CN104878864A

CN104878864A - Ventilation and heat preservation module heating-cooling ground surface and energy-saving ventilation air-conditioning system

Info

Publication number: CN104878864A
Application number: CN201510280481.0A
Authority: CN
Inventors: 冯刚克
Original assignee: Individual
Current assignee: Individual
Priority date: 2014-12-23
Filing date: 2015-05-28
Publication date: 2015-09-02
Also published as: CN105627469A; CN104763087A

Abstract

The invention relates to a ventilation and heat preservation module heating-cooling ground surface and energy-saving ventilation air-conditioning system. The air-conditioning system comprises a ventilation and heat preservation module heating-cooling ground surface, a ventilation air-conditioning system and a heat preservation ventilation window, wherein the ventilation and heat preservation module heating-cooling ground surface consists of an expandable polyethylene cushion layer, a ventilation and heat preservation module body, a floor heating pipeline, a sub-catchment device, a dehumidification and heat dissipation air supply pipe, a dehumidification and heat dissipation air channel, a dehumidification and heat dissipation air-collecting pipe, an air-conditioning ground air supply pipe, a moisture-proof heat-conducting layer and a wood floor in sequence from bottom to top; the heat preservation ventilation window is communicated with the ventilation air-conditioning system, thereby forming a complete energy-saving ventilation air-conditioning system. By adopting the air-conditioning system, the K value of the window is increased; moreover, the heat preservation ventilation window is taken as an air inlet/outlet channel, so that the ventilation air-conditioning energy consumption is lowered; the ventilation air-conditioning effect is enhanced, cooling-heating purposes are realized on one floor heating tail end, the residual heat is recycled, and the mounting and running costs are lowered; air is purified, so that fresh air can be inhaled without opening the window.

Description

Ventilating and thermal insulating module heating cooling ground and energy-saving ventilating air air-conditioning system

Technical field

The present invention relates to and be a kind ofly applicable to take water as the ventilating and thermal insulating module heating cooling ground and energy-saving ventilating air air-conditioning system of cold/heat source, particularly relate to the construction method of a kind of ventilating and thermal insulating module heating cooling ground and energy-saving ventilating air air-conditioning system various.

Background technology

At present, common buildings, especially existing building door and window due to tightness and heat insulating ability poor, door and window energy consumption accounts for 50% of building energy consumption, meanwhile, for haze is to the pollution of room air, need establish newly on exterior wall various enter air draft hole, set up fresh air purifying ventilation system, thus, cause the loss of indoor Cooling and Heat Source and the decline of exterior-wall heat insulation; Building energy consumption promotes further.And for ground heating system, in general be three points of products seven points installations, but as mentioned above, door and window energy consumption is too high, exterior wall reserved opening is many, heat waste large, even if ground heating system installation is good again, exterior-wall heat insulation is good again, also because door and window energy consumption is excessive, exterior wall punches energy consumption too much, is also difficult to ensure heating temperature, especially air source heat pump system leaving water temperature is only had to the water at low temperature of about 40 DEG C, although central heating water temperature is high, can meet heating requirement, but due to energy consumption excessive, cause running cost high, carbon emission is large, also increases the weight of the pollution to air.

In addition, how to utilize radiant heating ground end hot-water heating coil system, walk through air source heat pump or earth source heat pump refrigerating device refrigeration water cooling when summer, and when solving cooling, ground easily condenses and gets damp, and cold air sinks alluvial in floor, discharges and comes less than space, the problems such as comfort level is not good are a great problems of puzzlement floor heating circle always.

And existing " heat preservation module radiant heating cooling ground and ventilation and air conditioning system " patented technology, owing to utilizing gap between floor heating pipeline external wall in conventional vacuum module groove and trench wall as the technological means such as heat dissipation wind channel that dehumidify, do not have the effect of ventilation dehumidifying heat radiation, therefore, an above-mentioned difficult problem is resolved not yet.

Summary of the invention

For above-mentioned deficiency, the present invention, by the basis of to be " the precast combined heat preservation module radiant heating cooling air-conditioning ground surface " of ZL201320468480.5 and the patent No. in the patent No. be existing patented technologies such as " heat preservation module radiant heating cooling ground and the ventilation and air conditioning system " of ZL201420434694.5 is improved, provides a kind of ventilating and thermal insulating module to heat cooling ground and energy-saving ventilating air air-conditioning system.

In order to reach above-mentioned purpose, technical solution of the present invention is:

Example one of the present invention, comprises ventilating and thermal insulating module heating cooling ground, ventilation and air conditioning system 9 and heat preservation ventilating window 10; Described ventilating and thermal insulating module heating cooling ground, from bottom to top successively by ventilating and thermal insulating module body 1, floor heating pipeline 2 and water collecting and diversifying device 2 ', dehumidify dispel the heat ajutage 3, the heat dissipation wind channel 4 that dehumidifies, dehumidify dispel the heat duct set 3 ', air-conditioning ajutage 5, graphite heat conducting packed layer 7, tack coat 7 ' and ground decoration panel 8 form;

Described ventilating and thermal insulating module body 1, a basic unit body assembled by standard straight frid 1Z and two ends curved groove plate 1W1 and 1W2; Described standard straight frid 1Z is made up of ventilating and thermal insulating module 1-1 and heat-conducting layer 1-11 ';

Described heat preservation ventilating window 10 is connected with heat utilization air supply system 9A, ground dehumidifying air-conditioning system 9B and air exhaust tube system 10-13, forms a complete energy-saving ventilating air air-conditioning system.

Example two of the present invention, comprises ventilating and thermal insulating module heating cooling ground, ventilation and air conditioning system 9 and heat preservation ventilating window 10; Described ventilating and thermal insulating module heating cooling ground, from bottom to top successively by ventilating and thermal insulating module body 1, floor heating pipeline 2 and water collecting and diversifying device 2 ', dehumidify dispel the heat ajutage 3, the heat dissipation wind channel 4 that dehumidifies, dehumidify dispel the heat duct set 3 ', air-conditioning ajutage 5, graphite heat conducting packed layer 7, moistureproof heat-conducting layer 6 and wood flooring 8 ' form; Described ventilating and thermal insulating module body 1, adopt insulating anchor bolt and earth construction basic unit consolidation plain;

Described ventilation and air conditioning system 9, is made up of heat utilization air supply system 9A, ground dehumidifying air-conditioning system 9B and air exhaust tube system 10-13.

Described ventilating and thermal insulating module heating cooling ground, from bottom to top successively by expandability polyethylene bedding 1D, ventilating and thermal insulating module body 1, floor heating pipeline 2 and water collecting and diversifying device 2 ', dehumidify dispel the heat ajutage 3, the heat dissipation wind channel 4 that dehumidifies, dehumidify dispel the heat duct set 3 ', air-conditioning ajutage 5, moistureproof heat-conducting layer 6 and wood flooring 8 ' form.

Example three of the present invention, comprises ventilating and thermal insulating module for dim cooling ground, ventilation and air conditioning system 9 and warming solar energy vent window 10T; Described ventilating and thermal insulating module heating cooling ground, is made up of ventilating and thermal insulating module body 1, floor heating pipeline 2, water collecting and diversifying device 2 ', dehumidifying heat radiation ajutage 3, dehumidifying heat dissipation wind channel 4, dehumidifying heat radiation duct set 3 ', air-conditioning ground ajutage 5, basal plate 7-1, tack coat 7 ' and ground decoration panel 8 from bottom to top successively; Described basal plate 7-1, adopt plastic expanding bolt 7-1 ' and earth construction basic unit consolidation plain;

Described ventilation and air conditioning system 9, is made up of heat utilization air supply system 9A and ground dehumidifying air-conditioning system 9B;

Described warming solar energy vent window 10T is connected with heat utilization air supply system 9A and ground dehumidifying air-conditioning system 9B, forms a complete energy-saving ventilating air air-conditioning system.

