CN204804112U

CN204804112U - Novel curtain

Info

Publication number: CN204804112U
Application number: CN201520438612.9U
Authority: CN
Inventors: 刘世英
Original assignee: Shanghai Ona Building Design Co Ltd
Current assignee: Shanghai Ona Building Design Co Ltd
Priority date: 2015-06-23
Filing date: 2015-06-23
Publication date: 2015-11-25
Anticipated expiration: 2025-06-23

Abstract

The utility model relates to a novel curtain, it pushes up the window still wall between the upper windowsill to include the outer wall main part and be located lower floor's window, the window still wall is connected in the first portion and salient in the second portion of outer wall main part of outer wall main part including the embedding, the second portion includes the rake and is used for the connecting portion to the first portion with rake fixed connection, rake and downward sloping outside for the outer wall main part, the surface of rake is made by the printing opacity material, the inside of second portion is formed with the surface by the second portion, the internal surface, and two cavitys that enclose the side, the blow vent that all communicates with room air and cavity is seted up to the first portion. This kind of novel curtain, thus can shelter from sunshine effectively in summer gets into and indoorly to avoid leading to the fact indoor temperature to rise, can also be the electric energy with solar energy transformation, on making the heat -absorbing material of more sunlights in shining indoor and window still wall again winter to indoor temperature's rising is favorable to, architectural energy consumption can be reduces effectively.

Description

Novel curtain wall

Technical field

The utility model relates to building field, is specifically related to a kind of novel curtain wall.

Background technology

Curtain wall is as the important component part of building external envelope structure, it not only achieves uniting two into one of curtain wall and door and window in building external envelope structure, also the using function of architectural exterior-protecting construction and decoration functions are combined together dexterously, make building have more modern sense and decorative art.But large-area curtain wall is while providing good daylighting, but brings heating and the high problem of energy consumption for cooling, become the key link of building energy consumption.

For the problem that building curtain wall energy consumption is larger, the solution adopted at present has:

1) double-layer curtain wall is set, to realize the better effect of heat insulation of curtain wall.Its shortcoming building area that has been the space hold between double-layer curtain wall, also add building costs.

2) by curtain wall and the simple split of photovoltaic component, such as solar shutter, alleviates to utilizing the energy consumption of solar energy to building.Its shortcoming is photovoltaic component because its light transmission is poor, can affect the lighting performance of curtain wall; If the area of the photovoltaic component arranged is little, the photoelectric transformation efficiency of photovoltaic system also can be caused low.

In above prior art, there are the following problems:

1) above-mentioned solution is considered as a whole and Technology Integration for the demand shortage of sunshade in summer, winter heating;

2) the improvement object of existing building energy conservation scheme concentrates on window portion, do not relate to window still wall (curtain wall between lower floor's window top to upper strata windowsill), and window still wall is as the important component part (its area accounts for 1/3 of the exterior wall gross area) of external wall, it can play a key effect to building energy consumption;

3) power-saving technology of curtain wall lacks and associates with between the room temperature regulation system in building and integrate.

Utility model content

For this reason, the utility model provides a kind of novel curtain wall, it comprises exterior wall main body and the window still wall between lower floor's window top to upper strata windowsill, described window still wall comprises embedding and is connected to the Part I of described exterior wall main body and protrudes from the Part II of described exterior wall main body, described Part II comprises rake and the connecting portion for described rake being fixedly attached to described Part I, described rake is outside and downward-sloping relative to described exterior wall main body, the external surface of described rake is made up of light transmissive material, the inside of described Part II is formed by the external surface of described Part II, inner surface, and the cavity that two sides surround, described Part I offers the blow vent with ambient air, described blow vent also with described cavity connects.

Preferably, described connecting portion comprises the upper connecting portion and lower connecting portion that respectively the top and bottom of described rake are fixedly attached to described Part I, the external surface of the described upper connecting portion connected successively, rake and lower connecting portion, the inner surface of the described upper connecting portion connected successively, rake and lower connecting portion, and two sides surround described cavity, described blow vent comprises air inlet port and gas outlet, and described air inlet port and gas outlet lay respectively at the position corresponding with described lower connecting portion and upper connecting portion of described Part I.

Further, described window still wall also comprise be arranged at described rake inside for absorbing the emittance of the sunshine injected from the external surface of described rake and being translated into the heat-sink shell of heat energy.

