JPS6073245A - Balance window type room heating energy saving device utilizing solar heat - Google Patents

Abstract

PURPOSE:To obtain a balance window type room heating device utilizing solar heat, which is facilitated in the handling thereof, by a method wherein a heat accumulating body, in which pipes filled with heat medium are connected in the shape of a blind, is divided into two parts of equal weight. CONSTITUTION:A heat accumulating body accommodating chamber 3 is provided at the upper wall 2 of a window glass 1. The pipes 4, filled with the heat medium 5 and connected in the shape of blind by connecting wires 6, are formed into the blind type heat accumulating bodies 7a, 7b covering the half of the light receiving area of the window glass 1 and having equal weights, are suspended from a roller 9 attached to the upper part of the heat accumulating body accommodating chamber 3 at the intermediate part thereof. In the day time, the heat accumulating bodies 7a, 7b are located at the light receiving surface of the window glass 1 by pulling them by hand. When sun beams disappeared, the heat accumulating bodies 7a, 7b are pulled by hand upwardly or downwardly to locate the heat accumulating body 7a in the accommodating chamber 3 and the heat accumulating body 7b at the lower part of the window glass to effect natural heat dissipation.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a device that stores solar heat in a heat medium and radiates it at night to save heating energy.

Conventionally, in order to utilize solar heat, water was used as a means to store the radiant heat, and a heat collection device was installed on the roof with a heat absorber made of pipes made of synthetic resin, stainless steel, etc. housed in a glass box, and a tank was used to store the radiant heat. There are those that store hot water and use it for hot water supply and heating, those that use air as a total medium and use crushed stone as a heat collector for heating using a blower, and some V- that use solar cells to store electricity and use it for heating. is known, but 71 uses water? Water distribution/-, O-if 0, heat insulating tank equipment, etc. are required, the equipment is expensive, there are problems with corrosion resistance and durability, and crushed stone and a large fan are required for the air-powered manometer. However, it requires expensive equipment and personnel, and requires a large space for installation.Those using solar cells have the disadvantage that they require expensive equipment and a large space for installation.

This invention eliminates the above-mentioned drawbacks, and makes it possible to easily handle the heat storage body in which a heat medium is sealed between the heat collection chamber and the heat radiation chamber, and the heat storage body is connected in a blind manner. The object of the present invention is to provide a solar heat utilization balanced window type heating energy saving device that enables the use of solar heat.

The configuration of the present invention necessary for this purpose is to install a heat storage body in which heat medium-filled grooves are connected in a blind manner to one part of the light-receiving surface.
/2 is divided into isoelectric fjl, and these are connected together to form a solar heat balance window-type heating energy T (fj reduction device) in which the middle of Y-X and - is suspended from mouth to lar.

Hereinafter, one embodiment of this invention will be shown in the drawings.
a.

In Figure 1, (1) is a window glass, -1 part tank (2
) has an M heating body storage room (3) or 1 thrown into it. f/I)
f is a pipe in which a medium (5), such as calcium chloride, calcium carbonate, or water, is connected in a granite shape with intervals between connecting lines (6), and the window glass (1)
Let the brine L type heat storage bodies (7a) and (7b) of :j'( be equal in length connecting /2 of the light-receiving surface of It is suspended on a roller (9) installed in the - part of the storage room (3).The dashed lines (10a) and (Job) are glass doors that can be fitted with double-glazed windows and L as required. The space between the window glass (1) is used as a heat collection chamber (1'l),
! l: Can be used, with the front completely below (12)
Heat dissipation with 111a fan (I3)? i (1/l)
It may also be configured as

In order to use this one-chamber energy saving device 7; 5 for fw, the heat storage bodies (7a) and (7b) are pulled by hand during the day so that they are positioned at the light-receiving surface of the window glass (1). At this time, the heat storage bodies (7a) and (7b) are connected in a blind shape υ with an interval between the F-bums (4) *H6)
In the evening, when the 1st shot stops, the 21st one will be turned on. As shown, the heating bodies (7a) and (7b) are pulled by 1-dpi by the y, and the heat storage body (7a) is placed in the storage chamber ('AI tel, heat storage 14).
<(7b) is located in the F fan (heat radiation chamber (I4) or if there is one, the heat radiation chamber (1.1)), and the natural heat radiation 7il is set up. As soon as the j-1 lee runs out, switch the positions of the heat storage bodies (7a) and (7b) to dissipate heat.
The state shown in the figure may be used.

Part 3: The heat storage elements (7a) and (7b) overlap each other, or when it is necessary to bring in light indoors, or when trying to create a natural heat dissipation state. It shows.

In the above embodiments, when a heat substance such as calcium chloride or calcilyl carbonate is used as the heat medium, solidification heat is generated during heat dissipation, so that the capacity of the heat medium can be reduced.

After experimenting with the above example, the following points were made.

That is, diameter 50111111, long grass 180 C1r
Made of polyethylene of T/N/Using a heat storage body emulated with chloride/Lucium chloride/Eye side II during clear weather in winter: and R
,, lc :, 'i ke 4j x 1 As shown in cumulative 1] fire mke 2.5-1' ro power loli - , cumulative futone toke φ' eight river td, 1 2 =1− Loka
[l ri - - (le] It was. Heat dissipation in this state /
32.5 + compared to one that does not use a heat storage element
Room n1 I 7 II! In the 12 hours from 1 hour to 5 o'clock the next day, the average temperature could rise by 311 degrees Celsius, which was effective enough to reduce the energy consumption of one room.

This invention has the above-mentioned configuration, and since the heat storage body in which pipes 0 containing a heat medium are connected in a cylindrical shape is connected to both η'1.1 of the wires of the same weight, the heat storage body ( 7a) and (7b) are in a balanced state, and by simply pulling either one of them with your hand, you can move it to the lower position and use it extremely comfortably.
ii, it is inexpensive, durable, and can be used semi-permanently, and the form is a balanced window wall, so you can change the adoption status of the pig while using it, without damaging the evil lighting function. Since it uses 11 places, it does not take up much space and has heating: L
2] which was created as an energy-saving device.

Ti on the 11th j side? j ii'+ i1g light Figures 1 to 3 (・1, Fig. 1, which shows an embodiment of the present invention,
Figures 2, 3 and 3 are side views, and Figure 1 is a graph showing the relationship between ti t-1 radiation and heat storage (j).

(3)...-11y Inner room, (/I) ・Ya i
F0, (5) Heat medium, (8)...Wire, (7a
) Heat storage body, (7b) Heat storage body, (9) Roller, (11) Heat collection chamber, (1(1) Heat radiation chamber.

Special fjl applicant: Takenaka Corporation Representative Patent Attorney Board Kiyoshi I Figure 1 Figure 2 Figure 3

Claims (1)

[Claims] 1. The heat storage bodies (7a) and (7b), which are blind-connected pipes (4) containing a heat medium (5), are divided into 1/2 of the light-receiving surface and set as @weight. This is a solar heat balance window type heating energy saving device in which the middle of the connected wires (8) is suspended from the rollers (9). 2 Special training with the tank in the window as a heat storage storage room (3)
! ! j) The solar heat utilization balance window type heating energy saving device as described in item 1 of the scope of the requirements. 3. The solar heat balance window type heating energy saving device according to claim 1, wherein the lower part of the nitrogen is used as a heat radiation chamber (14) to radiate warm air from the heat radiation.