CN208416385U

CN208416385U - Air inlet heat exchange window heat-exchange system

Info

Publication number: CN208416385U
Application number: CN201721312252.3U
Authority: CN
Inventors: 何烜烽
Original assignee: Individual
Current assignee: Individual
Priority date: 2017-10-12
Filing date: 2017-10-12
Publication date: 2019-01-22
Anticipated expiration: 2027-10-12

Abstract

The utility model belongs to window setting technique field, more particularly, to a kind of air inlet heat exchange window heat-exchange system.Including posting and the installing frame being arranged in posting, the posting and installing frame are flexibly connected, the posting outer end is equipped with block, sealing strip is equipped between block inner end and installing frame outer end, detachable positioning component is additionally provided between posting and installing frame, four groups of sliding rails are equipped between the posting and installing frame, wherein two groups of sliding rails are located above posting between inside and installing frame upper outer and are located at two sides, another two groups of sliding rails are located at below posting lower outer and installing frame between inside and are located at two sides, the air inlet positioned at outer end is equipped in the installing frame to keep off the rain drainage mechanism, compared with prior art, the advantages of this refrigeration air-inlet window heat exchange cycle system, is: 1, design is reasonable, energy conservation and environmental protection, it can exchange heat at any time.

Description

Air inlet heat exchange window heat-exchange system

Technical field

The utility model belongs to window setting technique field, more particularly, to a kind of air inlet heat exchange window heat-exchange system.

Background technique

With the development of Building technology and the raising of human living standard, the construction of window is also increasingly sophisticated higher to meet Thermal technology require.Advanced building can be using double-deck even three layers of vacuum Low-E glass, two pass rubber weather strip, to guarantee it Optimal thermal and insulating performance.Horizontal skylight can be made rimless unit, also referred to as dome skylight.Glass curtain wall can be recognized To be a kind of special window, i.e. the whole building exterior wall window that all becomes light-permeable.But in summer due to outdoor temperature compared with Heat, leading to the air entered within doors from window can be hot wind, and winter is constantly hotter due to outdoor temperature, cause to enter within doors from window Air can be cold wind, cause people that can not open a window, and rainy season can not also open a window ventilation.Ventilation is not simply failed to using air-conditioning also Waste of energy.

For example, Chinese patent literature discloses a kind of aluminum wood complex-aperture [application number: 201320087697.1], including window Frame and sash, for fixing on the wall, external-open sash is mounted on window frame window frame；Wherein, window frame is by window frame aluminium and window frame wood Material presses, wherein window frame aluminium is located outside side, and window frame timber is located at indoor side；Sash is by sash aluminium and window Fan timber presses, wherein sash aluminium is located outside side, and sash timber is located at indoor side；The window frame aluminium and The corner of window frame timber splicing is equipped with fixed window timber bead；Several blocks of hollow glasses, the hollow glass are installed on the sash The seam crossing of glass is fixed using door frame item is spelled, and door frame aluminum strip is spelled on the outside of the use of outside, and it is solid to spell door frame batten on the inside of side use indoors It is fixed.

Although the window that can be used in acting on of above scheme uses.But, however it remains winter and summer can not open a window it is logical The technical problems such as wind.

Summary of the invention

The purpose of this utility model be in view of the above-mentioned problems, provide it is a kind of design rationally, energy conservation and environmental protection can open a window at any time Air inlet exchange heat window heat-exchange system.