Described ventilating and thermal insulating module heating cooling ground, is made up of ventilating and thermal insulating module body 1, floor heating pipeline 2, water collecting and diversifying device 2 ', dehumidifying heat radiation ajutage 3, dehumidifying heat dissipation wind channel 4, dehumidifying heat radiation duct set 3 ', air-conditioning ground ajutage 5, graphite heat conducting packed layer 7, moistureproof heat-conducting layer 6, basal plate 7-1, tack coat 7 ' and ground decoration panel 8 from bottom to top successively; Described basal plate 7-1, adopt plastic expanding bolt 7-1 ' and earth construction basic unit consolidation plain.

Described ventilating and thermal insulating module 1-1 is provided with 4 ~ 7 road grooves, wherein, the spacing of 3 ~ 4 road groove 1-11 is 200mm or 150mm, for laying floor heating pipeline 2, other 1 ~ 3 road is ventilation groove 1-12, is separately positioned between two groove 1-11, as the use of dehumidifying heat dissipation wind channel 4; Preferred distance is the ventilating and thermal insulating module of 150mm, 4 road groove 1-11 and 1 ~ 2 road ventilation groove 1-12.

Described dehumidifying heat dissipation wind channel 4, be included on ventilation groove 1-12 and inlay U-shaped heat conduction aluminum lath 1-11 and " or be pasted with the heat-conducting layer 1-11 ' of soft graphite coiled material, and closed at the U-shaped heat conduction aluminum lath 1-11 " suitable for reading be pasted with a wide aluminium foil strip 1-111 of 30 ~ 50mm " meeting graphite heat conducting packed layer.

Described two ends curved groove plate 1W1 and 1W2 is two ends, left and right a pair, the groove of described curved groove plate 1W1 by 4 ~ 7 road groove 1-11 and 1-12, and with two groove 1-11 tangentially the arc curved groove 1-111 of crossing UNICOM and 1-112 form; Described arc curved groove 1-112 is 1/2nd of described arc curved groove 1-111.

Described curved groove plate 1W12 groove is by 4 ~ 7 road groove 1-11 and 1-12, and with the two groove 1-11 tangentially arc curved groove 1-111 of crossing UNICOM and 1-112, and longitudinal straight trough 1-11Z of a track pitch right-hand member limit 50 ~ 100mm is formed; Described arc curved groove 1-112 is 1/2nd of described arc curved groove 1-111.

Described heat utilization air supply system 9A, by primary efficient filter screen 10-JP1, exhaust blower 10-P, enters exhaust duct 10-JP2, electronic time air outlet 10-HP3, ajutage 10-11B, interchange of heat recover 9A1, air-supply threeway 9A2, air purifier 9A3, quiet blower fan 9A4, air outlet 9A5 ' and 9A6 and extract duct 10-12 and forms.

Described heat utilization air supply system 9A, is made up of primary efficient filter screen 10-J111, intake stack 10-J11, electronic air entering and returning mouth 10-JH, ajutage 10-11B, interchange of heat recover 9A 1, air-supply threeway 9A 2, air purifier 9A3, quiet blower fan 9A4, air outlet 9A5 ' and 9A6 and extract duct 10-12.

Described interchange of heat recover 9A 1, by interchange of heat air intake sleeve pipe 9A 11, be placed in interchange of heat exhaust duct 9A 12 in sleeve pipe and sleeve outer wall thermal insulating 9A 13 and form, described interchange of heat exhaust duct 9A about 12 two ends through interchange of heat air intake sleeve pipe 9A 11 upper and lower side threeway mouth of pipe 9A 14 and 9A 15, respectively with extract duct 10-12 and dehumidify to dispel the heat and collect wind standpipe 3 " connect; Upper and lower two side ends is preset with the interface 9A 16 and 9A 16 ' that connect with ajutage and the threeway 9A2 that blows respectively;

Described interchange of heat air intake sleeve pipe 9A 11 adopts Φ 110mm ~ Φ 200mm plastic round tube or metal circular tube to assemble.

Described interchange of heat exhaust duct 9A 12 is that the circular aluminum profile material tube of Φ 50mm ~ Φ 100mm or round metal tube are made with diameter.

Described ground dehumidifying air-conditioning system 9B, by returning air outlet 9B1, return air standpipe 9B5, dehumidifying heat radiation ajutage 3, dehumidifying heat dissipation wind channel 4, dehumidifying heat radiation duct set 3 ', dehumidifying heat radiation collection wind standpipe 3 ", interchange of heat recover 9A 1, extract duct 10-12, air-conditioning ground ajutage 5, standpipe 51 of blowing, air-supply threeway 9A 2, air purifier 9A3, quiet blower fan 9A4, dehumidifier 9A5 or air outlet 9A5 ' and air outlet 9A6 form..

Described air exhaust tube system 10-13, is made up of electronic air outlet 10-13P, exhaust blower 10-13P1, exhaust duct 10-13P2 and 10-13P23, air draft threeway 10-13P3 and exhaust hood 10-13P4; Described exhaust duct 10-13P2 and 10-13P23 and air draft threeway 10-13P3 adopts the good metal tube of thermal conductivity or aluminium foil hose or pvc pipe to make.

The present invention has the following advantages and beneficial effect:

Heat preservation ventilating window 10 or warming solar energy vent window 10T are connected with heat utilization air supply system 9A and ground dehumidifying air-conditioning system 9B and air exhaust tube system 10-13 by the present invention, form complete, an economic and practical energy-saving ventilating air air-conditioning system: realize heat recovery, reduce air conditioner energy consumption; Improve the air conditioner effect on radiant heating cooling ground; Not only promote the K value of window well, and utilize heat preservation ventilating window as entering air exhaust passage, avoid offering on the wall while gravity vent causes heat waste and thermal insulation to decline, also can by the waste heat in the air draft of ventilating and thermal insulating cavity 10C or remaining cold, by being recycled further with the cold and hot exchange of cold/hot new wind flowing through ventilating and thermal insulating cavity 10C, and realizing a floor heating end both cooling and heating, low-carbon energy-saving, reduction air conditioner are installed and running cost; Reach air purification process, do not open a window and also can breathe clean fresh air, healthy comfortable object.

In addition, utilize ventilating and thermal insulating module body and adopt than coefficient of thermal conductivity the soft graphite coiled material of the aluminium sheet heat conduction fast more than 50% being 237W/ (m.k) as heat-conducting layer and moistureproof heat-conducting layer, or adopt graphite heat conducting packed layer 7 by real for the space packing between the outer wall of floor heating pipeline 2 and groove, and the ventilating and thermal insulating module heating cooling ground that the closely knit several new process that lower airway heat preservation module body 1 and basal plate or ground decoration panel or composite floor board bondd is laid, when not only solving cooling in summer well, ground easily condenses and gets damp with cold air sinking alluvial in floor, discharge less than the not good enough problem of the comfort level that the interior space is next, and, because dehumidifying heat dissipation wind channel 4 has acceleration thermolysis, add superior heat conductivity or the seamless quick conductive of graphite heat conducting packed layer 7 of soft graphite coiled material, the thermal uniformity of floor heating significantly promotes, the laying method of floor heating pipeline and form is made to become simpler, only adopt a kind of single tube parallel lay-up method can reach ground-heating radiation and heating effect, without the need to inflection type and two-tube parallel laying design and construct, make floor heating engineering design and construction more convenient, without the need to laying thick and heavy concrete cushion, adopt dry type paved stone material, or adopt epoxy resin or adhesive specially plaster application, make stone material, vitrified tile and tile floor paving process easier, frivolous, and save space, more improve the heating effect of floor heating, and solve the difference of height problem that dry floor heating boarding floor and wet method paving stone material or tile floor intersection formed unavoidably.