Further, described window still wall also comprise be arranged at described rake inside for absorbing the emittance of the sunshine injected from the external surface of described rake and being translated into the photonic layer of electric energy.

Alternatively, described window still wall also comprise be arranged at described rake inner and be positioned at outside described heat-sink shell for absorbing the emittance of the sunshine injected from the external surface of described rake and being translated into the photonic layer of electric energy, it is made up of multiple rotatable solar panel, when described solar panel rotates, can allow or stop that the solar irradiation injected from the external surface of described rake is mapped to described heat-sink shell.

Further, described blow vent is provided with the first lid for opening and closing described blow vent.

Further, two sides of described Part II offer respectively the air inlet and venthole that are communicated with described cavity and outdoor air, wherein, described air inlet is positioned at the bottom of a side, and described venthole is positioned at the top of another side.Described air inlet and venthole are provided with the second lid, it is for opening and closing described air inlet and venthole, link gear is provided with between described first lid and described second lid, described in when described first lid opens described blow vent, the second lid closes described air inlet and venthole, and described in when described first lid closes described blow vent, the second lid opens described air inlet and venthole.

Further, described first and second parts are also fixedly connected with by the structural support be arranged at below described Part II, and described structural support has inside and downward-sloping inclined plane.

Preferably, the distance a that grows of described window still wall is determined by following formula: a=hcotv, wherein, h is the vertical distance between the described Part II lower edge that protrudes from the far side of described exterior wall main body to lower floor's windowsill, and v is the average of the sun altitude in the summer of described curtain wall location; Tilt angle alpha >=90 °-the ω of described rake, wherein, ω is the average of the sun altitude in the winter of described curtain wall location; Inclination angle beta >=the ω on the inclined plane of described structural support.

The utility model additionally provides a kind of novel curtain wall, it comprises exterior wall main body and the window still wall between lower floor's window top to upper strata windowsill, described window still wall comprises embedding and is connected to the Part I of described exterior wall main body and protrudes from the Part II of described exterior wall main body, described Part II comprises rake and the connecting portion for described rake being fixedly attached to described Part I, described rake is outside and downward-sloping relative to described exterior wall main body, and the external surface of described rake is emittance for absorbing sunshine and is translated into the photonic layer of electric energy.

Novel curtain wall of the present utility model, avoid implement photo-thermal and/or photoelectricity power-saving technology at window position and affect daylighting and sight line penetrating, but using window still wall as improvement object, its beneficial effect comprises:

1) utilize and protrude from the window still wall of exterior wall main body, reaching keeps the sun off summer enters indoor from window thus avoids that interior temperature raises, winter receives more solar irradiation thus promote the object of interior temperature.

2) utilize the window still cavity in portion and the photoelectric material be arranged in cavity and/or heat-absorbing material within the walls, form opto-electronic conversion in summer, effectively utilize solar energy to obtain electric energy; Form photothermal deformation in the winter time, improve interior temperature, thus reduce refrigeration and heating energy consumption.

Accompanying drawing explanation

Fig. 1 is the perspective view of the first embodiment of novel curtain wall of the present utility model, and it also show the section of curtain wall;

Fig. 2 is the perspective view of another angle of the first embodiment of novel curtain wall of the present utility model;

Fig. 3 is the enlarged drawing at window still wall position in Fig. 1;

Fig. 4 is the right view of Fig. 3;

Fig. 5 is the perspective view at window still wall position in Fig. 1, and it also show the internal construction of window still wall;

Fig. 6 is the schematic diagram in the air circulation direction that winter and summer has been shown in Fig. 5;

Fig. 7 is the schematic diagram that illustrate only window still wall in Fig. 4;

Fig. 8 is structural representation when not arranging heat-sink shell and photonic layer in Fig. 4;

Fig. 9 is the sectional view of the second embodiment of novel curtain wall of the present utility model;

Figure 10 is the sectional view of the 3rd embodiment of novel curtain wall of the present utility model;

Figure 11 is the sectional view of the 4th embodiment of novel curtain wall of the present utility model;

Figure 12 is the schematic diagram at Distance geometry angle of inclination of growing;

Figure 13 is the perspective view of the 5th embodiment of novel curtain wall of the present utility model, and it also show the section of curtain wall;

Figure 14 is the perspective view of the 6th embodiment of novel curtain wall of the present utility model;

Figure 15 is the sectional view at the window still wall position in Figure 14;

Figure 16 is structural representation when not arranging heat-sink shell in Figure 15;

Figure 17 is the schematic diagram of the implementation result of novel curtain wall of the present utility model.

