CN206669981U - A kind of total-heat exchanger of Total heat exchange core body and application the Total heat exchange core body - Google Patents
A kind of total-heat exchanger of Total heat exchange core body and application the Total heat exchange core body Download PDFInfo
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- CN206669981U CN206669981U CN201720318575.7U CN201720318575U CN206669981U CN 206669981 U CN206669981 U CN 206669981U CN 201720318575 U CN201720318575 U CN 201720318575U CN 206669981 U CN206669981 U CN 206669981U
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Abstract
It the utility model is related to air heat exchanger technical field, more particularly to a kind of Total heat exchange core body and the total-heat exchanger using the Total heat exchange core body.Total heat exchange core body of the present utility model includes at least two indoor wind chambers, at least two outdoor wind chambers, at least two groups indoor distinguished and admirable roads, at least two groups outdoor distinguished and admirable roads, indoor wind collection chamber, outdoor wind collection chambers, outdoor wind enters outdoor wind collection chamber, and outdoor distinguished and admirable road, outdoor wind chamber are flowed through successively, and be finally discharged into through the outdoor wind chamber adjacent with indoor wind collection chamber；Indoor wind gets in wind collection chamber, and flows through indoor distinguished and admirable road, indoor wind chamber successively, and is finally discharged through the indoor wind chamber adjacent with outdoor wind collection chamber.Total heat exchange core of the present utility model is ingenious, and hot/cold exchange efficiency is high.It is high using the total-heat exchanger of the utility model Total heat exchange core body, small volume, hot/cold exchange efficiency, it is compatible good with miscellaneous equipment.
Description
Technical field
It the utility model is related to air heat exchanger technical field, more particularly to this is complete for a kind of Total heat exchange core body and application
The total-heat exchanger of heat exchanging core.
Background technology
With current city building air-tightness gradually uprises, air-conditioning become increasingly popular it is various with constructional ornamental material
Change, the air quality in people's daily life, workplace is worsening, causes for a long time positioned at easy compared with the crowd in closing space
There is the symptom of a vexed, nauseous, unsmooth breath and eyes throat pain, therefore keep between air in buildings and outside air
Convection current it is extremely important to health.Although current many buildings, such as large-scale public place, workshop, are respectively mounted
There is indoor and outdoor air convection device, or realized and taken a breath with air-conditioning in household building, but aforesaid way changes in progress indoor and outdoor
During gas, need to consume the extra energy if keeping indoor original temperature, needed simultaneously to room air when being taken a breath such as summer
Freezed, and need simultaneously heat room air during winter ventilation, so significantly increased the waste of the energy, be not inconsistent
The requirement of environmental protection and energy saving before being fated.Therefore there is ventilatory to be widely used in suppressing the heat exchanger of energy resource consumption simultaneously
In the ventilating system in various relatively closing places.
In the prior art, for heat exchanger, skilled artisans recognize that be heat exchanger effectiveness and air
Mutually flow direction has direct relation, wherein both countercurrent heat exchange efficiency highests, and 90 degree intersect cross-flow and take second place, and following current is worst.In heat
In exchanger arrangement design, technical staff directly abandons the structure of following current, and the more difficult design of counterflow configuration, so the production in society
Product, which are generally compromised, selects 90 degree of intersection cross-current flows.
The problem of some other also be present in current heat exchanger：Although ventilation, heat exchanging core can be realized
Low to the rate of recovery of heat/cold, summer causes indoor temperature to rise, and winter causes indoor temperature to decline；Some heat exchanges
Device is in order to improve the rate of recovery of heat/cold, and using two heat exchanging cores, structure is cumbersome, and volume is big, installation inconvenience；Automatically
Change degree is relatively low, it is necessary to constantly adjust rotation speed of fan, use is not square for the constantly change of outdoor temperature, IAQ situation
Just；There is no air-cleaning function, cause outdoor foul atmosphere to get in, and dust being wherein mingled with etc. reduces heat exchanger core
The service life of body；With the poor compatibility of miscellaneous equipment etc..
Utility model content
A purpose of the present utility model is to provide a kind of Total heat exchange core body, passes through the unique knot of Total heat exchange core body
Structure designs, and realizes the countercurrent flow of indoor wind and outdoor wind, increases heat exchange efficiency；Make indoor wind and outdoor wind time of contact obvious
Lengthening, contact area significantly increase, thus significantly improve the hot/cold exchange rate of Total heat exchange core body, energy-conserving and environment-protective；Structure is skilful
Wonderful, small volume is easy for installation.Another purpose of the present utility model is to provide a kind of using the complete of above-mentioned Total heat exchange core body
Heat exchanger, hot/cold exchange efficiency is high, compatible good with miscellaneous equipment.
In order to solve the above problems, the utility model provides a kind of Total heat exchange core body, including at least two indoor wind
Chamber, at least two outdoor wind chambers, at least two groups indoor distinguished and admirable roads, at least two groups outdoor distinguished and admirable roads, indoor wind collection chamber,
Outdoor wind collection chamber, wherein：Indoor wind chamber is identical with the quantity of outdoor wind chamber, and spaced setting；Indoor wind gathers
Collection chamber and outdoor wind collection chamber are arranged between outdoor wind chamber and the indoor wind chamber of arbitrary neighborhood setting, and indoor wind gathers
Collect chamber close to outdoor wind chamber, outdoor wind collection chamber is close to indoor wind chamber；Indoor distinguished and admirable road is disposed in the outdoor wind chamber
It is interior, and it is communicated to the indoor wind chamber for being disposed in the outdoor wind chamber both sides or indoor wind collection chamber；Outdoor distinguished and admirable road is arranged on
In indoor wind chamber, and it is communicated to the outdoor wind chamber for being disposed in the interior wind chamber both sides or outdoor wind collection chamber；Outdoor wind
Into outdoor wind collection chamber, and outdoor distinguished and admirable road, outdoor wind chamber are flowed through successively, and finally pass through and indoor wind collection chamber phase
Adjacent outdoor wind chamber is discharged into；Indoor wind gets in wind collection chamber, and flows through indoor distinguished and admirable road, indoor wind chamber successively,
And finally discharged through the indoor wind chamber adjacent with outdoor wind collection chamber.