In order to achieve the above objectives, the utility model uses following technical proposal: this air inlet heat exchange window heat-exchange system, special Sign is, including posting and the installing frame being arranged in posting, the posting and installing frame are flexibly connected, described Posting outer end is equipped with block, sealing strip is equipped between block inner end and installing frame outer end, between posting and installing frame It is additionally provided with detachable positioning component, four groups of sliding rails are equipped between the posting and installing frame, is determined wherein two groups of sliding rails are located at Between inside and installing frame upper outer and be located at two sides above the frame of position, another two groups of sliding rails be located at posting lower outer and Between inside and two sides are located at below installing frame, and the air inlet positioned at outer end is equipped in the installing frame and is kept off the rain draught engine Structure, the air inlet keep off the rain drainage mechanism inside equipped with one-way air inlet mechanism, and the one-way air inlet mechanism outlet air end is equipped with The heat exchanger tube of S-shaped detour, heat exchanger tube one end are located at one upper side of installing frame, and the heat exchanger tube other end is located on the installing frame other side Side, the posting top are equipped with heat-exchange system, and the heat-exchange system includes plate-type heat-exchange plate, the plate-type heat-exchange plate The first heat exchanger channels be connected by the first conduit and the second conduit with heat exchanger tube both ends, the second of the plate-type heat-exchange plate is changed Passage of heat one end is connected by the first water-changing tube with deep well, and the other end is connected by the second water-changing tube with reservoir, described Third heat exchanger channels one end of plate-type heat-exchange plate passes sequentially through expansion valve, finned heat exchanger and compressor and third heat exchanger channels Other end connection, the compressor both ends, finned heat exchanger and third heat exchanger channels one end are connected by four-way reversing valve, Temperature control three-way valve is additionally provided on first water-changing tube, the temperature control three-way valve passes through third water-changing tube and reservoir phase Even, the temperature detection end of the temperature control three-way valve is connected on heat exchanger tube, is arranged with i.e. hot heater on the third water-changing tube, That is it is connected with lithium battery on the hot heater, solar power generation component, the sun are connected on the lithium battery The solar panels of energy electrification component are arranged on posting outer end, and branch, the branch are also connected on the reservoir It is connect with domestic water interface, combustion heater is equipped between the domestic water interface and branch, is connected on branch road Plain triple valve, the plain triple valve also pass through bypass connection domestic water interface.

In above-mentioned air inlet heat exchange window heat-exchange system, first conduit and the second conduit lower end are threaded through determine respectively In the first through hole and the second through-hole of position frame, and the first conduit and the second conduit lower end are respectively and under first through hole and the second through-hole Stomidium mouth is concordant or is threaded through the third above installing frame respectively close to lower end aperture, first conduit and the second conduit and leads to In hole and fourth hole, the heat exchanger tube both ends pass through respectively the first quick union and the second quick union and the first conduit and Second conduit is detachably connected, and the third through-hole end and fourth hole lower end are equipped with ring packing rubber baffle ring.

In above-mentioned air inlet heat exchange window heat-exchange system, the expansion valve, finned heat exchanger and compressor setting exist In outer container, the outer container is installed in above posting outer end, and the finned heat exchanger, the storage are equipped on the outside of outer container Pond is arranged in basement bottom, and second water-changing tube wears basement, and is exposed to indoor second water-changing tube in underground It is equipped with several heat exchange fins.

In above-mentioned air inlet heat exchange window heat-exchange system, hot-swappable fans are equipped in several heat exchange fin sides.

In above-mentioned air inlet heat exchange window heat-exchange system, the air inlet keeps off the rain between drainage mechanism and one-way air inlet mechanism Equipped with moisture eliminating frame, the moisture eliminating frame, which is equipped with, removes penetrable ventilated sponge.

In above-mentioned air inlet heat exchange window heat-exchange system, it is vertically arranged between several water fenders equipped with three and transverse direction is equal The drainpipe of even distribution, the drainpipe wear the draining recess of water fender, offer several water guides vertically on drainpipe Hole, the water guide hole number match with draining number of depressions, and the water-guiding hole is located at drainpipe towards water fender inner end On the side wall of side, the drainpipe lower end wears installing frame and is connected to draining through slot.

In above-mentioned air inlet heat exchange window heat-exchange system, the draining through slot outer end is equipped with curved baffle, described Curved baffle upper end is located above draining through slot outer end to be connected with posting, and the curved baffle lower end is located at outside draining through slot There are gaps below end and between posting.