In addition, angle type solar module 10-3 in warming solar energy vent window 10T, both can a block assembly above single window, or several piece assembly serial or parallel connection or connection in series-parallel become one group from net electricity generation system, also upper and lower whole unit building even the angle type solar module 10-3 of entire building can be combined into a large grid-connected power station by connection in series-parallel, can realize solar building integrated well.

Accompanying drawing explanation

The perspective schematic view of a kind of embodiment of Fig. 1 involved by example one of the present invention;

Fig. 2 is the plan view of a kind of ventilating and thermal insulating module body 1 erection method involved in the present invention;

Fig. 3 is the profile of the 1-1 line along Fig. 1, is the profile of a kind of embodiment involved by example one of the present invention;

The perspective schematic view of a kind of embodiment of Fig. 4 involved by example two of the present invention;

Fig. 5 is the profile of the 1-1 line along Fig. 4, is the profile of a kind of embodiment involved by example two of the present invention;

Fig. 6 is the profile of the 1-1 line along Fig. 4, is the profile of the another kind of embodiment involved by example two of the present invention;

The perspective schematic view of a kind of embodiment of Fig. 7 involved by example three of the present invention;

Fig. 8 is the profile of the 1-1 line along Fig. 7, is the profile of a kind of embodiment involved by example three of the present invention;

Fig. 9 is longitudinal profile of a kind of embodiment involved by example three of the present invention;

Figure 10 is the profile of the 1-1 line along Fig. 7, is the profile of the another kind of embodiment involved by example three of the present invention;

Figure 11 is the perspective schematic view of a kind of embodiment of standard straight frid 1Z involved in the present invention;

Figure 12 is the perspective schematic view of the another kind of embodiment of standard straight frid 1Z involved in the present invention;

The alien invasion figure of a kind of embodiment of Figure 13 involved by example one of the present invention;

Figure 14 is the profile of the 1-1 line along Figure 13, is longitudinal profile of a kind of embodiment involved by example one of the present invention;

Figure 15 is the profile of the 2-2 line along Figure 13, is the transverse cross of a kind of embodiment involved by example one of the present invention;

Figure 16 is the transverse cross of a kind of embodiment involved by example two of the present invention;

Figure 17 is longitudinal profile of a kind of embodiment involved by example two of the present invention;

Figure 18 is the transverse cross of a kind of embodiment involved by example three of the present invention;

Figure 19 is the perspective schematic view of a kind of interchange of heat recover 9A 1 involved in the present invention;

Figure 20 is the profile of a kind of embodiment of interchange of heat exhaust duct 9A 12 involved in the present invention.

Detailed description of the invention

In order to clearer expression the present invention, with reference to the accompanying drawings embodiments of the present invention are further described.

The embodiment of the present invention one, as shown in FIG. 1 to 3, comprises ventilating and thermal insulating module heating cooling ground, ventilation and air conditioning system 9 and heat preservation ventilating window 10; Described ventilating and thermal insulating module heating cooling ground, from bottom to top successively by ventilating and thermal insulating module body 1, floor heating pipeline 2 and water collecting and diversifying device 2 ', dehumidify dispel the heat ajutage 3, the heat dissipation wind channel 4 that dehumidifies, dehumidify dispel the heat duct set 3 ', air-conditioning ajutage 5, graphite heat conducting packed layer 7, tack coat 7 ' and ground decoration panel 8 form;

Described ventilating and thermal insulating module body 1, a basic unit body assembled by standard straight frid 1Z and two ends curved groove plate 1W1 and 1W2; Described ventilating and thermal insulating module body 1 can be put together by multiple basic unit body according to room area size; Described standard straight frid 1Z is made up of ventilating and thermal insulating module 1-1 and heat-conducting layer 1-11 ';

Described graphite heat conducting packed layer 7 is that 10 ~ 20mm is thick, is inside provided with the steel fabric sheet of cracking resistance;

Described ventilation and air conditioning system 9, is made up of heat utilization air supply system 9A, ground dehumidifying air-conditioning system 9B and air exhaust tube system 10-13;

The embodiment of the present invention two, as shown in Fig. 2, Fig. 4 and Fig. 5, comprises ventilating and thermal insulating module heating cooling ground, ventilation and air conditioning system 9 and heat preservation ventilating window 10; Described ventilating and thermal insulating module heating cooling ground, from bottom to top successively by ventilating and thermal insulating module body 1, floor heating pipeline 2 and water collecting and diversifying device 2 ', dehumidify dispel the heat ajutage 3, the heat dissipation wind channel 4 that dehumidifies, dehumidify dispel the heat duct set 3 ', air-conditioning ajutage 5, graphite heat conducting packed layer 7, moistureproof heat-conducting layer 6 and wood flooring 8 ' form; Described ventilating and thermal insulating module body 1, adopt insulating anchor bolt and earth construction basic unit consolidation plain;

Described graphite heat conducting packed layer 7 is that 1 ~ 5mm is thick;

Described ventilating and thermal insulating module heating cooling ground shown in Fig. 2, Fig. 4 and Fig. 6, from bottom to top successively by expandability polyethylene bedding 1D, ventilating and thermal insulating module body 1, floor heating pipeline 2 and water collecting and diversifying device 2 ', dehumidify dispel the heat ajutage 3, the heat dissipation wind channel 4 that dehumidifies, dehumidify dispel the heat duct set 3 ', air-conditioning ajutage 5, moistureproof heat-conducting layer 6 and wood flooring 8 ' form.

The embodiment of the present invention three, as shown in Fig. 2 and Fig. 7 ~ Fig. 9, comprises ventilating and thermal insulating module heating cooling ground, ventilation and air conditioning system 9 and warming solar energy vent window 10T; Described ventilating and thermal insulating module heating cooling ground, is made up of ventilating and thermal insulating module body 1, floor heating pipeline 2, water collecting and diversifying device 2 ', dehumidifying heat radiation ajutage 3, dehumidifying heat dissipation wind channel 4, dehumidifying heat radiation duct set 3 ', air-conditioning ground ajutage 5, basal plate 7-1, tack coat 7 ' and ground decoration panel 8 from bottom to top successively; Described basal plate 7-1, adopt plastic expanding bolt 7-1 ' and earth construction basic unit consolidation plain;

Described ventilating and thermal insulating module heating cooling ground shown in Fig. 2, Fig. 7, Fig. 9 and Figure 10, is made up of ventilating and thermal insulating module body 1, floor heating pipeline 2, water collecting and diversifying device 2 ', dehumidifying heat radiation ajutage 3, dehumidifying heat dissipation wind channel 4, dehumidifying heat radiation duct set 3 ', air-conditioning ground ajutage 5, graphite heat conducting packed layer 7, moistureproof heat-conducting layer 6, basal plate 7-1, tack coat 7 ' and ground decoration panel 8 from bottom to top successively; Described basal plate 7-1, adopt plastic expanding bolt 7-1 ' and earth construction basic unit consolidation plain;

Described graphite heat conducting packed layer 7 is only by closely knit for the fill gaps between the outer wall of floor heating pipeline 2 and groove.

Described ventilating and thermal insulating module 1-1 shown in Fig. 2, Fig. 3, Fig. 5, Fig. 6, Fig. 8 and Figure 10 ~ Figure 12 is provided with 4 ~ 7 road grooves, wherein, the spacing of 3 ~ 4 road groove 1-11 is 200mm or 150mm, for laying floor heating pipeline 2, other 1 ~ 3 road is ventilation groove 1-12, be separately positioned between two groove 1-11, as the use of dehumidifying heat dissipation wind channel 4; Preferred spacing is as is illustrated by figs. 11 and 12 the ventilating and thermal insulating module of 150mm, 4 road groove 1-11 and 1 ~ 2 road ventilation groove 1-12.