Further, in addition to indoor air inlet, indoor air outlet, outdoor air inlet and outdoor air outlet, wherein：Room
Interior air inlet is disposed in the interior in wind collection chamber；Outdoor air inlet is disposed in the outdoor in wind collection chamber；Indoor air outlet is set
Put on the outdoor wind chamber adjacent with indoor wind collection chamber；Outdoor air outlet is arranged on adjacent with outdoor wind collection chamber
On indoor wind chamber.
Further, Total heat exchange core body also includes shell, and shell is cylindrical structure, wherein：Set inside cylindrical structure
There is dividing plate, be provided at both ends with end cap；The internal chamber that cylindrical structure and end cap are formed is divided into indoor wind chamber, outdoor by dividing plate
Wind chamber, indoor wind collection chamber and outdoor wind collection chamber.
Further, dividing plate is radially inside set in cylindrical structure, and then indoor wind chamber, outdoor wind chamber, interior
The connection of ring head and the tail is set between wind collection chamber and outdoor wind collection chamber.
Further, indoor distinguished and admirable road is disposed in the outdoor in wind chamber parallel to end cap, and outdoor distinguished and admirable road is parallel to end cap
It is disposed in the interior in wind chamber, wherein：Indoor distinguished and admirable road is made up of at least two first fan-shaped square tubes be arrangeding in parallel, the first fan
The both ends of shape square tube are each passed through the dividing plate of outdoor wind chamber both sides, and with the indoor wind chamber of dividing plate opposite side；It is outdoor
Distinguished and admirable road is made up of at least two second fan-shaped square tubes be arrangeding in parallel, and the both ends of the second fan-shaped square tube are each passed through indoor wind chamber
The dividing plate of room both sides, and with the outdoor wind chamber of dividing plate opposite side；Through the first fan-shaped square tube and the of same dividing plate
The two fan-shaped interlaced settings of square tube.
Further, the first fan-shaped square tube is identical with the appearance and size of the second fan-shaped square tube, and its radical length is respectively less than
The diameter of cylindrical structure；The distance between adjacent two piece of first fan-shaped square tube or the second fan-shaped square tube and the first fan-shaped square tube or
The thickness of two fan-shaped square tubes is identical；Done through same dividing plate and the adjacent first fan-shaped square tube and the second fan-shaped square tube close
Envelope processing.
Further, the pipe that indoor distinguished and admirable road and outdoor distinguished and admirable road are set by entire row forms, wherein：Composition is indoor
The tube ends in distinguished and admirable road are each passed through the dividing plate of outdoor wind chamber both sides；The tube ends in the outdoor distinguished and admirable road of composition are each passed through
The dividing plate of indoor wind chamber both sides；Through the pipe and the outdoor distinguished and admirable road of composition in the indoor distinguished and admirable road of composition of same dividing plate
The interlaced setting of pipe.
Further, it is disposed in the interior on the dividing plate between wind collection chamber and outdoor wind chamber fan-shaped separately through first
Square tube or pipe；Be disposed in the outdoor on the dividing plate between wind collection chamber and indoor wind chamber separately through the second fan-shaped square tube or
Pipe.
Further, indoor air inlet is arranged on the end cap of cylindrical structure one end with indoor air outlet；Outdoor air inlet with
Outdoor air outlet is arranged on the other end end cap of cylindrical structure.
A kind of total-heat exchanger, including casing and above-mentioned any Total heat exchange core body, wherein：Casing includes interior
Air-intake device, indoor exhaust apparatus, outdoor air-intake device, outdoor exhaust apparatus and core body installation position；Total heat exchange core body is pacified
On the core body installation position；Indoor air-intake device installation is communicated to indoor wind collection chamber, and outdoor air-intake device is communicated to
Exogenous wind collection chamber；Indoor exhaust apparatus is communicated to the outdoor wind chamber adjacent with indoor wind collection chamber, outdoor exhaust apparatus
It is communicated to the indoor wind chamber adjacent with outdoor wind collection chamber.
The total-heat exchanger of a kind of Total heat exchange core body of the present utility model and application the Total heat exchange core body, has following
Beneficial effect：
1st, Total heat exchange core body includes at least two indoor wind chambers, at least two outdoor wind chambers, at least two groups interiors
Distinguished and admirable road, at least two groups outdoor distinguished and admirable road, indoor wind collection chamber and outdoor wind collection chambers, indoor wind chamber and outdoor
Wind chamber, indoor wind chamber and outdoor wind collection chamber, outdoor wind chamber and indoor wind collection chamber, indoor wind collection chamber with
Realize that ring head and the tail connection is set by dividing plate between outdoor wind collection chamber, the adverse current for realizing indoor wind and outdoor wind is changed
Heat；And by outdoor wind flow passage between each outdoor wind chamber and between outdoor wind chamber and outdoor wind collection chamber,
It is outdoor distinguished and admirable by indoor wind flow passage between each indoor wind chamber and between indoor wind chamber and indoor wind collection chamber
Road passes through indoor wind chamber, and indoor distinguished and admirable road passes through outdoor wind chamber, so as to be obviously prolonged contact of the indoor wind with outdoor wind
Time, the contact area of indoor wind and outdoor wind is increased, and then significantly improves the hot/cold exchange rate of Total heat exchange core body,
Energy-conserving and environment-protective.