In above-mentioned air inlet heat exchange window heat-exchange system, it is equipped between the moisture eliminating frame and one-way air inlet mechanism and is located at peace Frame up the wind-guiding convex edges of interior two sides, and the air-guiding aisle width formed between two wind-guiding convex edges is gradually reduced from outer end to inner end.

In above-mentioned air inlet heat exchange window heat-exchange system, the posting outer end is equipped with stainless steel and stops net, described Installing frame inner end is equipped with split windowpane, has sealing strip, two fan glass of split windowpane between split windowpane and posting Sealing strip also is provided between glass window, the glass of the split windowpane is made of transparent resin.

In above-mentioned air inlet heat exchange window heat-exchange system, the top cover being equipped at the top of the installing frame, the top cover leads to It crosses detachable structure to be fixed on posting, the third through-hole and fourth hole are threaded through on top cover.

Compared with prior art, the advantages of this air inlet heat exchange window heat-exchange system is: 1, design is reasonable, energy conservation and environmental protection, It can exchange heat at any time.2, heat exchange is reliable, can adjust heat exchange source as needed, effectively reduce energy consumption.3, it can correspond to Various weather conditions, can open a window ventilation in the rainy day.4, easy-to-use, it is easy to operate.5, while adjusting temperature, Ensure the circulation of room air.

Detailed description of the invention

Fig. 1 is structural schematic diagram provided by the utility model.

Fig. 2 is structural block diagram provided by the utility model.

Fig. 3 is the installation cross-sectional view of heat exchanger tube provided by the utility model.

Fig. 4 is the mounting structure schematic diagram provided by the utility model for entering the wind the drainage mechanism that keeps off the rain.

Fig. 5 is the mounting structure schematic diagram of foldable assembly provided by the utility model.

Fig. 6 is the structural schematic diagram of laterally transposition driving plate provided by the utility model.

Fig. 7 is air door mounting structure schematic diagram in top and bottom provided by the utility model.

Fig. 8 is the air door mounting structure schematic diagram provided by the utility model in addition to top and bottom.

Fig. 9 is air door the schematic diagram of the section structure provided by the utility model.

Figure 10 is the schematic diagram of the section structure of drainpipe provided by the utility model.

In figure, posting 1, installing frame 2, sliding rail 12, air inlet keep off the rain drainage mechanism 3, one-way air inlet mechanism 4, moisture eliminating frame 5, Except penetrable ventilated sponge 51, heat exchanger tube 4a, heat-exchange system 6, the first conduit 61 and the second conduit 62, first through hole 1a, the second through-hole 1b, third through-hole 1c, fourth hole 1d, the first quick union 622, the second quick union 621, ring packing rubber baffle ring 1e, Water fender 31, wind passage 32, gutter 34, draining through slot 35, drainpipe 36, water-guiding hole 361, curved baffle 351, air inlet are single Member 41, hinge bar 42, air door 43, rubber pad 44, foldable assembly 7, aluminium sheet 431, heatpiston's layer 432, lower aluminum sheet 433, coupler body 434, hinge bar sliding slot 71, location hole 72, shifting groove 73, laterally transposition driving plate 74, loose slot 75, lifting rope 76, master control Rope 77, bobbin winder bracket 78, driving motor 79, wind-guiding convex edge 21, split windowpane 14, top cover 22, spiral water guide are along 364, cutting The edge of a knife 363, guiding gutter 362, plate-type heat-exchange plate 6a, the first heat exchanger channels 611, the second heat exchanger channels 612, the first water-changing tube 61a, Deep well 62a, the second water-changing tube 61b, reservoir 63, third heat exchanger channels 613, expansion valve 64, finned heat exchanger 65, compression Machine 66, temperature control three-way valve 68, four-way reversing valve 67, third water-changing tube 69, i.e. hot heater 691, lithium battery 692, solar energy hair Electrical component 693, solar panels 693a, branch 631, domestic water interface 632, combustion heater 633, plain triple valve 634, side Road 635, outer container 15, basement 61c, heat exchange fin 61d, hot-swappable fans 61e.

