JPS58160770A - Solar heat collecting heater installed in wall - Google Patents

Abstract

PURPOSE:To make effectively possible the space heating by solar heat, by attaching a recetangular heat collecting section having an air passage in the wall, and providing check valves so that air in a room may be sucked from the lower part of the air passage and can be discharged from the upper part thereof, in the titled heater of a natural circulating type. CONSTITUTION:The check valve 1L acts to suck air from the room 1H, and the check valve 1k acts to discharge the air. Solar heat warms the air in the air passage 1G via a heating section 1D composed of a glass plate 1c. As a result, convection occurs, and the warmed air is discharged via the check valve 1k from an outlet 1I into the room 1H. On the other hand, the air in the room 1H is sucked from a suction port 1J via the check valve 1L into the air passage 1G. Accordingly, the air in the room 1H circulates, and therefore the room 1H can be heated by solar heat.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention aims to provide a natural circulation type wall solar heat collection heating MWI crab having a novel configuration.

Drawings below! The details of one embodiment of the present invention will be explained with reference to the following.

1 is the first invention l! Menta #1 III & Shu II & heating device. The configuration is such that the front opening is vertically elongated and the opening on the other side of the heat collecting part 1D is made up of a glass plate 10V that allows the sun's rays to pass through the opening on one side of the frame body 1M, Installation Y is attached to the outer surface IF' on the 41st side 1F of the desired building to form a ventilation path IGy, and the above wall surface 11P is attached to the above wall surface 11P. 1 air outlet and 1 suction port
J is opened, and check valves IK and IL are provided at the air outlet and suction port to respond to the flow of warm air in the air passage.

One side opening I of the frame body 1mu, which has a vertically elongated rectangular shape from the front.
The other side of the heat collection ff1i1D made of glass that allows sunlight to pass through it
11P to form a ventilation path 1G.

On the wall surface 11F, there are an upper and lower air outlet and a suction hole 1J that pass through the air passage, the inside of the battery case 1H and VJ of the building, and the air outlet and suction i:IK are the temperature in the air passage. Check valve IK that responds to wind flow.

If 1L is provided, there will be a quantity of 1° for the indoor III opening at the above-mentioned blowout hole 1 and suction port 1J.

1Ji'll+1 is provided so as to be freely closable, and the above glass plate 1
The upper and lower parts of c are provided with an air outlet 1M and a suction port IN (opened through a partition 1av), and this air outlet 1M and suction port 1N
FC is a glass plate 10 through which sunlight can pass. IP)l'
Tension y: Amount 10. The IP is provided so that it can be opened and closed.

T above! The vents 1 and 1J are dammed so that they can be opened and closed using a hinge IQt' at the air outlet and suction port, and the vents 1 and 1J are insulated. 1R is a magnetic lid! When tightened, it is configured to attract an iron piece (not shown) provided on the frame 1R11. Also, Joki reverse 1h
yP is composed of a synthetic resin plate, and the ILl
- configured to swing through the 1S is the outer surface 1
F is the black surface coated as necessary, IT is the opening/closing metal fitting.

Honrin's is structured as described above.

Warm 'g warmed by the sun's heat! Air enters the room through the outlet, and cold indoor air enters the air passage through the suction port and is warmed. In this way, warm air is supplied into the room. In this case, since a check valve is provided, if the air inside the room is too strong, the passage is blocked and the air does not leak out.

Furthermore, in the case of the second invention, when the outside temperature is low such as at night, the lid is closed for 1 time and 1JV, and when the outside temperature becomes high, the air inside the device becomes 4i temperature. In this case, the high temperature 9 air inside the loading bay can be exhausted by opening the above [10°].

In this way, according to the present invention, solar heat? Not only can it be used effectively to increase indoor temperature, it can be installed in both existing and new houses, and its relatively simple structure allows for inexpensive mass production. This invention can be said to be a useful invention that also has favorable effects Y.

[Brief explanation of the drawing]

The drawings show one embodiment of the present invention, and FIG. 81 is a longitudinal sectional view of the first invention, FIG. 2 is a front view of the M2 invention, FIG. 5 is a longitudinal sectional view of the suction port portion, and FIG. 86 is a longitudinal sectional view of the air outlet portion. 1.1°, m-plane solar heat collection and heating device, ID...heat collection section, 1 i,...outer surface, IG...ventilation path/1 construction 11. Air outlet, IJ, Suction port, 1 piece, i
ii, 1i...j, IK...Check valve, 1L...Check valve-1o,...Lid, I P...Lid. Patent applicant Isao Arai Figure 4 Figure 6-A'l

Claims (2)

[Claims] (1) Glass plate 1Cv through which solar rays pass through one opening IBK in the frame 1M, which has a vertically elongated rectangular shape on the front.
The other side opening 'jlv and dam of the stretched heat collecting part 1D are attached to the outer surface 1P' of the desired wall surface 1ν of the building structure to form the ventilation path 1G, and the above-mentioned 111i1ye
c is the above ventilation path and the indoor 1H of the collection 1a? The upper and lower air outlets and the suction port IJt' should be opened to communicate with each other, and the air outlet and the suction port should be provided with checkers 9P I K and I L that respond to the flow of warm air in the air passage. v*
Wall-mounted solar heat collection heating system that generates mold (2) A glass plate 10mm that allows sunlight to pass through the IBIC opening in the frame 1mm, which has a vertically elongated rectangular shape from the front.
In the opening 1 on the other side of the heat collecting NID? An energizing path IGv is formed by attaching the IPK to the outer surface of the wall surface IPK of the building where installation is desired, and upper and lower air outlets are provided on the 11th surface 1ν to communicate the ventilation path with the interior 1H of the brothel. A check valve IK is provided at the air outlet and the suction port to respond to the flow of warm air in the air passage.
When the IL is provided, the indoor openings of the air outlet 1 and the suction port 1J are provided with 1lII, 1. The TV is installed so that it can be opened and closed freely, and the upper and lower parts of the glass [IG are connected to the air outlet 1M and the suction port IN through a partition 10V! Close the opening,
and. The air outlet 1M and the suction 01N are provided with a lid 10°1P that can be opened and closed with a glass plate 10° and 11" through which sunlight can pass. .