CN201241400Y

CN201241400Y - Solar heating room

Info

Publication number: CN201241400Y
Application number: CNU2008200029048U
Authority: CN
Inventors: 姜延明
Original assignee: Individual
Current assignee: Individual
Priority date: 2008-01-24
Filing date: 2008-01-24
Publication date: 2009-05-20
Anticipated expiration: 2018-01-24

Abstract

The utility model relates to a solar energy heating house. By utilizing the solar energy, the air in the house is heated. Double-layer glass is arranged in a plastic frame which is fixed on the outer wall of the house, a layer of black heat-absorbing material is arranged between a wall surface in the frame and inner-layer glass; an air outlet window and an air inlet window which are connected with the house are arranged on the wall of upper and lower opposite angles in the plastic frame; the air is heated by the sunlight which penetrates the double-layer glass into the heat-absorbing material, the hot air flows into the house from the air outlet window, the cold air at the lower part of the house flows into a big glass optical frame from the air inlet window, thus leading the hot and warm air in the house to be circulated, and the temperature is heated; therefore, people can utilize the house for warming.

Description

Solar heated green house

Technical field

The present invention relates to a kind of house that utilizes solar heating.

Background technology

At present, the relevant invention that room temperature is raise with solar energy warmer has much, and their common deficiencies are that the heat energy of the sun is passed to WATER AS FLOW MEDIUM, and water is passed to air in the room to heat again, like this since heat transfer slowly, the thermal efficiency is low, the cost height is not easy enforcement.

Summary of the invention

In order to overcome the described deficiency of background technology, the utility model provides a kind of house, solved directly to utilize solar energy the problem of the air circulation in house heating, and heating is fast, and thermal efficiency height reaches the purpose of heating.

The technical scheme that its technical problem that solves the utility model adopts is, do a plastic frame, load onto double-deck tempering clear glass in the framework, this plastic frame of loading onto double-deck tempered glass is fixed on the wall face in room, the combination of glass and plastic frame and plastic frame and between the walls is tightly gastight again; Glass and between the walls have certain space to be referred to as to call the air heat storehouse, and the metope in the air heat storehouse is coated with one deck heat-barrier material, are stained with one deck reflectorized material on the heat-barrier material again, and there is one deck heat-absorbing material on the reflectorized material surface; Air intake window and outlet window are arranged on the wall in house, air intake window and outlet window are communicated with the room with the air heat storehouse, air intake window is below window, and outlet window has two on the house, air intake window and outlet window have an insulated door at the mouth in room, can open or close; Stack is air heat storehouse and extraneous the connection, and an end stretches out from the upper side frame of plastic frame, and the other end stretches out 2 centimetres from outlet window in wall, a switch is arranged on the mouth of pipe, and stack one end mouth out of doors is downward; The external surface of plastic frame and stack has one deck stainless steel sheet| to encase to prevent plastic ageing.

Might need situation about connecting between glass in the plastic frame and the glass, Fig. 4 is the cross-sectional view of the connection strap between glass and the glass, and it can be together with each other the glass of glass under the window and window both sides, is the tempered glass manufacturing.

The utility model is the scheme that tent is transformed into solar heated green house, make a cuboid double-layer seal polybag as Fig. 5, the polybag skin is transparent, coat heat-absorbing material in the internal layer and just formed the air heat storehouse, the polybag outer wall has charge valve to inflate in interlayer, have in the polybag internal layer and lead to extraneous air inlet pipe and escape pipe, air inlet pipe and escape pipe are at the diagonal position of solar energy heating bag, and this has just made the solar energy heating bag; Solar energy heating bag inner and outer wall has the plastic tape of 4 centimeter length to connect, 1 square metre has 4 junctions, erects after the inflation of solar energy heating sackholder layer and ties up outside tent, and air inlet pipe and stack insert the air intake window and the outlet window of tent, bleed off the gas in the solar energy heating bag summer, and preserve folding back.

