JP3238472U - Sash with solar power - Google Patents

Abstract

An object of the present invention is to provide a sash equipped with a photovoltaic power generation device leading to prevention of global warming and reduction of electricity bills. SOLUTION: This invention is a combination of a box 8 for storing a solar battery cell 4 and a portable power source, and a table tap 9 for indoor use. A plurality of molds are provided from the upper end to the lower end and from the right end to the left end, the solar cell 4 is inserted in a blind shape, a portable power source that can be carried even in the event of a disaster is stored in a box 8 and connected by wiring, and the portable power source is a table tap 9 and a power plug. Electricity can be easily taken into the room by connecting and attaching the table tap 9 to the box 8, and the table tap 9 is provided with an extension cord to enable the use in the inner part of the room, thereby reducing the electricity cost and preventing global warming. Useful for [Selection drawing] Fig. 1

Description

TECHNICAL FIELD The present invention relates to a sash that can generate electricity by attaching a solar battery cell to a window of a rental house.

Even if you want to help prevent global warming, which is a global issue, you cannot use a shared roof in rental housing. Power distribution is difficult.

To install solar power, each house requires a considerable amount of money and a large roof. Moreover, when selling electric power, the purchase burden on the public is also incurred. Therefore, in order to spread the use of photovoltaic power generation while reducing the burden on others, it is desirable to supply a sufficient amount of electric power to each room used.

When building a new apartment or condominium, installing sashes incurs costs. If you want to install a solar power generation system, it costs another cost. Therefore, by using the sash installed either way, the overall cost is suppressed.

In order to protect privacy, windows are covered with curtains and lights are turned on even though it is bright during the day. Even if you choose , it will be more expensive than the center of firepower. There is no point in windows. Therefore, if we aim for a more efficient energy supply, in addition to power generation using renewable energy, consideration must be given to reducing energy consumption by incorporating natural light.

In the event of equipment failure, it would be difficult for a single person to move the heavy sash alone, and there is a risk of injury. Even if it can be delivered, if the sash is removed, a replacement sash or panel will be required. Therefore, by devising a way for a repairer to easily perform repairs while standing at the site, it is possible to prevent the failure from being left unattended, and as a result, the product can be used for a long period of time.

In order to make effective use of the limited space in Japan, the idea is to fix the solar cells between the windows and store the portable power supply in a box to make the room look neat even in the event of a disaster. A handle is attached to the portable power supply so that it can be carried around, and electricity is supplied directly from the sash to the room in order to save time-consuming installation costs.

The table tap has a cylindrical body and circular side plates on both ends, an extension cord is wound around the body, and a plug is attached to one end of the side plate. , to attach to the box using the stopper.

The glass on the light-receiving surface is made transparent, and the glass on the interior surface is made of frosted glass to hide the interior and eliminate the need for curtains. By inserting the battery cells diagonally to create a space, sunlight is taken in and the lights are turned off during the day.

Two sheets of glass are surrounded by rubber composition beads one by one, and by creating a slight gap between the glass and the glass, it becomes a gap for heat dissipation, and the solar cell and the wiring can be inserted and removed while standing. The gap should be a gap that can be easily sorted.

As described above, the sash with solar power generation of the present invention not only helps prevent global warming, raises environmental awareness, and reduces electricity bills, but also leads to a sense of satisfaction, and provides privacy while allowing sunlight in. To create a living environment that feels more natural. Portable power supplies are portable, so they can be used in preparation for disasters or when camping.

1 is a front view of the sash of the present invention; FIG. It is a sectional view of a sash. Fig. 3 is a schematic diagram of a box; It is a three-dimensional view of a table tap. Fig. 2 is a schematic diagram of a power strip fitting in the box;

A plurality of dents are provided on the surfaces where the transparent glass of the light-receiving surface and the frosted glass of the interior face face each other, and an inclined solar battery cell is inserted into the dents between them. Wires are connected to each solar cell, one by one, linked to a portable power supply with a charge controller and storage battery and a sine wave inverter, and housed in a fixed box at the bottom. From there, electricity is sent into the room by connecting to a table tap with a power plug, and the table tap that can be attached to the box can be removed by rotating it slightly, and since it is equipped with an extension cord, it can be used even in the back of the room.

An embodiment will be described below with reference to the accompanying drawings. 1 is the sash, 2 is the transparent glass of the light receiving surface, 3 is the frosted glass of the interior surface, and the recesses 2a and 3a are provided on the facing surfaces at an angle that allows sunlight to enter the room and at a width that allows sunlight to enter the room. Insert the battery cell. 5 fixes the photovoltaic cell 4 with a beat so that it can be removed. 6 is wiring, 7 is a portable power source, and is housed in a box 8 . 9 is a table tap, 10 is a power plug, 11 is an extension cord, and the power plug 10 is connected to the portable power source 7 . 7a is a charge controller, 7b is a sine wave inverter, and 7c is a storage battery. The table tap 9 is mounted by providing a plug 12 and a hole 13 in the table tap 9, inserting it into the fitting opening 14, turning it clockwise and fixing it to the blade receiving spring 15. - 特許庁

1 Sash 2 Clear glass 3 Frosted glass 4 Solar cell 5 Beat 6 Wiring 7 Portable power supply 8 Box 9 Table tap 10 Power plug 11 Extension cord 12 Plug 13 Hole 14 Fitting opening 15 Blade receiving spring

Claims (3)

A portable power source containing a solar cell, preferably a monocrystalline half cell, which is inserted in the intermediate layer between the light-receiving surface glass and the interior glass, a charge controller and a storage battery connected by wiring to the solar cell, a storage battery, and a sine wave inverter. The sash with solar power generation is provided with a box that opens downward on the interior surface and a table tap with an extension cord that connects a portable power source with a power plug. The solar battery cell is inclined obliquely between the transparent glass and the frosted glass, and the two glass sheets face each other, and a concave mold is formed horizontally from the right end to the left end and from the top end to the bottom end with a width that allows sunlight to enter. 2. The sash with photovoltaic power generation according to claim 1, wherein a solar cell is inserted into the sash and each glass is surrounded by a rubber composition bead so that the solar cell can be put in and taken out. The table tap has a cylindrical body and circular side plate portions at both ends. At least three or more convex plugs are attached to the side plate portions provided with a plurality of insertion openings. 3. The sash with photovoltaic power generation according to claim 1 or 2, wherein the sash is provided and can be attached to a box.

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