the main body 6b of the stone pillar 6, or wiring that passes through them. As shown in FIG. 4, a cylindrical hole is provided and fixed with a flexible packing 10 such as foamed polystyrene after wiring, and further, a curing tape 11 is applied to the outer surface and fixed. By wiring in this way, the power transmission cord 7 can of course be prevented from being deteriorated, the appearance of the stone pillar 6 is not impaired, and workability at the time of repair and replacement is improved. In particular, the effect is remarkable when using a solid material.

DESCRIPTION OF SYMBOLS 1 Tombstone 2 Exhaust device 2a Hood cover 2b Ventilation duct 2c Fan 2d Motor 2e Wire net 3 Pest repellent storage tank 3a Duct 4 Cover 5 Skeletal chamber 5a Intake port 5b Exhaust port 6 Stone pillar 6a Stone pillar head 6b Stone pillar body 6c Joint fitting Hole 6d Groove 6e Tube hole 6f Inclined surface 7 Power transmission cord 8 Joint 8a Outer tube 8b Inner tube 8c Outer tube protrusion 8d Inner tube notch 8e Inner tube outer peripheral groove 8f Inner tube intermediate flange 8g Lower end flange 8h Lower part 9 of inner cylinder Solar cell panel 10 Flexible packing 11 Curing tape

Claims (2)

Head having an inclined surface for solar cell panel fixing is in Columns for solar panels installed mounted for horizontal rotation through a joint stone pillar body, the joint consists of the outer cylinder and the inner cylinder A stone pillar for installing a solar cell panel, characterized in that it has a double cylinder structure and is provided with a stopper. Back longitudinally the grooves or stone pillar claim 1 Symbol placement of the solar cell panel pillars for installation, characterized in that a longitudinally cylindrical hole for wiring that penetrates the body of the wiring of the pillar body.

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