Description of reference numerals:

1-exterior wall main body, 2-window still wall,

10-Part I, 20-Part II, 30-structural support,

11-blow vent, 21-rake, 22-connecting portion, 23-cavity, 24-heat-sink shell, 25-photonic layer, 26-side, 27-diversion division,

The upper connecting portion of 221-, connecting portion under 222-, 111-air inlet port, 112-gas outlet, 251-solar panel, 261-air inlet, 262-venthole,

The external surface of SO21-rake, SI21, SI21 ' inner surface of-rake, the lower surface of SE21-rake,

The external surface of SO22-connecting portion, the inner surface of SI22-connecting portion,

The external surface of the upper connecting portion of SO221-, the inner surface of the upper connecting portion of SI221-,

The external surface of connecting portion under SO222-, the inner surface of connecting portion under SI222-.

Detailed description of the invention

Novel curtain wall of the present utility model, make improvements in the part of window still wall, according to the sun altitude in the season in winter in summer two in the area at building place, design window still wall suitably outwardly, effectively can keep the sun off in summer and enter indoor thus avoid causing interior temperature to raise, more solar irradiation can be made again in the winter time to enter indoor, thus be conducive to the lifting of interior temperature.

Preferably, form air communication channel within the walls at window still, and heat-absorbing material and/or photoelectric material are set in passage.In the winter time, the heat-absorbing material in passage is heated by sunshine and then adds hot air, and the air in passage flows because the temperature difference forms hot pressing, in forming chamber-the air circulation loop of passage-indoor, effectively promote interior temperature.In summer, solar energy is converted to electric energy by the solar energy electric material in passage, and the hot air in passage is discharged from the hole be communicated with outdoor air, and prevents hot air from entering indoor by closing window still wall with indoor blow vent.

Below in conjunction with the drawings and specific embodiments, novel curtain wall of the present utility model is described in further detail, but not as to restriction of the present utility model.

For convenience of describing, employ in present specification " on ", the noun of locality such as D score, "left", "right", it all refers to the actual direction of novel curtain wall of the present utility model under normal operating condition.

The structure that " external surface " and " inner surface " describes window still wall is also used in present specification.Wherein, in the first to five embodiment, " outward " and " interior " refers to the direction away from the center with the Part II near window still wall respectively.External surface SO222 with reference to Fig. 8, the external surface SO221 of upper connecting portion, the external surface SO21 of rake, lower connecting portion refers to the surface at the center away from Part II of connecting portion, rake, lower connecting portion respectively; The inner surface SI222 of the inner surface SI221 of upper connecting portion, the inner surface SI21 of rake, lower connecting portion refers to the surface at center of close Part II of connecting portion, rake, lower connecting portion respectively.

In the 6th embodiment, " outward " and " interior " refers to respectively away from the direction with the Part I near window still wall.Connecting portion and the rake surface away from Part I is referred to respectively with reference to Figure 16, the external surface SO22 of connecting portion and the external surface SO21 of rake; The inner surface SI22 of connecting portion and the inner surface SI21 ' of rake refers to that connecting portion and rake are near the surface of Part I respectively.

In figure, line A schematically shows the air circulation direction in winter, line B schematically shows the air circulation direction in summer, line W schematically shows the sunlight direction in winter, line S schematically shows the sunlight direction in summer, and line E schematically shows the outbound course of the electric energy that photonic layer produces.

first embodiment

First embodiment of novel curtain wall of the present utility model is described referring to Fig. 1-8 and 12.

With reference to Fig. 1, novel curtain wall of the present utility model comprises exterior wall main body 1 and the window still wall 2 between lower floor's window top to upper strata windowsill.As shown in Figure 7, window still wall 2 comprises embedding and is connected to the Part I 10 of exterior wall main body 1 and protrudes from the Part II 20 of exterior wall main body 1, is also fixedly connected with by the structural support 30 be arranged at below Part II 20 between Part I 10 and Part II 20.This Part I 10, Part II 20 and structural support 30 can carry out cellular manufacturing, in-site installation by factory, are conducive to popularizing.

Usually, structural support 30 has inside and downward-sloping inclined plane.Preferably, this structural support 30 is with going along with sb. to guard him panel.In this embodiment, structural support 30 is the ribs with going along with sb. to guard him panel.