More than the combination in glazing plastic frame and room and solar energy heating bag and tent constituted solar heated green house, mainly solve the problem of utilizing solar heating winter; Sunshine is injected the heat-absorbing material in the air heat storehouse, the air heat in the air heat storehouse, the density of hot air diminishes to rise and flows into the room from outlet window, the cold air of bottom flows to the air heat storehouse from air intake window automatically and is heated in the room, cold and hot air circulation in the room is heated, and the temperature in the room raises; All open transom window winter, and stack cuts out, and all close transom window summer, and stack is opened, and allows hot air be discharged to the open air.

Description of drawings

Fig. 1 is " solar heated green house " texture edge sectional view.

Fig. 2 is a drawing of site of seeing air intake window and exhausting window in the house.

Fig. 3 is the framework sectional view of pane.

Fig. 4 is the cross-sectional view of the connection strap between glass and the glass.

Fig. 5 is a solar energy heating bag lateral plan.

The specific embodiment

From Fig. 1 and Fig. 2, the 1st, double-deck tempered glass, the 2nd, plastic frame, the 3rd, air intake window, the 4th, outlet window, the 5th, stack, shown in Figure 3: plastic frame sliver transvers section figure, plastic frame connects with the thermal weld technology, the combination of double glazing unit and plastic frame, plastic frame and wall is tightly gastight, Fig. 4 is the cross-sectional view of the connection strap between glass and the glass, can be together with each other the glass of glass under the window and window both sides, and be the transparent toughened glass manufacturing.

Each can not surpass 1 millimeter the heat-barrier material that is coated with on the metope of air heat storehouse, reflectorized material, and heat-barrier material, reflectorized material are in order not allow the heat of body of wall hyperabsorption, not make summer the body of wall temperature too high.

The door of air intake window, outlet window is double-deck, therebetween one deck heat-barrier material, the switch mouth of the stack in outlet window is to close or open the mouth of pipe with the method for screw rotation, hand puts in the switch that outlet window can be controlled stack.

As Fig. 5, be coated with heat-absorbing material in the internal layer of solar energy heating bag, 6. the polybag outer wall has charge valve inflate in interlayer, have in the polybag internal layer and lead to outer 7. air inlet pipe and 8. stack, inner and outer wall has the plastic tape of 4 centimeter length to connect, and 1 square metre has 4 junctions.Tie up outside tent erecting after the inflation of solar energy heating sackholder layer, air inlet pipe and stack insert corresponding tent and have air intake window, outlet window; In the interlayer inflation be in the warm bag and warm bag heat insulation between outer.Bleed off the gas in the solar energy heating bag summer, and preserve folding back.

Claims

1, a kind of solar heated green house, it is characterized in that loading onto the good armorplate glass of light transmission in the middle of the plastic frame, the combination of the junction of glass plate and plastic frame, plastic frame, plastic frame and wall is tightly air tight, there is certain space to be called the air heat storehouse between glass-board surface and the metope, on the wall of the close upper and lower frame in plastic frame transom window is arranged, room and air heat storehouse are communicated with, following transom window is air intake window, top transom window is told transom window, has a stack to stretch out the open air from the air heat storehouse in the top of plastic frame.

2, solar heated green house according to claim 1 is characterized in that having in the plastic frame groove of glaze plate between glass plate and the groove weather strip is arranged.

3, solar heated green house according to claim 1 is characterized in that metope is coated with one deck heat-barrier material in the air heat storehouse, lid layer reflectorized material again, and outermost layer is a black absorbing material.

4, solar heated green house according to claim 1 is characterized in that air intake window, outlet window all have an insulated door in the room, and air intake window is in the window bottom, and outlet window all is communicated with the air heat storehouse on the top of metope.

5, solar heated green house according to claim 1 is characterized in that there is one deck stainless steel sheet| on the outer surface of plastic frame and stack.

6, solar heated green house according to claim 1 is characterized in that in the top of frame of plastic a stack being arranged, and an end of stack is in the air heat storehouse, and the mouth of pipe has heat insulation switch, and the mouth of pipe is facing to giving vent to anger position of window, and other end mouth out of doors is downward.

7, solar heated green house according to claim 1 is characterized in that the transparent toughened glass bar links together the transparent toughened glass plate, and the tempered glass bar has two-way chute.