Described ground decoration panel 8 shown in Fig. 3, Fig. 8 and Figure 10, comprises floor tile or vitrified tile or marble.

Described tack coat 7 ' shown in Fig. 3, Fig. 8 and Figure 10 is environment-friendly epoxy resin glue, or stone material, ceramic tile adhesive specially.

Described heat-conducting layer 1-11 ' shown in Fig. 3, Fig. 5, Figure 10 and Figure 11, be make with the thick aluminium sheet of 0.2mm ~ 0.4mm suitable for reading wide 15 ~ 20mm, bottom circular arc diameter 16 ~ 21mm, the degree of depth 17 ~ 21mm both sides with the U-shaped heat conduction aluminum lath 1-11 of 10mm ~ 30mm wide heat conduction limit 1-11 ' A "; this U-shaped heat conduction aluminum lath length setting is 1200mm or 1500mm or 1800mm; this U-shaped heat conduction aluminum lath not only can play heat conduction protective effect, also can play good fixing effect to floor heating pipe line 2; Also can play to ventilating and thermal insulating module 1-1 the effect well strengthening ribs, ventilating and thermal insulating module 1-1 entire compression intensity can be strengthened.

Described heat-conducting layer 1-11 ' shown in Fig. 6, Fig. 8 and Figure 13, is be the environment-friendly type soft graphite coiled material superconductor of more than 360W/ (m.k) with the coefficient of thermal conductivity that 0.1mm ~ 0.2mm is thick, and is pasted onto on ventilating and thermal insulating module 1-1 by environment-friendlyadhesive adhesive.

Described dehumidifying heat dissipation wind channel 4 shown in Fig. 2, Fig. 3, Fig. 5, Fig. 6, Fig. 8 and Figure 10 ~ Figure 12, be included on ventilation groove 1-12 and inlay U-shaped heat conduction aluminum lath 1-11 and " or be pasted with the heat-conducting layer 1-11 ' of soft graphite coiled material, and closed at the U-shaped heat conduction aluminum lath 1-11 " suitable for reading be pasted with a wide aluminium foil strip 1-111 of 30 ~ 50mm " meeting graphite heat conducting packed layer.

Described graphite heat conducting packed layer 7 shown in Fig. 3, Fig. 5 and Figure 10 is that 1 ~ 20mm is thick; Not only by closely knit for the fill gaps between the outer wall of floor heating pipeline 2 and groove, and, also can by lower airway heat preservation module body 1 and basal plate 7-1 or ground decoration panel or composite floor board bonding closely knit; Solve this space and form air heat insulation, and cause the heating agent in floor heating pipeline can not be rapidly to outer conduction, heat up slow disadvantage on ground, thus, ensure that floor heating heats up rapidly, the effect of low-carbon energy-saving.

Described graphite heat conducting packed layer 7 shown in Fig. 3, Fig. 5 and Figure 10 adopts to be by weight percentage: graphite powder: diamond dust or quartz sand: PO42.5 Portland cement: wood fibre: cellulose ether: redispersable latex powder=10 ~ 40: the dry powder and mortar that 15 ~ 45: 40 ~ 50: 0.5: 0.5: 2 ~ 5 preparations are stirred, and this dry powder and mortar and appropriate water are stirred the graphite mortar of rare thick appropriateness.

Described basal plate 7-1 shown in Fig. 8 and Figure 10 is the thick fortifying fibre cement pressure plate of 6 ~ ~ 10mm or fortifying fibre calcium silicate board.

Described two ends curved groove plate 1W1 and 1W2 shown in Fig. 2 is two ends, left and right a pair, the groove of described curved groove plate 1W1 by 4 ~ 7 road groove 1-11 and 1-12, and with two groove 1-11 tangentially the arc curved groove 1-111 of crossing UNICOM and 1-112 form; Described arc curved groove 1-112 is 1/2nd of described arc curved groove 1-111.

Described curved groove plate 1W12 groove shown in Fig. 2 is by 4 ~ 7 road groove 1-11 and 1-12, and with the two groove 1-11 tangentially arc curved groove 1-111 of crossing UNICOM and 1-112, and longitudinal straight trough 1-11Z of a track pitch right-hand member limit 50 ~ 100mm is formed; Described arc curved groove 1-112 is 1/2nd of described arc curved groove 1-111.

The upper surface of described two ends curved groove plate 1W1 and 1W2 shown in Fig. 2 is pasted with one deck soft graphite coiled material heat-conducting layer, and in groove, apply one deck graphite heat conducting packed layer.

The extruded polystyrene warming plate (XPS plate) of the ventilating and thermal insulating module of the ventilating and thermal insulating module body 1 shown in Fig. 2, Fig. 3, Fig. 5, Fig. 6, Fig. 8 and Figure 10 ~ Figure 12 to be thick with 25mm ~ 60mm, long × wide compressive strength for 600mm ~ 1800mm × 600mm be more than 150KPa or molding polyphenylene heat insulation slab (EPS plate) or polyurethane thermal insulation board or phenolic-aldehyde heat-insulation board are made.

At the environment-friendly type soft graphite coiled material superconductor of to be coefficient of thermal conductivity that 0.1mm ~ 0.2mm is thick be more than the 360W/ (m.k) of the described moistureproof heat-conducting layer 6 shown in Fig. 5 Fig. 6 and Figure 10.

Described heat preservation ventilating window 10 shown in Fig. 1 and Figure 13 ~ Figure 15, is incubated by window 10-1, hollow glass exterior window 10-2 and exterior decoration in heat absorption light reflective sunshading curtain 10 ', ventilation successively to outdoor from indoor and forms into exhaust duct 10A and 10B; One end or the two ends, left and right of described hollow glass exterior window 10-2 are provided with bottom hinged window 10-2A; The top of described bottom hinged window and side are provided with L-type protection screen pack 10C ';

In described ventilation, the top of window 10-1 is provided with and installs new wind intake stack 10-11, exhaust hose 10-123 and exhaust blower 10-13P reserved opening 10-11 ', 10-12 ' and 10-13 '; In described ventilation, window 3 is at least provided with the casement window 10-14 or sliding sash that a fan inwardly opens;

The top of described hollow glass exterior window 10-2 is provided with the reserved opening 10-11 " and 10-13 " installing new wind intake stack 10-11 and exhaust duct 10-131.

In the described ventilation shown in Fig. 1 and Figure 13 ~ Figure 15, form the good ventilating and thermal insulating cavity 10C of closed adiabatic heat-insulation between window 10-1 and hollow glass exterior window 10-2 double window, the K value of window can be promoted well; Described exterior decoration is incubated and is connected with heat utilization air supply system 9A and ground dehumidifying air-conditioning system 9B with air exhaust tube system 10-13 respectively by new wind intake stack 10-11 into exhaust duct 10A with 10B; Form a complete energy-saving ventilating air air-conditioning system;

Described exterior decoration insulation intake stack 10A can connect with basement center air purifying, preheating pipe-line system, so, new wind is through primarily efficient filter, and through with underground cool in summer and warm in winter cold/after hot air carries out cold and hot exchange, preheating or precooling, send into indoor through exterior decoration insulation intake stack 10A and new wind intake stack 10-11, greatly reduce room ventilation air conditioning energy consumption, and significantly reduce the operating cost of season of summer and winter air conditioner and air purification, haze prevention and cure of air pollution.