2nd, setting by central controller and the temperature sensor being connected with central controller and air mass sensor
Put, realize total-heat exchanger and the intelligence of the first blower fan and the second blower fan work pattern is controlled according to temperature and air quality
System.
3rd, the setting of the first dust filter unit and the second dust filter unit, ensureing to be passed through indoor outdoor wind quality
Avoid impurity from entering Total heat exchange core body simultaneously, improve the service life of Total heat exchange core body.
4th, indoor distinguished and admirable road and outdoor distinguished and admirable road backwards to arranged for interval on dividing plate, and adjacent two pieces the on same dividing plate
The distance between one fan-shaped square tube or the second fan-shaped square tube are identical with the thickness of the first fan-shaped square tube or the second fan-shaped square tube, are protecting
It is as much as possible to arrange indoor distinguished and admirable road and room on the premise of the indoor distinguished and admirable road of card and outdoor distinguished and admirable road cross-sectional sizes are certain
Exogenous wind runner can dramatically increase the contact area of indoor wind and outdoor wind in Total heat exchange core body, thus further increase complete
The hot/cold exchange rate of heat exchanging core.
5th, the indoor distinguished and admirable road of Total heat exchange core body of the present utility model and outdoor distinguished and admirable road can be fan-shaped square tube or
Person's pipe etc., it is various informative.
6th, total-heat exchanger of the present utility model is applied to various seasonal climates, and summer carries out cold exchange, avoids outdoor wind
The rise of caused indoor temperature, winter carry out heat exchange, avoid the decline of outdoor wind-induced indoor temperature, practicality compared with
By force.
7th, total-heat exchanger of the present utility model is simple in construction, small volume, with miscellaneous equipment such as air-conditioning, air purifier etc.
Compatibility it is strong, there is the higher market competitiveness.
Brief description of the drawings
, below will be to embodiment for clearer explanation the utility model embodiment or technical scheme of the prior art
Or the required accompanying drawing used is briefly described in description of the prior art, it is clear that, drawings in the following description are only
It is some embodiments of the utility model, for those of ordinary skill in the art, is not paying the premise of creative work
Under, other accompanying drawings can also be obtained according to these accompanying drawings.
Fig. 1 is the dimensional structure diagram of Total heat exchange core body of the present utility model；
Fig. 2 is the cross-sectional structure schematic diagram of Total heat exchange core body of the present utility model；
Fig. 3 is the indoor wind of Total heat exchange core body of the present utility model and outdoor wind air flow direction schematic diagram；
Fig. 4 is the I-I cross-sectional views of Total heat exchange core body of the present utility model；
Fig. 5 is the first fan-shaped square tube and the second fan-shaped square tube layout drawing on dividing plate of the present utility model；
Fig. 6 is the J-J cross-sectional views of Total heat exchange core body of the present utility model；
Fig. 7 is the K-K cross-sectional views of Total heat exchange core body of the present utility model；
Fig. 8 is that the tubular structure in the distinguished and admirable road in interior of the present utility model and outdoor distinguished and admirable road arranges schematic diagram；
Fig. 9 is the F-F cross-sectional views of Total heat exchange core body of the present utility model；
Figure 10 is the structural representation of total-heat exchanger of the present utility model；
In figure：Wind chamber in the indoor wind chamber of 1- shells, 2- first, 3- second Rooms, wind collection chamber, 5- first in 4- rooms
Outdoor wind chamber, 6- second Room exogenous winds chamber, wind collection chamber, the indoor distinguished and admirable roads of first group of 8-, second group of 9- are indoor outside 7- rooms
The outdoor distinguished and admirable road of distinguished and admirable road, first group of 10-, the outdoor distinguished and admirable roads of second group of 11-, 12- indoor air inlets, 13- outdoor air inlets,
Air outlet outside 14- indoor air outlets, 15- rooms, 16- dividing plates, the first fan-shaped square tubes of 17-, the second fan-shaped square tubes of 18-, 19- casings,
Exhaust apparatus outside 20- rooms, air-intake device outside 21- rooms, exhaust apparatus in 22- rooms, air-intake device in 23- rooms, the blower fans of 24- first,
The blower fans of 25- second, the dust filter units of 26- first, 27- sterilization devices, the dust filter units of 28- second
Embodiment
Below in conjunction with the accompanying drawing in the utility model, the technical scheme in the embodiment of the utility model is carried out it is clear,
Complete description, it is clear that described embodiment is only the utility model part of the embodiment, rather than whole implementation
Example.Based on the embodiment in the utility model, those skilled in the art is not on the premise of creative work is made
The all other embodiment obtained, belongs to the scope of protection of the utility model.