Specific embodiment

As Figure 1-10 shows, this air inlet heat exchange window heat-exchange system, including posting 1 and the installation being arranged in posting 1 Frame 2, posting 1 and installing frame 2 are flexibly connected, and 1 outer end of posting is equipped with block 11, in 2 outer end of 11 inner end of block and installing frame Between be equipped with sealing strip, be additionally provided with detachable positioning component between posting 1 and installing frame 2, posting 1 and installing frame 2 it Between be equipped with four groups of sliding rails 12, wherein two groups of sliding rails 12 are located between the top of posting 1 inside and 2 upper outer of installing frame and distinguish Positioned at two sides, another two groups of sliding rails 12 are located between 2 lower section inside of 1 lower outer of posting and installing frame and are located at two sides, It is equipped with the air inlet positioned at outer end in installing frame 2 to keep off the rain drainage mechanism 3, air inlet keeps off the rain and is equipped with one-way air inlet machine on the inside of drainage mechanism 3 Structure 4,4 outlet air end of one-way air inlet mechanism are equipped with the heat exchanger tube 4a of S-shaped detour, and the one end heat exchanger tube 4a is located at 2 side of installing frame Top, the heat exchanger tube 4a other end are located above 2 other side of installing frame, and heat-exchange system 6 is equipped at the top of posting 1, and heat-exchange system 6 wraps The first heat exchanger channels 611 of rubbing board type heat exchanger plates 6a, plate-type heat-exchange plate 6a pass through the first conduit 61 and the second conduit 62 and heat exchange The both ends pipe 4a are connected, and 612 one end of the second heat exchanger channels of plate-type heat-exchange plate 6a passes through the first water-changing tube 61a and deep well 62a phase Even, the other end is connected by the second water-changing tube 61b with reservoir 63,613 one end of third heat exchanger channels of plate-type heat-exchange plate 6a according to It is secondary to be connected to by expansion valve 64, finned heat exchanger 65 and compressor 66 with 613 other end of third heat exchanger channels, 66 liang of compressor End, finned heat exchanger 65 and 613 one end of third heat exchanger channels are connected by four-way reversing valve 67, on the first water-changing tube 61a also Equipped with temperature control three-way valve 68, temperature control three-way valve 68 is connected by third water-changing tube 69 with reservoir 63, the spy of temperature control three-way valve 68 Wen Duan is connected on heat exchanger tube 4a, and i.e. hot heater 691 is arranged on third water-changing tube 69, i.e., is connected on hot heater 691 Lithium battery 692 is connected with solar power generation component 693, the solar panels of solar power generation component 693 on lithium battery 692 693a is arranged on 1 outer end of posting, and branch 631 is also connected on reservoir 63, and branch 631 and domestic water interface 632 connect It connects, combustion heater 633 is equipped between domestic water interface 632 and branch 631, is connected with plain triple valve on branch 631 634, plain triple valve 634 also passes through 635 connection domestic water interface 632 of bypass.

First conduit 61 and 62 lower end of the second conduit are threaded through the first through hole 1a and the second through-hole 1b of posting 1 respectively It is interior, and the first conduit 61 and 62 lower end of the second conduit are concordant or close with first through hole 1a and the second lower end through-hole 1b aperture respectively Lower end aperture, the first conduit 61 and the second conduit 62 are threaded through the third through-hole 1c and fourth hole 1d of 2 top of installing frame respectively Interior, the both ends heat exchanger tube 4a pass through the first quick union 622 and the second quick union 621 respectively and lead with the first conduit 61 and second Pipe 62 is detachably connected, and the end third through-hole 1c and the lower end fourth hole 1d are equipped with ring packing rubber baffle ring 1e.