Described heat preservation ventilating window 10 shown in Fig. 4, Figure 16 and Figure 17, is made up of window 10-1 and hollow glass exterior window 10-2 in heat absorption light reflective sunshading curtain 10 ', ventilation to outdoor successively from indoor;

In described ventilation, the top of window 10-1 is provided with reserved opening 10-J11 ', the 10-J12 ' and 10-13P2 ' that are installed into wind pipeline 10-J11, exhaust hose 10-123 and exhaust duct 10-13P2; In described ventilation, window 10-1 is at least provided with the casement window 10-14 or sliding sash that a fan inwardly opens;

The top of described hollow glass exterior window 10-2 is provided with the reserved opening 10-12 installing exhaust hood 10-13P4 and Electric air valve 10-16 " and one end or the two ends, left and right of 10-16 ', described hollow glass exterior window 10-2 are provided with bottom hinged window 10-2A; In described Electric air valve 10-16, outside is respectively equipped with primary efficient filter screen 10-161 and anti-wind shelling cover 162; The top of described bottom hinged window and side are provided with L-type protection screen pack 10C '.

Described heat absorption light reflective sunshading curtain 10 ' shown in Fig. 1, Fig. 4, Fig. 7, Fig. 9, Figure 14 and Figure 17, point tow sides, front is the heat-absorbent surface in winter, and reverse side is reflective surface, for sunshade in summer reflected sunlight, heat insulation and heat control.

Described warming solar energy vent window 10T shown in Fig. 7, Fig. 9 and Figure 18, is made up of window 10-1, hollow glass exterior window 10-2 and angle type solar module 10-3 in heat absorption light reflective sunshading curtain 10 ', ventilation to outdoor successively from indoor;

In described ventilation, the top of window 10-1 is provided with the reserved opening 10-JP2 ' and 10-12 ' that are installed into exhaust duct 10-JP2 and exhaust hose 10-123; In described ventilation, window 10-1 is at least provided with the casement window 10-14 or sliding sash that a fan inwardly opens.

The reserved opening 10-12 installing exhaust hose 10-123 and Electric air valve 10-16 is offered above the described hollow glass exterior window 10-2 shown in Fig. 9 and Figure 18 " and one end or the two ends, left and right of 10-16 ', described hollow glass exterior window 10-2 are provided with bottom hinged window 10-2A; The top of described bottom hinged window and side are provided with L-type protection screen pack 10C '.

Described angle type solar module 10-3 shown in Fig. 9 and Figure 18, is made up of triangular support end plate 10T-1, end plate heat insulation layer 10T-1 ', L shape support bar 10T-2 and 10T-2 ', solar panel 10T-3, Z-type panel 10T-4 and junction box 10T-5; The oblique gradient θ of described solar panel 10T-3 is set as 40 ° ~ 70 °.

In the described ventilation shown in Fig. 4, Fig. 7, Fig. 9 and Figure 15 ~ Figure 18, form the good ventilating and thermal insulating cavity 10C of closed adiabatic heat-insulation between window 10-1 and hollow glass exterior window 10-2 double window, the K value of window can be promoted well; Described intake stack 10-J11 or enter exhaust duct 10-JP2 and be connected with heat utilization air supply system 9A and ground dehumidifying air-conditioning system 9B with extract duct 10-12; And a complete energy-saving ventilating air air-conditioning system is formed together with air exhaust tube system.

Described hollow glass exterior window 10-2 shown in Fig. 9 and Figure 13 ~ Figure 18 is two glass one chambeies or three glass two chamber medi-empty glass windows, and window frame material is plastic-steel or glass fiber reinforced plastic or bridge-cut-off aluminum.

Described heat utilization air supply system 9A shown in Fig. 1, Figure 14 and Figure 15, is made up of new wind intake stack 10-11, air entering and returning mouth 10-11A, ajutage 10-11B, interchange of heat recover 9A 1, air-supply threeway 9A 2, air purifier 9A3, quiet blower fan 9A4, dehumidifier 9A5, air outlet 9A 6 and extract duct 10-12; Described new wind intake stack 10-11 is made up of Electric air valve 10-111, intake stack 10-112 and air intake 10-113; All pipeline outer walls of described heat utilization air supply system 9A are equipped with cellular rubber insulation layer.

Described heat utilization air supply system 9A shown in Fig. 7, Fig. 9 and Figure 18, by primary efficient filter screen 10-JP1, exhaust blower 10-P, enters exhaust duct 10-JP2, electronic time air outlet 10-HP3, ajutage 10-11B, interchange of heat recover 9A1, air-supply threeway 9A2, air purifier 9A3, quiet blower fan 9A4, air outlet 9A5 ' and 9A6 and extract duct 10-12 and forms; All pipeline outer walls of described heat utilization air supply system 9A are equipped with cellular rubber insulation layer.

Described heat utilization air supply system 9A shown in Fig. 4, Figure 16 and Figure 17, is made up of primary efficient filter screen 10-J111, intake stack 10-J11, electronic air entering and returning mouth 10-JH, ajutage 10-11B, interchange of heat recover 9A 1, air-supply threeway 9A 2, air purifier 9A3, quiet blower fan 9A4, air outlet 9A5 ' and 9A6 and extract duct 10-12; All pipeline outer walls of described heat utilization air supply system 9A are equipped with cellular rubber insulation layer.

Described ground dehumidifying air-conditioning system 9B shown in Fig. 1, Fig. 4, Fig. 7, Fig. 9, Figure 14 and Figure 17, by returning air outlet 9B1, return air standpipe 9B5, dehumidifying heat radiation ajutage 3, dehumidifying heat dissipation wind channel 4, dehumidifying heat radiation duct set 3 ', dehumidifying heat radiation collection wind standpipe 3 ", interchange of heat recover 9A 1, extract duct 10-12, air-conditioning ground ajutage 5, standpipe 51 of blowing, air-supply threeway 9A2, air purifier 9A3, quiet blower fan 9A4, dehumidifier 9A5 or air outlet 9A5 ' and air outlet 9A6 form

Described air exhaust tube system 10-13 shown in Fig. 1 and Figure 15, is made up of air outlet 10-13P, air outlet 10-13P1, threeway 10-131, exhaust duct 10-132, air draft bend pipe 10-133 and air outlet 10-134; The preferred electric vent of described air outlet 1-13P.

Described air exhaust tube system 10-13 shown in Fig. 4 and Figure 16, is made up of electronic air outlet 10-13P, exhaust blower 10-13P1, exhaust duct 10-13P2 and 10-13P23, air draft threeway 10-13P3 and exhaust hood 10-13P4; Described exhaust duct 10-13P2 and 10-13P23 and air draft threeway 10-13P3 adopts the good metal tube of thermal conductivity or aluminium foil hose or pvc pipe to make; Described exhaust duct 10-13P23 is arranged on shelter above window, indoor foul smell, in the way drained into outside window through exhaust duct 10-13P2 and 10-13P23, air draft threeway 10-13P3 and exhaust hood 10-13P4 and after the new wind of ventilating and thermal insulating cavity 10C carries out cold and hot exchange, preheating, is sent into indoor through quiet blower fan 9A4; Reach the object recycled further by the waste heat in room air.

Described air entering and returning mouth 10-11A shown in Fig. 1 and Figure 14, be provided with filter screen and air door, when only needing indoor air circulation, air entering and returning mouth 10-11A can be opened, and close Electric air valve 10-111, under the effect of quiet blower fan 9A4 wind-force, by after interchange of heat recover 9A 1 waste heat recovery cold/heating installation and air-conditioning ground ajutage 5 in cold/heating installation, by air-supply threeway 9A2, and through air purifier 9A3 and dehumidifier 9A5, air outlet 9A 6 sends into indoor, reaching does not window also can breathe clean air, and reach waste heat recovery, reduce air conditioner energy consumption, promote the object of ground heating cooling and air conditioner effect.But when season in spring and autumn without the need to heating, and cold supplying time, can open Electric air valve 10-111 and air entering and returning mouth 10-11A, under suction function, new wind is in air entering and returning mouth 10-11A screen pack flowed into chamber.