As shown in Figure 1, Figure 2, Figure 3 shows, a kind of Total heat exchange core body of the present utility model includes two indoor wind chambers, respectively
For wind chamber 3 in the first indoor wind chamber 2 and second Room, two outdoor wind chambers, the respectively first outdoor wind chamber 5 and
Second Room exogenous wind chamber 6, two groups of indoor distinguished and admirable roads, respectively first group indoor distinguished and admirable road 8 and second group of indoor distinguished and admirable road 9,
Two groups of outdoor distinguished and admirable roads, respectively first group outdoor distinguished and admirable road 10 and second group of outdoor distinguished and admirable road 11, indoor wind collection chamber
4, and outdoor wind collection chamber 7, wherein：Indoor wind chamber and the outdoor spaced setting of wind chamber；Indoor wind collection chamber 4
It is arranged on outdoor wind collection chamber 7 in the first outdoor wind chamber 5 and second Room between wind chamber 3, indoor wind collection chamber 4 is leaned on
Nearly first outdoor wind chamber 5, outdoor wind collection chamber 7 wind chamber 3 in second Room；First group of indoor distinguished and admirable road 8 is arranged on
In first outdoor wind chamber 5, and it is communicated to the first indoor wind chamber 2 for being arranged on the first outdoor both sides of wind chamber 5 and indoor wind
Collection chamber 4；Second group of indoor distinguished and admirable road 9 is arranged in second Room exogenous wind chamber 6, and is communicated to and is arranged on second Room exogenous wind chamber
First indoor wind chamber 2 of the both sides of room 6 and wind chamber 3 in second Room；First group of outdoor distinguished and admirable road 10 is arranged on the first indoor wind
In chamber 2, and it is communicated to the first outdoor wind chamber 5 and second Room exogenous wind chamber 6 for being arranged on the first indoor both sides of wind chamber 2；
Second group of outdoor distinguished and admirable road 11 is arranged in second Room in wind chamber 3, and is communicated to and is arranged on the both sides of wind chamber 3 in second Room
Second Room exogenous wind chamber 6 and outdoor wind collection chamber 7；As shown in figure 3, solid line represents indoor wind, dotted line represents outdoor wind, indoor
Wind flows through the indoor distinguished and admirable road 8 of indoor 4, first groups of wind collection chamber, the first indoor indoor distinguished and admirable road of 2, second groups of wind chamber successively
9th, wind chamber 3 drains into outdoor in second Room；Outdoor wind flows through the outdoor distinguished and admirable road 11 of 7, second groups of outdoor wind collection chamber, the successively
The outdoor distinguished and admirable road 10 of two 6, first groups of outdoor wind chambers, the first outdoor wind chamber 5 are discharged into interior.
Specifically, first group of indoor distinguished and admirable road 8 and second group of indoor distinguished and admirable road 9 realize indoor wind collection chamber 4, the
Wind chamber 3 is sequentially communicated in one indoor wind chamber 2, second Room, and first group of outdoor distinguished and admirable road 10 and second group of outdoor are distinguished and admirable
Road 11 realizes the first outdoor wind chamber 5, second Room exogenous wind chamber 6, outdoor wind collection chamber 7 and is sequentially communicated；First is outdoor
In 7 and first indoor wind chamber 2 of wind chamber 5, second Room exogenous wind chamber 6 and outdoor wind collection chamber, second Room wind chamber 3 with
And indoor wind collection chamber 4 does not connect, it is achieved thereby that the ventilatory of Total heat exchange core body.First group of indoor distinguished and admirable road 8
Through the first outdoor wind chamber 5, second group of indoor distinguished and admirable road 9 pass through second Room exogenous wind chamber 6, the indoor wind in the distinguished and admirable road in interior
With the distinguished and admirable road in the interior through outdoor wind chamber in outdoor wind carry out hot/cold exchange；First group of outdoor distinguished and admirable road 10
Through the first indoor wind chamber 2, second group of outdoor distinguished and admirable road 11 is through wind chamber 3 in second Room, the outdoor in outdoor distinguished and admirable road
Wind and the distinguished and admirable road in the outdoor through indoor wind chamber in indoor wind carry out hot/cold and exchange, it is achieved thereby that full heat is handed over
Change the heat exchange function of core body.Indoor wind chamber, outdoor wind chamber, multiple arrangements in the distinguished and admirable road in indoor distinguished and admirable road and outdoor,
The time of contact of indoor wind and outdoor wind has been obviously prolonged, has increased the contact area of indoor wind and outdoor wind, and then significantly carry
The high hot/cold exchange rate of Total heat exchange core body, energy-conserving and environment-protective.
Further, as shown in figure 3, also including indoor air inlet 12, indoor air outlet 14, outdoor air inlet 13 and room
Outgoing tuyere 15, wherein：Indoor air inlet 12 is disposed in the interior in wind collection chamber 4, and indoor wind enters through indoor air inlet 12
Indoor wind collection chamber 4；Outdoor air inlet 13 is disposed in the outdoor in wind collection chamber 7, and outdoor wind enters through outdoor air inlet 13
Outdoor wind collection chamber 7；Indoor air outlet 14 is arranged on the outdoor wind chamber 5 of first adjacent with indoor wind collection chamber 4, room
Exogenous wind is discharged into interior through indoor wind outlet 14；Outdoor air outlet 15 is arranged in the second Room adjacent with outdoor wind collection chamber 7
On wind chamber 3, indoor wind drains into outdoor through outdoor air outlet 15.
Further, as shown in Figure 1, Figure 2, Figure 4 shows, Total heat exchange core body also includes shell 1, and shell 1 is cylindrical structure, its
In：Cylindrical structure is internally provided with dividing plate 16, is provided at both ends with end cap；The inner chamber that dividing plate 16 forms cylindrical structure and end cap
Room is divided into the first indoor wind chamber 2, wind chamber 3 in second Room, the first outdoor wind chamber 5, second Room exogenous wind chamber 6, indoor
Wind collection chamber 4 and outdoor wind collection chamber 7, it is achieved thereby that wind chamber 3, interior in the first indoor wind chamber 2, second Room
Wind collection chamber 4 and the first outdoor wind chamber 5, second Room exogenous wind chamber 6, outdoor wind collection chamber 7 do not connect.Cylinder knot
The size of structure, dividing plate 16 and end cap, those skilled in the art can be according to the air force of indoor wind and outdoor wind, air pressure etc.