Expansion valve 64, finned heat exchanger 65 and compressor 66 are arranged in outer container 15, and outer container 15 is installed in outside posting 1 End top is equipped with 65 reservoir 63 of finned heat exchanger setting in the bottom basement 61c, second on the outside of outer container 15 and changes water Pipe 61b wears basement 61c, and the second water-changing tube 61b being exposed in basement 61c is equipped with several heat exchange fin 61d； Hot-swappable fans 61e is equipped in the side several heat exchange fin 61d；There are several heat exchange scales, heat exchanger tube 4a passes through on heat exchanger tube 4a Bolt is fixed on installing frame 2；Air inlet, which keeps off the rain, is equipped with moisture eliminating frame 5, moisture eliminating frame 5 between drainage mechanism 3 and one-way air inlet mechanism 4 It is equipped with and removes penetrable ventilated sponge 51.

It is vertically arranged between several water fenders 31 equipped with three and laterally uniform drainpipe 36, drainpipe 36 is worn If the draining recess 321 of water fender 31, offers several water-guiding holes 361 vertically on drainpipe 36,361 quantity of water-guiding hole with Draining 321 quantity of recess match, and water-guiding hole 361 is located at drainpipe 36 towards on the side wall of 31 inner end side of water fender, drain 36 lower end of pipe wears installing frame 2 and is connected to draining through slot 35.Several circumferential directions are distributed on 36 inner wall of drainpipe to be uniformly distributed and axis To extension spiral water guide along 364, be equipped with guiding gutter 362 between 364 upper ends and drainpipe 36 along spiral water guide, led along spiral Water has cutting knife 363 along 364 inner walls.

Water fender 31 is made of metal material, and sun-proof layer of silica gel is coated on water fender 31.

Preferably, water fender 31 is made of polytetrafluoroethylene material.

It drains 35 outer end of through slot and is equipped with curved baffle 351,351 upper end of curved baffle is located above draining 35 outer end of through slot It is connected with posting 1,351 lower end of curved baffle is located at below draining 35 outer end of through slot and there are gaps between posting 1.

The wind-guiding convex edge 21 for being located at two sides in installing frame 2 is equipped between moisture eliminating frame 5 and one-way air inlet mechanism 4, two wind-guidings are convex The air-guiding aisle width formed between 21 is gradually reduced from outer end to inner end；1 outer end of posting is equipped with stainless steel and stops net, peace 2 inner ends frame up equipped with split windowpane 14, there is sealing strip between split windowpane 14 and posting 1, split windowpane 14 It also is provided with sealing strip between two fan windowpanes, the glass of split windowpane 14 is made of transparent resin；It is equipped at the top of installing frame 2 Top cover 22, top cover 22 is fixed on posting 1 by detachable structure, and third through-hole 1c and fourth hole 1d are threaded through top On lid 22.

Entering the wind the drainage mechanism 3 that keeps off the rain includes being uniformly distributed on several vertical directions and domed water fender being laterally arranged 31, it is higher than 31 two sides of water fender in the middle part of water fender 31 and section is S-shaped, the draining recess 321 of the side upward of water fender 31 is located at Inner end forms wind passage 32,2 inner sidewall of installing frame at several 31 both ends of water fender between two pieces of water fenders 31 of arbitrary neighborhood On offer gutter 34 vertically, gutter 34 is protruded into 31 end of water fender and inner end is not contacted with 34 inner wall of gutter, draining 34 lower end of ditch wears installing frame 2 and is connected with the draining through slot 35 of 1 bottom of posting, drains and sets between through slot 35 and posting 1 There is sealing ring.

One-way air inlet mechanism 4 includes several air inlet units 41 equally distributed in the vertical direction, and air inlet unit 41 includes Two hinge bars 42 being laterally arranged are equipped with air door 43 on hinge bar 42, and 43 outer end of air door is hinged on hinge bar 42, in wind Being equipped between door 43 and hinge bar 42 can enable two 43 inner ends of air door make two against each other and when wind-force is greater than preset value The torsional spring of 43 inner end of air door separation, 43 inner end of air door inside are equipped with rubber pad 44, and two neighboring air inlet unit 41 shares adjacent one The hinge bar 42 of side is additionally provided with the foldable assembly 7 for driving several hinge bars 42 mobile in one-way air inlet mechanism 4.