Part II 20 comprises rake 21 and the connecting portion 22 for rake 21 being fixedly attached to Part I 10.Connecting portion 22 comprises the upper connecting portion 221 and lower connecting portion 222 that respectively the top and bottom of rake 21 are fixedly attached to Part I 10.

Rake 21 is outside relative to exterior wall main body 1 and downward-sloping, and the external surface SO21 of rake 21 is made up of light transmissive material (such as glass etc.), with allow sunshine from the external surface SO21 of rake 21 through thus be irradiated to the inside of rake 21.

The inside of Part II 20 is formed with cavity 23, and it is surrounded by the external surface of Part II 20, inner surface and two sides 26.The external surface of Part II 20 is made up of external surface SO221, the external surface SO21 of rake of the upper connecting portion connected successively, the external surface SO222 of lower connecting portion, and the inner surface of Part II 20 is made up of inner surface SI221, the inner surface SI21 of rake of the upper connecting portion connected successively, the inner surface SI222 of lower connecting portion.Sunshine can be irradiated to cavity 23 through the external surface SO21 of rake 21, thus heats the air in cavity.

The inner surface of Part II 20 is preferably made up of heat insulating material, and can ensure the validity to the air heat in cavity 23 better, the energy utilization rate avoiding unnecessary heat radiation to cause is low.

In order to make being formed by the air of sunlight heats and indoor air in cavity circulate, Part I 10 offers the blow vent 11 be all communicated with room air and cavity 23.Blow vent 11 comprises air inlet port 111 and gas outlet 112, and it lays respectively at the position corresponding with lower connecting portion 222 and upper connecting portion 221 of Part I 10.

Novel curtain wall of the present utility model, its window still wall part protrudes from exterior wall main part, can play the effect of sunshade in summer warming.The direction of illumination of sunshine when representing summer with reference to Fig. 1, dotted line S, namely the sun altitude in summer is comparatively large, window still wall summer can shield portions solar radiation to the window of lower floor, thus serve the effect of sunshade in summer.The direction of sunlight when dotted line W represents winter, namely the sun altitude in winter is less, window still wall can allow more solar radiation to the curtain wall of this layer in the winter time, namely be irradiated to the rake of window still wall and heat through the air of rake to its inside, thus serving the effect of warming.

Above-mentioned purpose can be realized rightly to make window still wall, not only while possessing above-mentioned effect, indoor lighting is not affected and sight line is penetrating, with reference to Figure 12, the distance a that grows of window still wall, the tilt angle alpha of rake 21 and with the inclination angle beta on inclined plane of structural support 30 going along with sb. to guard him panel should be designed according to the sun altitude in the area at building place.

Preferably, the distance a that grows of window still wall is determined by following formula:

A=hcotv, wherein, h is the vertical distance between the Part II 20 of the window still wall lower edge that protrudes from the far side of exterior wall main body 1 to lower floor's windowsill, and v is the average of the sun altitude in the summer of building location.

The tilt angle alpha of rake 21 refers to the incline direction of the entirety of rake and the angle (acute angle) of horizontal plane.Downward and slope inwardly relative to exterior wall main body 1 with the inclined plane of structural support 30 of going along with sb. to guard him panel, its inclination angle beta refers to the angle (acute angle) of inclined plane and horizontal plane.

Preferably, the tilt angle alpha >=90 °-ω of rake 21, α preferably equal or slightly larger than 90 ° of-ω, inclination angle beta >=the ω of structural support 30, β preferably equals or slightly larger than ω, wherein, ω is the average of the sun altitude in the winter of building location.

In the winter time, in order to utilize sunshine better, the air in cavity 23 is heated, window still wall 2 also comprises the heat-sink shell 24 being arranged at rake 21 inside, and it is for absorbing the emittance of the sunshine injected from the external surface SO21 of rake and being translated into heat energy.Heat-sink shell 24 its temperature after the energy absorbing sunlight raises and causes the temperature of air in the cavity 23 around it also to raise, due to cavity 23 and ambient air, therefore the air in cavity 23 and room air are under the effect of hot pressing difference, define the air circulation as shown in the curve A in Fig. 1 and 6, thus reach the object that room air is heated up.