Parameter specific design, the utility model are not specifically limited；The position that dividing plate 16 contacts with shell 1 should carry out encapsulation process, protect
Demonstrate,prove the independent closed of each chamber, it is preferred that dividing plate 16 is good using heat conductivilitys such as metallic aluminium, metallic copper, nonmetallic materials
Good material, hot/cold can be carried out between indoor wind and outdoor wind by dividing plate 16 by, which realizing, exchanges, and further increases full heat and hands over
Change the hot/cold exchange rate of core body.
Specifically, dividing plate 16 is radially inside set in cylindrical structure, i.e. the place plane of dividing plate 16 extends through cylinder
The central axis of structure, and then realize indoor wind collection chamber 4, the first outdoor wind chamber 5, the first indoor wind chamber 2, second
The head and the tail connection of ring successively of wind chamber 3, outdoor wind collection chamber 7 is set in outdoor wind chamber 6, second Room.Dividing plate 16 is flat
Tabular is simultaneously provided with polylith, and polylith dividing plate 16 intersects at the central axis of cylindrical structure to be tightly connected, the both ends point of dividing plate 16
End cap seal not with cylindrical structure both ends is connected, it is achieved thereby that wind chamber 3, first in the first indoor wind chamber 2, second Room
Outdoor wind chamber 5, second Room exogenous wind chamber 6, indoor wind collection chamber 4 and outdoor wind collection chamber 7 it is relatively independent closed
Property, i.e., between indoor wind chamber and outdoor wind chamber, between indoor wind chamber and outdoor wind collection chamber 7, indoor wind accumulation chamber
Definitely it is not communicated between room 4 and outdoor wind chamber and between indoor wind collection chamber 4 and outdoor wind collection chamber 7；Dividing plate
16 set-up mode also achieve indoor wind collection chamber 4, the first outdoor wind chamber 5, the first indoor wind chamber 2, outside second Room
Hot/cold exchange is carried out by dividing plate 16 between wind chamber 3, outdoor wind collection chamber 7 in wind chamber 6, second Room, so as to add
The contact area that hot/cold exchanges, improve the hot/cold exchange rate of Total heat exchange core body；The above-mentioned arrangement of dividing plate 16 is obvious
Better than the parallel arrangement of dividing plate, the end to end of chamber can not be realized when dividing plate 16 is using parallel arrangement, also
In the absence of the heat transfer between head and the tail chamber.When dividing plate 16 is using radial arrangement mode, except polylith dividing plate 16 can be passed through
Outside being tightly connected at cylindrical structure central axis, cylindrical structure is arranged in after can also being integrally formed using polylith dividing plate 16
It is interior, exempt the sealed connection process at cylindrical structure central axis, improper caused indoor wind and room are sealed so as to avoid
There is the phenomenon mixed in Total heat exchange core body in exogenous wind.
The utility model distinguished and admirable 8, second groups of road indoor to first group in above-described embodiment of Total heat exchange core body is indoor
The structure and arrangement in the outdoor distinguished and admirable outdoor distinguished and admirable road 11 in 10, second groups of road in 9, first groups of distinguished and admirable road carried out it is individually designed,
As shown in figure 4, first group of indoor distinguished and admirable road 8 and second group of indoor distinguished and admirable road 9 are arranged on the first outdoor wind chamber parallel to end cap
In room 5 and second Room exogenous wind chamber 6, first group of outdoor distinguished and admirable road 10 and second group of outdoor distinguished and admirable road 11 are set parallel to end cap
Put in the first indoor wind chamber 2 and second Room in wind chamber 3, the setting of parallel mode be easy to first group of indoor distinguished and admirable road 8,
The installation positioning and sealing in second group of indoor distinguished and admirable outdoor distinguished and admirable road 10 in 9, first groups of road and second group of outdoor distinguished and admirable road 11
Processing；First group of indoor distinguished and admirable road 8 and second group of indoor distinguished and admirable road 9 are by least two first fan-shaped square tubes be arrangeding in parallel
17 compositions, the both ends of the first fan-shaped square tube 17 be each passed through the first outdoor both sides of wind chamber 5 or second Room exogenous wind chamber 6 every
Plate 16, it is sequentially communicated indoor wind collection chamber 4, wind chamber 3 in the first indoor wind chamber 2 and second Room；First group of outdoor wind
Runner 10 and second group of outdoor distinguished and admirable road 11 form by be arranged in parallel at least two second fan-shaped square tubes 18, and second is fan-shaped
The both ends of square tube 18 are each passed through the dividing plate 16 of the both sides of wind chamber 3 in the first indoor wind chamber 2 or second Room, are sequentially communicated
One outdoor wind chamber 5, second Room exogenous wind chamber 6 and outdoor wind collection chamber 7；As shown in figure 5, pass through same dividing plate 16
The first fan-shaped fan-shaped 18 interlaced setting of square tube of square tube 17 and second, i.e., the arranged beneath second of the first fan-shaped square tube 17 fans
Shape square tube 18, the fan-shaped square tube 17 of arranged beneath first of the second fan-shaped square tube 18, parallel successively to be staggered, the first fan-shaped square tube
The 17 side extension from dividing plate 16 to dividing plate 16, opposite side extension of the second fan-shaped square tube 18 from dividing plate 16 to dividing plate 16, i.e., the
One fan-shaped 17 and second fan-shaped square tube 18 of square tube is interlocked and is arranged at backwards on dividing plate 16, it is achieved thereby that first group of interior is distinguished and admirable
Independence between the indoor distinguished and admirable outdoor distinguished and admirable outdoor distinguished and admirable road 11 in 10, second groups of road in 9, first groups of road in 8, second groups of road is set without interference
Put.