Described air purifier 9A3 is that fresh air purifying case or employing have electrostatic precipitation sterilization, flushing-free, electronic air cleaner capable of releasing negative ion;

More than all ground of described ventilation and air conditioning system 9 bright dew pipe section all carries out hiding decoration with customized assembly type collecting cabinet.

Described extract duct 10-12 shown in Fig. 1, Fig. 7, Figure 15 and Figure 18, is made up of exhaust hose 10-121, exhaust blower 10-122, exhaust hose 10-123 and air draft threeway 10-13P3 or exhaust elbow 10-124; Described extract duct 10-12 by outside the exhaust removal chamber after fully reclaiming through interchange of heat recover 9A 1 waste heat, and can reach the object of dehumidifying.

Described dehumidifying heat radiation ajutage 3 shown in Fig. 1, Fig. 2, Fig. 4 and Fig. 7 and dehumidifying heat radiation duct set 3 ' are the rectangular tube of 25mm × 60mm or 30mm × 60-120mm or 40-60mm × 60-130mm, and offer the gravity vent 3K of Φ 10mm ~ Φ 30mm in the side corresponding to dehumidifying heat dissipation wind channel 4.

Described air-conditioning ground ajutage 5 shown in Fig. 1, Fig. 2, Fig. 4, Fig. 7, Fig. 9, Figure 14 and Figure 17 is rectangular tube or the two or more porous rectangular tube of 25mm × 60mm or 30mm × 60-120mm or 40-60mm × 60-130mm.

Described interchange of heat recover 9A 1 shown in Fig. 1, Fig. 4, Fig. 7, Fig. 9, Figure 14, Figure 17 and Figure 19, by interchange of heat air intake sleeve pipe 9A 11, be placed in interchange of heat exhaust duct 9A 12 in sleeve pipe and sleeve outer wall thermal insulating 9A 13 and form, described interchange of heat exhaust duct 9A about 12 two ends through interchange of heat air intake sleeve pipe 9A 11 upper and lower side threeway mouth of pipe 9A 14 and 9A 15, respectively with extract duct 10-12 and dehumidify to dispel the heat and collect wind standpipe 3 " connect; Upper and lower two side ends is preset with the interface 9A 16 and 9A 16 ' that connect with ajutage and the threeway 9A2 that blows respectively;

Described interchange of heat exhaust duct 9A 12 shown in Figure 20 is that the circular aluminum profile material tube of Φ 50mm ~ Φ 100mm or round metal tube are made with diameter.

Described quiet blower fan 9A4, exhaust blower 10-122, exhaust blower 10-13P1 and exhaust blower 10-P shown in Fig. 1, Fig. 4, Fig. 7, Fig. 9, Figure 14 ~ Figure 17, can according to the difference of room area size, room application and installation position, the quiet blower fan selecting exhaust air rate moderate or window glass installing type ventilation fan, or split ventilator, and comprise direct current blower fan or alternating current blower fan.

The electric fixturess such as described exhaust blower 10-P, exhaust blower 10-13P1 shown in Fig. 1, Fig. 4, Fig. 7, Figure 14, Figure 16 and Figure 17, quiet blower fan 9A4, exhaust blower 10-122, Electric air valve 10-111, Electric air valve 10-16, electric vent and dehumidifier all with can Real-Time Monitoring interior temperature, humidity, VOC concentration, PM2.5, built in air mass sensor, can the indoor volatile organic compounds of real-time detection, the ventilation system intelligent controller of switch and rotating speed that controller output signal directly controls blower fan is connected to form intelligentized electric-control system.

The main operational principle of the described ventilation and air conditioning system 9 shown in Fig. 1, Figure 14 and Figure 15 is:

Open Electric air valve 10-111, quiet blower fan 9A4 and exhaust blower 10-122, new wind is flowed into by new wind air intake 10-113, can directly send into indoor by the air entering and returning mouth 10-11A opened, also air entering and returning mouth 10-11A can be closed, make new wind by ajutage 10-11B, and through interchange of heat recover 9A 1 and air purifier 9A3, by cold/heating installation in the new wind after waste heat recovery and the process of PM2.5 filtration, purification and floor through dehumidifier 9A5 dehumidify after, send into indoor by air outlet 9A 6; Simultaneously, under quiet blower fan 9A4 and exhaust blower 10-122 effect, return air enters from return air inlet 9B1, point two-way after return air standpipe 9B5, one tunnel is through dehumidifying heat radiation ajutage 3, after branching to dehumidifying heat radiation air delivery duct 4, through dehumidifying heat radiation duct set 3 ', dehumidifying heat radiation collection wind standpipe 3 " and interchange of heat recover 9A 1; and by moisture in the floor after cold and hot exchange, waste heat recovery; drain into outdoor through extract duct 10-12; reach dehumidifying, condensation, the generation of condensed water and the object of waste heat recovery when preventing cooling; Another road is through surrounding air-conditioning ground ajutage 5 and ground air-supply standpipe 51, air-supply threeway 9A2, air purifier 9B 3 and quiet blower fan 9B 4, by cold in the floor after filtration, purification process/heating installation after dehumidifier 9A5 dehumidifies, send into indoor by air outlet 9A 6, good auxiliary heating cooling can be played, reduce air conditioner energy consumption; While improving the air conditioner effect on radiant heating cooling ground, reach heat recovery, air purification process, do not open a window and can breathe clean fresh air, healthy comfortable object yet, and reach a floor heating end and realize both cooling and heating, low-carbon energy-saving, reduce air conditioner and install and the object of running cost.

During air draft, open air outlet 10-13P and exhaust blower 10-13P1, and be incubated by air exhaust tube system 10-13 and exterior decoration and drain into outdoor into exhaust duct 10B.

The main operational principle of the described ventilation and air conditioning system 9 shown in Fig. 4, Figure 16 and Figure 17 is:

1, when the season of summer and winter of cooling heating, for avoiding the loss causing air-conditioning because entering air draft as much as possible, be designed to not window, room air is only in indoor circulation.Now, electric vent 16 need be closed, under the effect of quiet blower fan 9A4 wind-force, room air enters from air entering and returning mouth 10-JH, through ajutage 10-11B and interchange of heat recover 9A 1, by with in interchange of heat exhaust duct 9A 12 cold/heating installation carries out interchange of heat, after waste heat recovery cold/heating installation and air-conditioning ground ajutage 5 in cold/heating installation, by air-supply threeway 9A 2, and send into indoor through air purifier 9A3 and air outlet 9A5 ' and 9A 6, simultaneously, under quiet blower fan 9A4 and exhaust blower 10-122 effect, return air is after return air inlet 9B1 and return air standpipe 9B5, divide two-way, one tunnel is through dehumidifying heat radiation ajutage 3, after branching to dehumidifying heat radiation air delivery duct 4, through dehumidifying heat radiation duct set 3 ', dehumidifying heat radiation collection wind standpipe 3 " and interchange of heat recover 9A 1, and will through cold and hot exchange, moisture in floor after waste heat recovery, outdoor is drained into through extract duct 10-12, reach dehumidifying, prevent from condensing during cooling, the generation of condensed water and the object of waste heat recovery, another road is through surrounding air-conditioning ground ajutage 5 and ground air-supply standpipe 51, air-supply threeway 9B 2, air purifier 9B 3 and quiet blower fan 9B 4, cold in floor after filtration, purification process/heating installation is sent into indoor by air outlet 9A5 ' and 9A 6, reach heat recovery, air purification process, auxiliary heating cooling, reduction air conditioner energy consumption, improve the air conditioner effect on radiant heating cooling ground, and can realize not opening a window and also can breathe clean air, healthy comfortable object, and reach a floor heating end both cooling and heating, low-carbon energy-saving, reduce air conditioner and install and the object of running cost.