In summer, in order to alleviate indoor use Voltage force, photonic layer 25 can be set in rake 21 inside of window still wall 2, it is for absorbing the emittance of the sunshine injected from the external surface SO21 of rake and being translated into electric energy, and as shown in the dotted line E in Fig. 1, using electricity system (such as air-conditioning system etc.) in supply chamber, uses Voltage force with what alleviate summer.

To be independent of each other its function to make photonic layer 25 and heat-sink shell 24, photonic layer 25 is arranged at the outside of heat-sink shell 24, and is made up of (being similar to the solar shutter that existing adjustable blade burner is whole) multiple rotatable solar panel 251.When solar panel 251 rotates, can allow or stop that the solar irradiation injected from the external surface SO21 of rake is mapped to heat-sink shell 24.Such as, in summer, do not need heat-sink shell 24 to absorb heat, then the angle adjusting solar panel 251 is roughly parallel to heat-sink shell 24 to it, can be irradiated on photonic layer 25 to make as far as possible many sunlight; In the winter time, need heat-sink shell 24 to play a role, then the incident direction that the angle adjusting solar panel 251 is roughly parallel to sunshine to it, can be irradiated on heat-sink shell 24 to make as far as possible many sunlight.

In addition, when not needing heat-sink shell 24 to absorb heat and conduct heat to room air summer, can arrange the first lid (not shown) at blow vent 11 (i.e. air inlet port 111 and gas outlet 112) place, it is for opening and closing blow vent 11.This first lid can be slip, rotation, dismantled and assembled or other any type of parts that blow vent 11 can be made to open and close.The opening and closing of this first lid can be Non-follow control can be also Electronic control, can also be the automatic control according to temperature sense.When being provided with multiple blow vent 11, namely as shown in Figure 2, multiple blow vent 11 is respectively arranged with multiple first lid, these first lids can coordinated signals, i.e. other all opening/closings of opening/closing, also can be individually control, regulate separately with the temperature being more conducive to indoor zones of different.

In order to prevent the temperature in cavity 23 too high in summer, on two sides 26 of Part II 20, also offer the air inlet 261 and venthole 262 that are communicated with outdoor air by cavity 23 respectively, air inlet 261 can be connected with outdoor air by the gap of curtain wall with venthole 262.Wherein, air inlet 261 is positioned at the bottom of a side 26, venthole 262 is arranged in the top of another side (figure does not mark), thus when making summer, the air in cavity 23 forms the air circulation in direction as shown in the curve B in Fig. 6 with outdoor air.Namely when the air themperature in cavity 23 raises, the air of heat flows out cavity 23 from venthole 262, and outdoor cooler air flows into cavity 23 from air inlet 261, thus the temperature avoided in cavity 23 is too high.

Air inlet 261 and venthole 262 are provided with the second lid (not shown), it is for opening and closing air inlet 261 and venthole 262, need cavity 23 and outdoor air to carry out circulation time in summer to open, need cavity 23 and room air to carry out circulation time closedown in the winter time.

Preferably, coordinated signals between first lid and the second lid, such as carry out coordinated signals by link gear, make second lid when the first lid opens blow vent 11 close air inlet 261 and venthole 262, when the first lid closes blow vent 11, the second lid opens air inlet 261 and venthole 262.Making to be positioned at the second outdoor lid like this to control by being positioned at indoor controlling organization, also making user's convenient operation, namely only with the opening and closing of control first lid.

Novel curtain wall in present embodiment, is particularly suitable for the building being in Temperate Region in China, namely needs to turn on the aircondition summer enjoy the cool and cause power load to increase, needs winter to heat the area of warming oneself to interior temperature.

second embodiment

Second embodiment of novel curtain wall of the present utility model is described referring to Fig. 9.In the description of the present embodiment, the content identical with embodiment before will carry out concise and to the point description, and emphasis describes different contents.

In this embodiment, the rake 21 of Part II 20 is inner, is only provided with heat-sink shell 24, and does not arrange photonic layer 25.The function of this heat-sink shell 24 and effect with describe in the first embodiment consistent.Remaining 26S Proteasome Structure and Function is also identical with the first embodiment.

Novel curtain wall in present embodiment, is particularly suitable for the building being in refrigerant latitudes, namely summer not too hot do not need to turn on the aircondition but winter cold need area that interior temperature is heated.

3rd embodiment

3rd embodiment of novel curtain wall of the present utility model is described referring to Figure 10.In the description of the present embodiment, the content identical with embodiment before will carry out concise and to the point description, and emphasis describes different contents.