Further, as shown in figure 4, the first fan-shaped square tube 17 is identical with the appearance and size of the second fan-shaped square tube 18, and its
Radical length is respectively less than the diameter of cylindrical structure, avoid the first fan-shaped 17 or second fan-shaped square tube 18 of square tube set after by first
Wind chamber 3 separates into outdoor 6 or first indoor wind chamber 2 of wind chamber 5 or second Room exogenous wind chamber or second Room
Separate chamber；On same dividing plate 16 between two the first fan-shaped fan-shaped square tubes 18 of square tube 17 or the second of adjacent, parallel arrangement
Distance is identical with the thickness of the first fan-shaped fan-shaped square tube 18 of square tube 17 or the second, i.e., the first fan-shaped square tube 17 it is adjacent thereto second
Contact and stack between fan-shaped square tube 18, before ensureing that the first fan-shaped fan-shaped physical dimension of square tube 18 of square tube 17 and second is certain
Put, the multiple first fan-shaped square tubes 17 and multiple second fan-shaped square tubes 18 can be set to greatest extent, add to greatest extent
The contact area that big hot/cold exchanges, improve the service life of Total heat exchange core body；Through same dividing plate 16 and adjacent
Encapsulation process is done between first fan-shaped 17 and second fan-shaped square tube 18 of square tube, ensures the first fan-shaped sector side of square tube 17 or second
The cloth of pipe 18 postpones, and indoor wind chamber, outdoor wind chamber, indoor wind collection chamber 4 and outdoor wind collection chamber 7 still have relative
Independent closed, i.e., between indoor wind chamber and outdoor wind chamber, between indoor wind chamber and outdoor wind collection chamber 7, room
Definitely it is not communicated between interior wind collection chamber 4 and outdoor wind chamber.
Specifically, the first fan-shaped square tube 17 can be to be integrally formed as shown in Figure 4 with the second fan-shaped square tube 18, or as schemed
6th, it is spliced shown in Fig. 7 by the flat board or arc of definite shape.In addition, as shown in figure 5, in order to more arrange
One fan-shaped 17 and second fan-shaped square tube 18 of square tube, it can vertically be opened up successively on dividing plate 16 and the first fan-shaped square tube 17 and
The consistent through hole of the two fan-shaped cross section of fluid channel of square tube 18, the block board thickness between each through hole are equal to the first fan-shaped square tube 17 and second
The wall thickness of fan-shaped square tube 18, then the first fan-shaped 17 and second fan-shaped square tube 18 of square tube is fixed on by modes such as bondings again
On dividing plate 16, when the first fan-shaped 17 and second fan-shaped square tube 18 of square tube stacks a shared section, with this kind of arrangement one
Cause.First fan-shaped specific physical dimension the utility model of fan-shaped square tube 18 of square tube 17 and second, which is not specifically limited, to be belonged to
Scope of protection of the utility model, those skilled in the art can according to specific designs such as wind speed, air quantity, the first fan-shaped square tube 17 and
Second fan-shaped square tube 18 is preferably not specifically limited using the excellent material of heat conductivility, the utility model.
In some above-mentioned embodiments of Total heat exchange core body of the present utility model, as shown in Figure 8, Figure 9, first group indoor
The distinguished and admirable indoor distinguished and admirable outdoor distinguished and admirable road 10 in 9, first groups of road in 8, second groups of road and second group of outdoor distinguished and admirable road 11 can also be by whole
The pipe composition that row is set, wherein：Form the tube ends point in first group of indoor distinguished and admirable road 8 and second group of indoor distinguished and admirable road 9
Not Chuan Guo the first outdoor both sides of wind chamber 5 and second Room exogenous wind chamber 6 dividing plate 16；Form first group of outdoor distinguished and admirable road 10 with
And the tube ends in second group of outdoor distinguished and admirable road 11 are each passed through the both sides of wind chamber 3 in the first indoor wind chamber 2 and second Room
Dividing plate 16；Pipe through the pipe and the outdoor distinguished and admirable road of composition in the indoor distinguished and admirable road of composition of same dividing plate 16 is interlaced
Set.Operation principle and arrangement are similar with the first fan-shaped 17 and second fan-shaped square tube 18 of square tube, and here is omitted.
Further, be disposed in the interior on the dividing plate 16 between 4 and first outdoor wind chamber 5 of wind collection chamber separately through
First fan-shaped square tube 17 or pipe；It is disposed in the outdoor in wind collection chamber 7 and second Room on the dividing plate 16 between wind chamber 3 individually
Through the second fan-shaped square tube 18 or pipe；It is disposed in the outdoor on the dividing plate 16 between wind collection chamber 7 and indoor wind collection chamber 4
The first fan-shaped square tube 17, the second fan-shaped square tube 18 and pipe are not provided with, it is achieved thereby that indoor wind is entered by indoor air inlet 12
Enter and drain into outdoor through outdoor air outlet 15 after clockwise flow after Total heat exchange core body, and outdoor wind is entered by outdoor air inlet 13
Enter and flow into interior through indoor air outlet 14 after counterclockwise flow after Total heat exchange core body, indoor wind is with outdoor wind in Total heat exchange core
Hot/cold exchange is carried out in vivo.
In above-described embodiment of Total heat exchange core body of the present utility model, as shown in Figure 10, indoor air inlet 12 and room
Interior air outlet 14 is arranged on the end cap of cylindrical structure one end；Outdoor air inlet 13 is arranged on cylindrical structure with outdoor air outlet 15
On other end end cap, consequently facilitating installation and use of the Total heat exchange core body in heat exchanger or air conditioner.