Air door 43 includes upper aluminium sheet 431, heatpiston's layer 432 and lower aluminum sheet 433, upper 431 inside of aluminium sheet and lower aluminum sheet 433 Inside is equipped with several coupler bodies 434, and the coupler body on the coupler body 434 on upper aluminium sheet 431 and upper aluminium sheet 431 and upper aluminium sheet 431 434 do not contact, and the coupler body 434 on lower aluminum sheet 433 is not contacted with the coupler body 434 on lower aluminum sheet 433 and lower aluminum sheet 433, upper aluminium Be equipped with several dimpling ripples on the inside of plate 431 and lower aluminum sheet 433, heatpiston's layer 432 in upper aluminium sheet 431 and lower aluminum sheet 433 Side and coupler body 434 are adapted.

Foldable assembly 7 includes opening up the hinge bar sliding slot 71 that two sides in installing frame 2 are vertically arranged, in hinge bar sliding slot 71 1 The location hole 72 that several hinge bar sliding slots 71 are connected to, 72 quantity of location hole and 42 phase of hinge bar are offered on lateral edge vertical direction Adapt to, offer shifting groove 73 on the installing frame 2 in the outside of hinge bar sliding slot 71, be equipped in shifting groove 73 can make hinge bar 42 into Enter or remove the lateral transposition driving plate 74 of hinge bar sliding slot 71, is provided through in the driving plate 74 that laterally replaces sliding with hinge bar The loose slot 75 that slot 71 matches, 42 end of hinge bar at top is fixedly linked with laterally transposition driving plate 74, in every piece of transverse direction The electric drive cylinder that can drive laterally transposition 74 transverse shifting of driving plate, several hinge bars 42 are additionally provided in transposition driving plate 74 The end at both ends is equipped with lifting rope 76, and the hinge bar 42 for going up and down 76 tail portion of rope and bottom is connected, two lifting ropes 76 Upper end is connected and is connected with master control rope 77, and the end at several 42 both ends of hinge bar is equipped with lifting rope 76, goes up and down rope 76 The hinge bar 42 of tail portion and bottom be connected, two lifting 76 upper ends of rope be connected and be connected with master control rope 77, master control rope 77 around On bobbin winder bracket 78, bobbin winder bracket 78 is connected system with driving motor 79.

The specific embodiments described herein are merely examples of the spirit of the present invention.The utility model institute Belonging to those skilled in the art can make various modifications or additions to the described embodiments or using similar Mode substitute, but without departing from the spirit of the present application or beyond the scope of the appended claims.

Although posting 1 is used more herein, installing frame 2, sliding rail 12, enters the wind keep off the rain drainage mechanism 3, one-way air inlet Mechanism 4, moisture eliminating frame 5, except penetrable ventilated sponge 51, heat exchanger tube 4a, heat-exchange system 6, the first conduit 61 and the second conduit 62, first it is logical Hole 1a, the second through-hole 1b, third through-hole 1c, fourth hole 1d, the first quick union 622, the second quick union 621, annular are close Seal rubber baffle ring 1e, water fender 31, wind passage 32, gutter 34, draining through slot 35, drainpipe 36, water-guiding hole 361, arc Baffle 351, air inlet unit 41, hinge bar 42, air door 43, rubber pad 44, foldable assembly 7, aluminium sheet 431, heatpiston layer 432, Lower aluminum sheet 433, coupler body 434, hinge bar sliding slot 71, location hole 72, shifting groove 73, laterally transposition driving plate 74, loose slot 75, Go up and down rope 76, master control rope 77, bobbin winder bracket 78, driving motor 79, wind-guiding convex edge 21, split windowpane 14, top cover 22, spiral Water guide along 364, cutting knife 363, guiding gutter 362, plate-type heat-exchange plate 6a, the first heat exchanger channels 611, the second heat exchanger channels 612, First water-changing tube 61a, deep well 62a, the second water-changing tube 61b, reservoir 63, third heat exchanger channels 613, expansion valve 64, fin Formula heat exchanger 65, compressor 66, temperature control three-way valve 68, four-way reversing valve 67, third water-changing tube 69, i.e. hot heater 691, lithium electricity It is pond 692, solar power generation component 693, solar panels 693a, branch 631, domestic water interface 632, combustion heater 633, general The terms such as logical triple valve 634, bypass 635, outer container 15, basement 61c, heat exchange fin 61d, hot-swappable fans 61e, but do not arrange A possibility that except other terms are used.The use of these items is only for be more convenient to describe and explain the sheet of the utility model Matter, it is contrary to the spirit of the present invention to interpret them as any one of the additional limitations.