In this embodiment, the rake 21 of Part II 20 is inner, is only provided with photonic layer 25, and does not arrange heat-sink shell 24.The function of this photonic layer 25 and effect with describe in the first embodiment consistent.Remaining 26S Proteasome Structure and Function is also identical with the first embodiment.

Owing to only having photonic layer 25 there is no heat-sink shell 24, therefore, in this embodiment, the platy structure that photonic layer 25 can be made for solar photoelectric material, does not namely need to be designed to as being made up of multiple rotatable solar panel 251 in first embodiment.

Novel curtain wall in present embodiment, is particularly suitable for the building being in torrid areas, and namely awfully hot needs were turned on the aircondition and caused the not cold area not needing to heat in but winter large with Voltage force summer.

4th embodiment

4th embodiment of novel curtain wall of the present utility model is described referring to Figure 11.In the description of the present embodiment, the content identical with embodiment before will carry out concise and to the point description, and emphasis describes different contents.

This embodiment can regard the reduced form of above-mentioned 3rd embodiment as.Namely, when window still wall only includes photonic layer 25 and do not comprise heat-sink shell 24, some parts, the cavity 23, blow vent 11 etc. in the external surface SO21 of the rake be such as made up of light transmissive material, window still portion within the walls, all can suitably simplify.

Particularly, in this embodiment, novel curtain wall comprises exterior wall main body 1 and the window still wall 2 between lower floor's window top to upper strata windowsill.This window still wall 2 comprises embedding and is connected to the Part I 10 of exterior wall main body 1 and protrudes from the Part II 20 of exterior wall main body 1.Part II 20 comprises the rake 21 outside and downward-sloping relative to exterior wall main body 1 and the connecting portion 22 for rake 21 being fixedly attached to Part I 10.

Especially, the external surface SO21 of rake is the photonic layer 25 made with photoelectric material, for absorbing the emittance of sunshine and being translated into electric energy.In this embodiment, the platy structure that photonic layer 25 can be made for solar photoelectric material, does not namely need to be designed to as being made up of multiple rotatable solar panel 251 in first embodiment.

Because the curtain wall in this embodiment does not comprise heat-sink shell 24, namely curtain wall is not needed to have the effect of heating room air, therefore, the cavity 23 being convenient to forming chamber inner air flow and heat exchange in aforementioned embodiments and blow vent 11 all can save, and the external surface of rake directly can be made photonic layer 25, to save material.

5th embodiment

5th embodiment of novel curtain wall of the present utility model is described referring to Figure 13.In the description of the present embodiment, the content identical with embodiment before will carry out concise and to the point description, and emphasis describes different contents.

In this embodiment, Part II 20 only relies on its connecting portion 22 to be connected to Part I 10, and there is not the structural support 30 being fixedly connected with Part I 10 and Part II 20.Remaining 26S Proteasome Structure and Function is identical with the first embodiment.

Novel curtain wall in present embodiment, can shorten the size of window still wall, and what the size of exterior wall main body can be tried one's best is large.When curtain wall is curtain wall, indoor daylighting degree can be increased and obtain better sight line permeability.

6th embodiment

6th embodiment of novel curtain wall of the present utility model is described referring to Figure 14-16.In the description of the present embodiment, the content identical with embodiment before will carry out concise and to the point description, and emphasis describes different contents.

Above-mentioned the first to five embodiment, is all applicable to the exterior wall of newly-built building.For the exterior wall of existing building, the window still wall in the curtain wall in present embodiment can be used to transform existing curtain wall.

Similarly, the novel curtain wall in present embodiment comprises exterior wall main body 1 and window still wall 2.Window still wall 2 comprises embedding and is connected to the Part I 10 of exterior wall main body 1 and protrudes from the Part II 20 of exterior wall main body 1, and Part I 10 and Part II 20 are also fixedly connected with by the structural support 30 be arranged at below Part II 20.In this embodiment, structural support 30 is support bar.

Part II 20 comprises the rake 21 outside and downward-sloping relative to exterior wall main body 1, and for the upper end of rake 21 being fixedly attached to the connecting portion 22 of Part I 10.The lower end of rake 21 is fixedly attached to Part I 10 by structural support 30.

Same, the external surface SO21 of rake 21 is made up of light transmissive material (such as glass etc.), with allow sunshine from the external surface SO21 of rake 21 through thus be irradiated to the inside of rake 21.