A kind of total-heat exchanger of the present utility model, as shown in Figure 10, including casing 19 and full heat of the present utility model
Any of above-described embodiment of core body Total heat exchange core body is exchanged, wherein：Casing 19 includes indoor air-intake device 23, interior
Exhaust apparatus 22, outdoor air-intake device 21, outdoor exhaust apparatus 20 and core body installation position；The indoor installation of air-intake device 23 connection
To indoor wind collection chamber 4, outdoor air-intake device 21 is communicated to exogenous wind collection chamber 7；Indoor exhaust apparatus 22 is communicated to and room
The first adjacent outdoor wind chamber 5 of interior wind collection chamber 4, outdoor exhaust apparatus 20 is communicated to adjacent with outdoor wind collection chamber 7
Second Room in wind chamber 3.
Specifically, as shown in Figure 10, solid line represents indoor wind, dotted line represents outdoor wind, set in outdoor exhaust apparatus 20
There is the first blower fan 24, drain into outdoor for the indoor wind of interior to be extracted out, the second blower fan 25 is provided with indoor exhaust apparatus 22,
For the outdoor wind of outdoor to be pumped into interior.The first dust filter unit 26, indoor air intake dress are provided with outdoor air-intake device 21
Put and the second dust filter unit 28 is provided with 23, dust-filtering is carried out to outdoor wind and indoor wind respectively, avoids dust with room
Exogenous wind or indoor wind enter Total heat exchange core body, improve the service life of Total heat exchange core body, also ensure that inflow in addition
The air quality of indoor outdoor wind；First dust filter unit 26 and the second dust filter unit 28 can with separately installed, dismounting,
Change, the first dust filter unit 26 and the second dust filter unit 28 can use HEPA (efficient air purifier), and it is by non-
Often tiny organic fiber, which is interleaved with each other, to be formed, and aperture is small, and adsorption capacity is big, and purification efficiency is high；IFD can also be used in addition
Technology, further combined with electrostatic precipitator technology in HEPA technologies, dust removing effects are more preferably.It is additionally provided with outdoor air-intake device 21
Sterilization device 27, sterilization device 27 are arranged in the inner side of the first dust filter unit 26, and the bacterium in outdoor wind, germ etc. are carried out
Processing, ensure to be discharged into the outdoor wind quality of interior；Sterilization device 27 can use anion generator and nanometer water ion to occur
Device, anion generator can produce drop ozone while a large amount of anions are produced, and the two, which is combined, is easier absorption kill respectively
Kind virus, bacterium, so as to play a part of purification of air.
In above-described embodiment of total-heat exchanger of the present utility model, in addition to central controller, central controller point
It is not connected with the first blower fan 24 and the second blower fan 25, for controlling the mode of operation of the first blower fan 24 and the second blower fan 25.
First blower fan 24 and the second blower fan 25 are respectively provided with continuous operation mode, discontinuous operation pattern and sleep operation mode.Continuously
Mode of operation, blower fan continues at a high speed or middling speed operates；Discontinuous operation pattern, blower fan at a high speed and low speed between or middling speed with
Alternate-running between low speed；Sleep operation mode, blower fan continue low-speed running.First blower fan 24 and second of the present utility model
The mode of operation of blower fan 25 is not limited to the above-mentioned several mode of operations enumerated, and other mode of operations fall within the utility model
Protection domain.Central controller can be programmable controller, preset the various works of the first blower fan 24 and the second blower fan 25
Operation mode, directly select during use.
Preferably, in addition to central controller the temperature sensor and air mass sensor being connected, wherein：Temperature
Sensor is disposed in the outdoor at the outdoor wind inlet of air-intake device 21, for monitoring outdoor temperature, and by temperature information transmit to
Central controller；Air mass sensor is disposed in the interior, and for monitoring the air quality of interior, and air quality information is passed
Transport to central controller；The temperature information received or air quality information are converted to corresponding data by central controller to be believed
Number and the desired temperature with being preset in central controller and air quality setting value be compared, then to the first blower fan
24 and second blower fan 25 export corresponding control signal, control the mode of operation of the first blower fan 24 and the second blower fan 25, from
And realize the Intelligent adjustment of total-heat exchanger.
The utility model is further described by specific embodiment above, it should be understood that, have here
The description of body, should not be construed as the restriction to spirit and scope of the present utility model, and one of ordinary skilled in the art is readding
The various modifications made after reader specification to above-described embodiment, belong to the scope that the utility model is protected.
Claims (10)
- A kind of 1. Total heat exchange core body, it is characterised in that including at least two indoor wind chambers, at least two outdoor wind chambers, At least two groups indoor distinguished and admirable roads, at least two groups outdoor distinguished and admirable roads, indoor wind collection chamber, outdoor wind collection chambers, wherein：The indoor wind chamber is identical with the quantity of the outdoor wind chamber, and spaced setting；The indoor wind accumulation chamber Room and the outdoor wind collection chamber are arranged between the outdoor wind chamber and the indoor wind chamber of arbitrary neighborhood setting, The indoor wind collection chamber is close to outdoor wind chamber, and the outdoor wind collection chamber is close to indoor wind chamber；The distinguished and admirable road in interior is arranged in the outdoor wind chamber, and is communicated to the room for being arranged on the outdoor wind chamber both sides Interior wind chamber or indoor wind collection chamber；The distinguished and admirable road in outdoor is arranged in the indoor wind chamber, and is communicated to the room for being arranged on the indoor wind chamber both sides Exogenous wind chamber or outdoor wind collection chamber；The outdoor wind enters outdoor wind collection chamber, and flows through outdoor distinguished and admirable road, outdoor wind chamber successively, and finally passes through and room The adjacent outdoor wind chamber of interior wind collection chamber is discharged into；The indoor wind gets in wind collection chamber, and flows through indoor distinguished and admirable road, indoor wind chamber successively, and finally passes through and room The adjacent indoor wind chamber discharge of exogenous wind collection chamber.