When needs air draft, only need open electronic air outlet 10-13P and exhaust blower 10-13P1, foul indoor air just drains into outside window by exhaust duct 10-13P2 and 10-13P23, air draft threeway 10-13P3 and exhaust hood 10-13P4, and after carrying out cold and hot exchange, preheating with the new wind by way of ventilating and thermal insulating cavity 10C, new wind is sent into indoor through quiet blower fan 9A4; Reach the object recycled further by the waste heat in room air.

2, when season in spring and autumn without the need to heating, and cold supplying time, both new wind entrance bottom hinged window 10-2A can have been opened, only need close electronic air entering and returning mouth 10-JH, direct unlatching quiet blower fan 9A4 or exhaust blower 10-13P1, send into indoor after the Electric air valve 10-16 that new wind or foul indoor air just can be made to pass through to open, primary efficient filter screen 161, ventilating and thermal insulating cavity 10C and intake stack 10-J11, or drain into outdoor by air exhaust tube system 10-13.Also bottom hinged window 10-2A can be opened, under the wind-force effect of quiet blower fan 9A4, or the negative pressure only relying on washroom and other room air draft to produce, make new wind by opening bottom hinged window 10-2A, the electronic air entering and returning mouth 10-JH of ventilating and thermal insulating cavity 10C, intake stack 10-J11 and unlatching sends into indoor.

The main operational principle of the described ventilation and air conditioning system 9 shown in Fig. 7, Fig. 9 and Figure 18 is:

1, when the season of summer and winter of cooling heating, for avoiding the loss causing air-conditioning because entering air draft as much as possible, be designed to not window, room air is only in indoor circulation.Now, Electric air valve 16 need be closed, under the effect of quiet blower fan 9A4 wind-force, room air enters from electronic time air outlet 10-HP3, through ajutage 10-11B and interchange of heat recover 9A 1, by with in interchange of heat exhaust duct 9A12 cold/heating installation carries out interchange of heat, after waste heat recovery cold/heating installation and air-conditioning ground ajutage 5 in cold/heating installation, by air-supply threeway 9A 2, and send into indoor through air purifier 9A3 and air outlet 9A5 ' and 9A 6, simultaneously, under quiet blower fan 9A4 and exhaust blower 10-122 effect, return air is after return air inlet 9B1 and return air standpipe 9B5, divide two-way, one tunnel is through dehumidifying heat radiation ajutage 3, after branching to dehumidifying heat radiation air delivery duct 4, through dehumidifying heat radiation duct set 3 ', dehumidifying heat radiation collection wind standpipe 3 " and interchange of heat recover 9A 1, and will through cold and hot exchange, moisture in floor after waste heat recovery, outdoor is drained into through extract duct 10-12, reach dehumidifying, prevent from condensing during cooling, the generation of condensed water and the object of waste heat recovery, another road is through surrounding air-conditioning ground ajutage 5 and ground air-supply standpipe 51, air-supply threeway 9B 2, air purifier 9B 3 and quiet blower fan 9B 4, cold in floor after filtration, purification process/heating installation is sent into indoor by air outlet 9A5 ' and 9A 6, reach heat recovery, air purification process, auxiliary heating cooling, reduction air conditioner energy consumption, improve the air conditioner effect on radiant heating cooling ground, and can realize not opening a window and also can breathe clean air, healthy comfortable object, and reach a floor heating end both cooling and heating, low-carbon energy-saving, reduce air conditioner and install and the object of running cost.

When needs air draft, only need open exhaust blower 10-P, foul indoor air just by open electronic time air outlet 10-HP3, enter exhaust duct 10-JP2, ventilating and thermal insulating cavity 10C, the Electric air valve 10-16 of unlatching and fan housing 10-17 and drain into outdoor.

2, when season in spring and autumn without the need to heating, and cold supplying time, both new wind entrance bottom hinged window 10-2A can have been opened, only need directly to open quiet blower fan 9A4 or exhaust blower 10-P, new wind or foul indoor air just can be made to send into indoor by the Electric air valve 10-16 of ventilating and thermal insulating cavity 10C, unlatching and fan housing 10-17 or drain into outdoor.Also bottom hinged window 10-2A can be opened, under the wind-force effect of quiet blower fan 9A4 or exhaust blower 10-P, or under the suction function only relying on washroom and other room air draft to produce, the bottom hinged window 10-2A, the ventilating and thermal insulating cavity 10C that make new wind pass through to open, the electronic time air outlet 10-HP3 entering exhaust duct 10-JP2 and unlatching send into indoor, or drain into outdoor.

The present invention is not limited only to above several disclosed specific embodiment, and any employing in this area is replaced on an equal basis or the technical scheme of equivalent transformation mode all should fall into protection scope of the present invention.

Claims

1. ventilating and thermal insulating module heating cooling ground and an energy-saving ventilating air air-conditioning system, comprises ventilating and thermal insulating module heating cooling ground, ventilation and air conditioning system (9) and heat preservation ventilating window (10); Described ventilating and thermal insulating module heating cooling ground, it is characterized in that, from bottom to top successively by ventilating and thermal insulating module body (1), floor heating pipeline (2) and water collecting and diversifying device (2 '), dehumidify dispel the heat ajutage (3), the heat dissipation wind channel (4) that dehumidifies, dehumidify dispel the heat duct set (3 '), air-conditioning ajutage (5), graphite heat conducting packed layer (7), tack coat (7 ') and ground decoration panel (8) form;

Described ventilating and thermal insulating module body (1), by the assembled basic unit body of standard straight frid (1Z) and two ends curved groove plate (1W1,1W2); Described standard straight frid (1Z) is made up of ventilating and thermal insulating module (1-1) and heat-conducting layer (1-11 ');

Described ventilation and air conditioning system (9), is made up of heat utilization air supply system (9A), ground dehumidifying air-conditioning system (9B) and air exhaust tube system (10-13);

Described heat preservation ventilating window (10) is connected with heat utilization air supply system (9A), ground dehumidifying air-conditioning system (9B) and air exhaust tube system (10-13), forms a complete energy-saving ventilating air air-conditioning system.

2. ventilating and thermal insulating module heating cooling ground and an energy-saving ventilating air air-conditioning system, comprises ventilating and thermal insulating module heating cooling ground, ventilation and air conditioning system (9) and heat preservation ventilating window (10); Described ventilating and thermal insulating module heating cooling ground, it is characterized in that, from bottom to top successively by ventilating and thermal insulating module body (1), floor heating pipeline (2) and water collecting and diversifying device (2 '), dehumidify dispel the heat ajutage (3), the heat dissipation wind channel (4) that dehumidifies, dehumidify dispel the heat duct set (3 '), air-conditioning ajutage (5), graphite heat conducting packed layer (7), moistureproof heat-conducting layer (6) and wood flooring (8 ') form; Described ventilating and thermal insulating module body (1), adopt insulating anchor bolt and earth construction basic unit consolidation plain;

3. a kind of ventilating and thermal insulating module heating cooling ground as claimed in claim 2 and energy-saving ventilating air air-conditioning system, it is characterized in that, described ventilating and thermal insulating module heating cooling ground, from bottom to top successively by expandability polyethylene bedding (1D), ventilating and thermal insulating module body (1), floor heating pipeline (2) and water collecting and diversifying device (2 '), dehumidify dispel the heat ajutage (3), the heat dissipation wind channel (4) that dehumidifies, dehumidify dispel the heat duct set (3 '), air-conditioning ajutage (5), moistureproof heat-conducting layer (6) and wood flooring (8 ') form.