The inside of Part II 20 is formed with cavity 23, and it is surrounded by lower surface SE21 and two side 26 of the external surface of Part II 20, inner surface, rake.The external surface of Part II 20 is made up of the external surface SO22 of the connecting portion connected successively and the external surface SO21 of rake, and the inner surface of Part II 20 is made up of the inner surface SI22 of the connecting portion connected successively and the inner surface SI21 ' of rake.Sunshine can be irradiated to cavity 23 through the external surface SO21 of rake, thus heats the air in cavity 23.

In order to make being formed by the air of sunlight heats and indoor air in cavity circulate, Part I 10 offers the blow vent 11 be all communicated with room air and cavity 23.In order to make the flowing between cavity 23 and room air more smooth and easy, Part II is also provided with diversion division 27, and cavity 23 be divide into upper and lower two parts by it, and the cavity 23 of bottom is used as inlet channel, and the cavity 23 on top is used as outlet passageway.Diversion division 27 can also extend towards Part I 10, until blow vent 11, makes blow vent 11 be divided into upper and lower two parts, bottom be air inlet port 111, top be gas outlet 112.Indoor colder air enters the inlet channel of cavity 23 through air inlet port 111, after the end portion of rake 21, enter indoor through outlet passageway and gas outlet 112, as which form the air circulation between indoor and cavity 23.

In order to utilize sunshine to heat the air in cavity 23 better, be also provided with heat-sink shell 24 in cavity 23, it can be positioned at the top of diversion division 27.It is for absorbing the emittance of the sunshine injected from the external surface SO21 of rake and being translated into heat energy.So, the curtain wall in this embodiment is identical with the first embodiment to the heating effect of room air.

In addition, although not shown, the curtain wall in this embodiment, also can arrange the structures such as photonic layer 25, air inlet 261 and venthole 262, with the optimization of practical function and improvement.

In order to illustrate that novel curtain wall of the present utility model is when comprising heat-sink shell, in the winter time to the lifting effect of interior temperature, Figure 17 schematically shows the isollaothermic chart of CFD software simulation result.Simulated conditions are the dead size of the length in room is 4000*3600*2800, and get the longitude and latitude input of District of Shanghai, sunshine condition gets the situation of December (winter solstice) on the 21st, and sunlight intensity is 412W/m ², simulated time is that 13:30 ~ 16:30 amounts to 3 hours, and temperature is initially set to indoor and outdoor temperature and is all 10 DEG C.With reference to Figure 17, analog result is the indoor highest temperature is 22.5 DEG C, and the lowest temperature is 18.0 DEG C.From the analog result of CFD software, the room temperature in the room of conventional size can be improved at least 8 DEG C by novel curtain wall of the present utility model.

Novel curtain wall of the present utility model, its beneficial effect is summarized as follows:

1) this curtain wall does not arrange double wall, thus the waste avoided taking building area (space between two-layer curtain wall is calculated in building area, but can not use) and cause space;

2) the utility model is to the improvement of building energy consumption, be utilize window still wall position but not window position to implement heliotechnics, do not block daylighting and the sight line at window position, and do not affect the flexibility at architectural plane uplifting window, conventional windowing technology can be adopted;

3) curtain wall of the present utility model, integrates the fender member of window still wall and building blocks of function, and namely maintenance component inherently possesses certain function, avoids and separately adds building blocks of function outward at maintenance component, has saved cost;

4) curtain wall of the present utility model, has planned as a whole season in winter in summer two different demand, has namely kept the sun off summer from window and enter indoor, avoids illumination to promote room temperature; Make winter sunshine can enter indoor from window, and window still heat-absorbing material within the walls can be irradiated to, thus improve indoor thermal environment;

5) curtain wall of the present utility model, can also take into account the torrid zone, temperate zone, different regions, frigid zone to the demand of interior temperature, compatible good;

6) curtain wall of the present utility model, utilize window still cavity within the walls and built-in photoelectric material thereof and heat-absorbing material, form opto-electronic conversion in summer, form photothermal deformation in the winter time, effectively utilize solar energy to obtain electric energy and heat energy, improve Interior Temperature Environment, reduce the energy consumption of refrigeration and heating;

7) the window still wall in curtain wall of the present utility model, because it protrudes from exterior wall main body, therefore can to cornice use in the fire prevention doublely done between floor fire compartmentation.