- 2. Total heat exchange core body according to claim 1, it is characterised in that also including indoor air inlet, indoor air outlet, Outdoor air inlet and outdoor air outlet, wherein：The indoor air inlet is arranged in the indoor wind collection chamber；The outdoor air inlet is arranged in the outdoor wind collection chamber；The indoor air outlet is arranged on the outdoor wind chamber adjacent with the indoor wind collection chamber；The outdoor air outlet is arranged on the indoor wind chamber adjacent with the outdoor wind collection chamber.
- 3. Total heat exchange core body according to claim 2, it is characterised in that the Total heat exchange core body also includes shell, The shell is cylindrical structure, wherein：The cylindrical structure is internally provided with dividing plate, is provided at both ends with end cap；The internal chamber that the cylindrical structure and the end cap are formed is divided into the indoor wind chamber, outdoor wind by the dividing plate Chamber, indoor wind collection chamber and outdoor wind collection chamber.
- 4. Total heat exchange core body according to claim 3, it is characterised in that the dividing plate is inside the cylindrical structure It is disposed radially, and then between the indoor wind chamber, outdoor wind chamber, indoor wind collection chamber and outdoor wind collection chamber Ring head and the tail connection is set.
- 5. Total heat exchange core body according to claim 4, it is characterised in that the distinguished and admirable road in interior is parallel to the end cap It is arranged in the outdoor wind chamber, the distinguished and admirable road in outdoor is arranged in the indoor wind chamber parallel to the end cap, its In：The distinguished and admirable road in interior is made up of at least two first fan-shaped square tubes be arrangeding in parallel, the both ends of the first fan-shaped square tube Be each passed through the dividing plate of the outdoor wind chamber both sides, and with the indoor wind chamber of the dividing plate opposite side；The distinguished and admirable road in outdoor is made up of at least two second fan-shaped square tubes be arrangeding in parallel, the both ends of the second fan-shaped square tube Be each passed through the dividing plate of the indoor wind chamber both sides, and with the outdoor wind chamber of the dividing plate opposite side；The described first fan-shaped square tube and the described second fan-shaped interlaced setting of square tube through dividing plate described in same.
- 6. Total heat exchange core body according to claim 5, it is characterised in that：The first fan-shaped square tube is identical with the appearance and size of the described second fan-shaped square tube, and its radical length is respectively less than the circle The diameter of barrel structure；The distance between adjacent two pieces of described first fan-shaped square tubes or the second fan-shaped square tube and the described first fan-shaped square tube or second The thickness of fan-shaped square tube is identical；Done through dividing plate described in same and the described first adjacent fan-shaped square tube and the second fan-shaped square tube at sealing Reason.
- 7. Total heat exchange core body according to claim 4, it is characterised in that the distinguished and admirable road in interior and the outdoor wind The pipe that runner is set by entire row forms, wherein：The tube ends in the indoor distinguished and admirable road of composition are each passed through the dividing plate of the outdoor wind chamber both sides；The tube ends in the outdoor distinguished and admirable road of composition are each passed through the dividing plate of the indoor wind chamber both sides；Through the pipe in the indoor distinguished and admirable road of composition of dividing plate described in same and the pipe in the distinguished and admirable road in composition outdoor is interlaced sets Put.
- 8. the Total heat exchange core body according to any one of claim 5 to 7, it is characterised in that be arranged on the indoor wind and gather Collect on the dividing plate between chamber and the outdoor wind chamber separately through the first fan-shaped square tube or pipe；It is arranged on the outdoor wind Separately through the second fan-shaped square tube or pipe on dividing plate between collection chamber and indoor wind chamber.
- 9. Total heat exchange core body according to claim 8, it is characterised in that the indoor air inlet is set with indoor air outlet Put on the end cap of described cylindrical structure one end；The outdoor air inlet is arranged on the another of the cylindrical structure with outdoor air outlet Hold on end cap.
- 10. a kind of total-heat exchanger, it is characterised in that the full heat including casing and as described in any one of claim 1 to 9 is handed over Core body is changed, wherein：The casing includes indoor air-intake device, indoor exhaust apparatus, outdoor air-intake device, outdoor exhaust apparatus and core body peace Fill position；The Total heat exchange core body is arranged on the core body installation position；The indoor air-intake device installation is communicated to the indoor wind collection chamber, and the outdoor air-intake device is communicated to the room Exogenous wind collection chamber；The indoor exhaust apparatus is communicated to the outdoor wind chamber adjacent with the indoor wind collection chamber, the outdoor air-out dress Put and be communicated to the indoor wind chamber adjacent with outdoor wind collection chamber.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720318575.7U CN206669981U (en) | 2017-03-29 | 2017-03-29 | A kind of total-heat exchanger of Total heat exchange core body and application the Total heat exchange core body |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720318575.7U CN206669981U (en) | 2017-03-29 | 2017-03-29 | A kind of total-heat exchanger of Total heat exchange core body and application the Total heat exchange core body |
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| Publication Number | Publication Date |
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| CN206669981U true CN206669981U (en) | 2017-11-24 |
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| CN201720318575.7U Expired - Fee Related CN206669981U (en) | 2017-03-29 | 2017-03-29 | A kind of total-heat exchanger of Total heat exchange core body and application the Total heat exchange core body |
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| CN (1) | CN206669981U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107062568A (en) * | 2017-03-29 | 2017-08-18 | 华北理工大学 | A kind of total-heat exchanger of Total heat exchange core body and application the Total heat exchange core body |
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2017
- 2017-03-29 CN CN201720318575.7U patent/CN206669981U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107062568A (en) * | 2017-03-29 | 2017-08-18 | 华北理工大学 | A kind of total-heat exchanger of Total heat exchange core body and application the Total heat exchange core body |
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