4. ventilating and thermal insulating module heating cooling ground and an energy-saving ventilating air air-conditioning system, comprises ventilating and thermal insulating module heating cooling ground, ventilation and air conditioning system (9) and warming solar energy vent window (10T); Described ventilating and thermal insulating module heating cooling ground, it is characterized in that, be made up of ventilating and thermal insulating module body (1), floor heating pipeline (2), water collecting and diversifying device (2 '), dehumidifying heat radiation ajutage (3), dehumidifying heat dissipation wind channel (4), dehumidifying heat radiation duct set (3 '), air-conditioning ground ajutage (5), basal plate (7-1), tack coat (7 ') and ground decoration panel (8) successively from bottom to top; Described basal plate (7-1), employing plastic expanding bolt (7-1 ') and earth construction basic unit consolidation are plain;

Described ventilation and air conditioning system (9), is made up of heat utilization air supply system (9A) and ground dehumidifying air-conditioning system (9B);

Described warming solar energy vent window (10T) is connected with heat utilization air supply system (9A) and ground dehumidifying air-conditioning system (9B), forms a complete energy-saving ventilating air air-conditioning system.

5. a kind of ventilating and thermal insulating module heating cooling ground as claimed in claim 4 and energy-saving ventilating air air-conditioning system, it is characterized in that, described ventilating and thermal insulating module heating cooling ground, from bottom to top successively by ventilating and thermal insulating module body (1), floor heating pipeline (2), water collecting and diversifying device (2 '), dehumidifying heat radiation ajutage (3), dehumidifying heat dissipation wind channel (4), dehumidifying heat radiation duct set (3 '), air-conditioning ground ajutage (5), graphite heat conducting packed layer (7), moistureproof heat-conducting layer (6), basal plate (7-1), tack coat (7 ') and ground decoration panel (8) are formed, described basal plate (7-1), employing plastic expanding bolt (7-1 ') and earth construction basic unit consolidation are plain.

6. a kind of ventilating and thermal insulating module heating cooling ground as described in claim 1 or 2 or 4 and energy-saving ventilating air air-conditioning system, it is characterized in that, described ventilating and thermal insulating module (1-1) is provided with 4 ~ 7 road grooves, wherein, the spacing of 3 ~ 4 road grooves (1-11) is 200mm or 150mm, for laying floor heating pipeline (2), other 1 ~ 3 road is ventilation groove (1-12), is separately positioned between two grooves (1-11); Preferred distance is the ventilating and thermal insulating module of 150mm, 4 road grooves (1-11) and 1 ~ 2 road ventilation groove (1-12).

7. a kind of ventilating and thermal insulating module heating cooling ground as described in claim 1 or 2 or 3 or 4 or 5 and energy-saving ventilating air air-conditioning system, it is characterized in that, described dehumidifying heat dissipation wind channel (4), be included in and ventilation groove (1-12) inlay U-shaped heat conduction aluminum lath (1-11 ") or be pasted with the heat-conducting layer (1-11 ') of soft graphite coiled material, and being closed in the U-shaped heat conduction aluminum lath (1-11 ") the meeting graphite heat conducting packed layer wide aluminium foil strip of 30 ~ 50mm (1-111 ") that is pasted with suitable for reading.

8. a kind of ventilating and thermal insulating module heating cooling ground as described in claim 1 or 2 or 4 and energy-saving ventilating air air-conditioning system, it is characterized in that, described two ends curved groove plate (1W1,1W2) are a pair, two ends, left and right, the groove of described curved groove plate (1W1) by 4 ~ 7 road grooves (1-11,1-12), and is formed with the arc curved groove (1-111,1-112) of the tangential crossing UNICOM of two grooves (1-11); Described arc curved groove (1-112) is 1/2nd of described arc curved groove (1-111).

9. a kind of ventilating and thermal insulating module heating cooling ground as described in claim 1 or 2 or 4 and energy-saving ventilating air air-conditioning system, it is characterized in that, described curved groove plate (1W12) groove is by 4 ~ 7 road grooves (1-11,1-12), with the arc curved groove (1-111,1-112) of the tangential crossing UNICOM of two grooves (1-11), and longitudinal straight trough (1-11Z) of a track pitch right-hand member limit 50 ~ 100mm is formed; Described arc curved groove (1-112) is 1/2nd of described arc curved groove (1-111).

10. a kind of ventilating and thermal insulating module heating cooling ground as claimed in claim 2 and energy-saving ventilating air air-conditioning system, it is characterized in that, described heat utilization air supply system (9A), is made up of primary efficient filter screen (10-JP111), air intake pipe orifice (10-J11), electronic air entering and returning mouth (10-JH), ajutage (10-11B), interchange of heat recover (9A1), air-supply threeway (9A2), air purifier (9A3), quiet blower fan (9A4), air outlet (9A5 ', 9A6) and extract duct (10-12).

11. a kind of ventilating and thermal insulating module heating cooling ground as claimed in claim 4 and energy-saving ventilating air air-conditioning systems, it is characterized in that, described heat utilization air supply system (9A), by primary efficient filter screen (10-JP1), exhaust blower (10-P), enter exhaust duct (10-JP2), electronic time air outlet (10-HP3), ajutage (10-11B), interchange of heat recover (9A1), air-supply threeway (9A2), air purifier (9A3), quiet blower fan (9A4), air outlet (9A5 ', 9A6) and extract duct (10-12) form.

12. heat utilization air supply systems (9A) as described in claim 10 or 11, it is characterized in that, described interchange of heat recover (9A1), by interchange of heat air intake sleeve pipe (9A11), be placed in interchange of heat exhaust duct (9A12) in sleeve pipe and sleeve outer wall thermal insulating (9A13) is formed, described interchange of heat exhaust duct (9A12) up and down two ends through interchange of heat air intake sleeve pipe (9A11) the upper and lower side threeway mouth of pipe (9A14,9A15), dispel the heat with extract duct (10-12) and dehumidifying respectively collect wind standpipe (3 ") connect; Upper and lower two side ends is preset with the interface (9A16,9A16 ') connected with ajutage and threeway (9A2) of blowing respectively;

Described interchange of heat air intake sleeve pipe (9A11) adopts Ф 110mm ~ Ф 200mm plastic round tube or metal circular tube to assemble.

13. interchange of heat recovers (9A1) as claimed in claim 12, is characterized in that, described interchange of heat exhaust duct (9A.12) is that the circular aluminum profile material tube of Ф 50mm ~ Ф 100mm or round metal tube are made with diameter.

14. a kind of ventilating and thermal insulating module heating cooling ground as described in claim 1 or 2 or 4 and energy-saving ventilating air air-conditioning system, it is characterized in that, described ground dehumidifying air-conditioning system (9B), by returning air outlet (9B1), return air standpipe (9B5), dehumidifying heat radiation ajutage (3), dehumidifying heat dissipation wind channel (4), dehumidifying heat radiation duct set (3 '), dehumidifying heat radiation collection wind standpipe (3 "), interchange of heat recover (9A1), extract duct (10-12), air-conditioning ground ajutage (5), ground air-supply standpipe (51), air-supply threeway (9A2), air purifier (9A3), quiet blower fan (9A4), dehumidifier (9A5) or air outlet (9A5 ') air outlet (9A6) are formed.

15. a kind of ventilating and thermal insulating module heating cooling ground as claimed in claim 2 and energy-saving ventilating air air-conditioning systems, it is characterized in that, described air exhaust tube system (10-13), is made up of electronic air outlet (10-13P), exhaust blower (10-13P1), exhaust duct (10-13P2,10-13P23), air draft threeway (10-13P3) and exhaust hood (10-13P4); Described exhaust duct (10-13P2,10-13P23) and air draft threeway (10-13P3) adopt the good metal tube of thermal conductivity or aluminium foil hose or pvc pipe to make.