Above detailed description of the invention is only illustrative embodiments of the present utility model, can not be used for limiting the utility model, and protection domain of the present utility model is defined by the claims.Those skilled in the art can in essence of the present utility model and protection domain, and make various amendment or equivalent replacement to the utility model, these are revised or be equal to replacement and also should be considered as dropping in protection domain of the present utility model.

Claims

1. a novel curtain wall, it is characterized in that, comprise exterior wall main body and the window still wall between lower floor's window top to upper strata windowsill, described window still wall comprises embedding and is connected to the Part I of described exterior wall main body and protrudes from the Part II of described exterior wall main body, described Part II comprises rake and the connecting portion for described rake being fixedly attached to described Part I

Described rake is outside and downward-sloping relative to described exterior wall main body, and the external surface of described rake is made up of light transmissive material,

The inside of described Part II is formed with the cavity surrounded by the external surface of described Part II, inner surface and two sides,

Described Part I offers the blow vent with ambient air, described blow vent also with described cavity connects.

2. novel curtain wall according to claim 1, is characterized in that,

Described connecting portion comprises the upper connecting portion and lower connecting portion that respectively the top and bottom of described rake are fixedly attached to described Part I, the external surface of the described upper connecting portion connected successively, rake and lower connecting portion, the inner surface of the described upper connecting portion connected successively, rake and lower connecting portion, and two sides surround described cavity

Described blow vent comprises air inlet port and gas outlet, and described air inlet port and gas outlet lay respectively at the position corresponding with described lower connecting portion and upper connecting portion of described Part I.

3. novel curtain wall according to claim 2, is characterized in that, described window still wall also comprise be arranged at described rake inside for absorbing the emittance of the sunshine injected from the external surface of described rake and being translated into the heat-sink shell of heat energy.

4. novel curtain wall according to claim 2, is characterized in that, described window still wall also comprise be arranged at described rake inside for absorbing the emittance of the sunshine injected from the external surface of described rake and being translated into the photonic layer of electric energy.

5. novel curtain wall according to claim 3, it is characterized in that, described window still wall also comprise be arranged at described rake inner and be positioned at outside described heat-sink shell for absorbing the emittance of the sunshine injected from the external surface of described rake and being translated into the photonic layer of electric energy, it is made up of multiple rotatable solar panel, when described solar panel rotates, can allow or stop that the solar irradiation injected from the external surface of described rake is mapped to described heat-sink shell.

6. novel curtain wall according to claim 1, is characterized in that, described blow vent is provided with the first lid for opening and closing described blow vent.

7. novel curtain wall according to claim 6, it is characterized in that, two sides of described Part II offer respectively the air inlet and venthole that are communicated with described cavity and outdoor air, wherein, described air inlet is positioned at the bottom of a side, and described venthole is positioned at the top of another side.

8. novel curtain wall according to claim 7, it is characterized in that, described air inlet and venthole are provided with the second lid, it is for opening and closing described air inlet and venthole, link gear is provided with between described first lid and described second lid, described in when described first lid opens described blow vent, the second lid closes described air inlet and venthole, and described in when described first lid closes described blow vent, the second lid opens described air inlet and venthole.

9. novel curtain wall according to claim 1, is characterized in that, described first and second parts are also fixedly connected with by the structural support be arranged at below described Part II, and described structural support has inside and downward-sloping inclined plane,

The distance a that grows of described window still wall is determined by following formula:

a＝h·cotv，

Wherein, h is the vertical distance between the described Part II lower edge that protrudes from the far side of described exterior wall main body to lower floor's windowsill, and v is the average of the sun altitude in the summer of described curtain wall location;

The angle of inclination of described rake is α >=90 °-ω, and wherein, ω is the average of the sun altitude in the winter of described curtain wall location;

The angle of inclination on the inclined plane of described structural support is β >=ω.

10. a novel curtain wall, it is characterized in that, comprise exterior wall main body and the window still wall between lower floor's window top to upper strata windowsill, described window still wall comprises embedding and is connected to the Part I of described exterior wall main body and protrudes from the Part II of described exterior wall main body, described Part II comprises rake and the connecting portion for described rake being fixedly attached to described Part I

Described rake is outside and downward-sloping relative to described exterior wall main body, and the external surface of described rake is emittance for absorbing sunshine and is translated into the photonic layer of electric energy.