Claims

The window heat-exchange system 1. a kind of air inlet exchanges heat, which is characterized in that including posting (1) and the peace being arranged in posting (1) Frame up (2), and the posting (1) and installing frame (2) are flexibly connected, and the posting (1) outer end is equipped with block (11), Sealing strip is equipped between block (11) inner end and installing frame (2) outer end, being additionally provided between posting (1) and installing frame (2) can Positioning component is dismantled, four groups of sliding rails (12) are equipped between the posting (1) and installing frame (2), wherein two groups of sliding rails (12) Between posting (1) top inside and installing frame (2) upper outer and two sides are located at, another two groups of sliding rails (12) are located at Between on the inside of below posting (1) lower outer and installing frame (2) and two sides are located at, are equipped in the installing frame (2) Air inlet positioned at outer end keeps off the rain drainage mechanism (3), and the air inlet keeps off the rain drainage mechanism (3) inside equipped with one-way air inlet mechanism (4), one-way air inlet mechanism (4) outlet air end is equipped with the heat exchanger tube (4a) of S-shaped detour, and the one end heat exchanger tube (4a) is located at (2) one upper side of installing frame, heat exchanger tube (4a) other end are located above installing frame (2) other side, at the top of the posting (1) Equipped with heat-exchange system (6), the heat-exchange system (6) includes plate-type heat-exchange plate (6a), and the of the plate-type heat-exchange plate (6a) One heat exchanger channels (611) are connected by the first conduit (61) and the second conduit (62) with the both ends heat exchanger tube (4a), and described is board-like The second heat exchanger channels (612) one end of heat exchanger plates (6a) is connected by the first water-changing tube (61a) with deep well (62a), the other end It is connected by the second water-changing tube (61b) with reservoir (63), the third heat exchanger channels (613) one of the plate-type heat-exchange plate (6a) End passes sequentially through expansion valve (64), finned heat exchanger (65) and compressor (66) and third heat exchanger channels (613) other end connects Logical, described compressor (66) both ends, finned heat exchanger (65) and third heat exchanger channels (613) one end passes through four-way reversing valve (67) it is connected, is additionally provided with temperature control three-way valve (68) on first water-changing tube (61a), the temperature control three-way valve (68) passes through Third water-changing tube (69) is connected with reservoir (63), and the temperature detection end of the temperature control three-way valve (68) is connected to heat exchanger tube (4a) On, it is arranged with i.e. hot heater (691) on the third water-changing tube (69), is i.e. is connected on hot heater (691) Lithium battery (692) is connected with solar power generation component (693) on the lithium battery (692), the solar power generation component (693) solar panels (693a) are arranged on posting (1) outer end, and the reservoir is also connected with branch on (63) (631), the branch (631) is connect with domestic water interface (632), the domestic water interface (632) and branch (631) combustion heater (633) are equipped between, are connected on branch (631) plain triple valve (634), described common three Port valve (634) also passes through bypass (635) connection domestic water interface (632).
The window heat-exchange system 2. air inlet according to claim 1 exchanges heat, which is characterized in that first conduit (61) and the Two conduits (62) lower end is threaded through respectively in first through hole (1a) and the second through-hole (1b) of posting (1), and the first conduit (61) and the second conduit (62) lower end is concordant with first through hole (1a) and the second through-hole lower end aperture (1b) respectively or close to lower end Aperture, first conduit (61) and the second conduit (62) be threaded through respectively third through-hole (1c) above installing frame (2) and In fourth hole (1d), described both ends heat exchanger tube (4a) pass through the first quick union (622) and the second quick union respectively (621) detachably it is connected with the first conduit (61) and the second conduit (62), the third through-hole (1c) end and fourth hole The lower end (1d) is equipped with ring packing rubber baffle ring (1e).
The window heat-exchange system 3. air inlet according to claim 1 exchanges heat, which is characterized in that the expansion valve (64), fin In outer container (15), the outer container (15) is installed on posting (1) outer end for formula heat exchanger (65) and compressor (66) setting Side is equipped with the finned heat exchanger (65) on the outside of outer container (15), and the reservoir (63) is arranged at the bottom basement (61c) Portion, the second water-changing tube that second water-changing tube (61b) wears basement (61c), and is exposed in basement (61c) (61b) is equipped with several heat exchange fins (61d).
The window heat-exchange system 4. air inlet according to claim 3 exchanges heat, which is characterized in that in several heat exchange fins (61d) one Side is equipped with hot-swappable fans (61e).
The window heat-exchange system 5. air inlet according to claim 1 or 2 or 3 or 4 exchanges heat, which is characterized in that the air inlet gear Moisture eliminating frame (5) are equipped between rain drainage mechanism (3) and one-way air inlet mechanism (4), the moisture eliminating frame (5) is equipped with except penetrable ventilated Sponge (51).
The window heat-exchange system 6. air inlet according to claim 5 exchanges heat, which is characterized in that set between several water fenders (31) There are three to be vertically arranged and laterally uniform drainpipe (36), the drainpipe (36) wear the draining of water fender (31) It is recessed (321), is offered vertically on drainpipe (36) several water-guiding holes (361), the water-guiding hole (361) quantity and draining Recess (321) quantity matches, and the water-guiding hole (361) is located at drainpipe (36) towards the side of water fender (31) inner end side On wall, the drainpipe (36) lower end wears installing frame (2) and is connected to draining through slot (35).
The window heat-exchange system 7. air inlet according to claim 6 exchanges heat, which is characterized in that described draining through slot (35) outer end It is equipped with curved baffle (351), the curved baffle (351) upper end is located above draining through slot (35) outer end and posting (1) be connected, curved baffle (351) lower end be located at below draining through slot (35) outer end and between posting (1) there are Gap.
The window heat-exchange system 8. air inlet according to claim 5 exchanges heat, which is characterized in that the moisture eliminating frame (5) and unidirectionally It is equipped with the wind-guiding convex edge (21) for being located at installing frame (2) interior two sides between admission gear (4), is formed between two wind-guiding convex edges (21) Air-guiding aisle width is gradually reduced from outer end to inner end.
The window heat-exchange system 9. air inlet according to claim 1 exchanges heat, which is characterized in that described posting (1) outer end is set There is stainless steel to stop net, the installing frame (2) inner end is equipped with split windowpane (14), split windowpane (14) and posting (1) there is sealing strip between, also be provided with sealing strip, the split windowpane between two fan windowpanes of split windowpane (14) (14) glass is made of transparent resin.
The window heat-exchange system 10. air inlet according to claim 2 exchanges heat, which is characterized in that set at the top of the installing frame (2) Some top covers (22), the top cover (22) are fixed on posting (1) by detachable structure, the third through-hole (1c) It is threaded through on top cover (22) with fourth hole (1d).