CN207395118U - Two-way circulate the cross line heat reclamation device of wind system - Google Patents
Two-way circulate the cross line heat reclamation device of wind system Download PDFInfo
- Publication number
- CN207395118U CN207395118U CN201721167525.XU CN201721167525U CN207395118U CN 207395118 U CN207395118 U CN 207395118U CN 201721167525 U CN201721167525 U CN 201721167525U CN 207395118 U CN207395118 U CN 207395118U
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- sheet material
- heat exchanger
- exchanger core
- housing
- cross line
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Abstract
A kind of through type two-way circulates the cross line heat reclamation device of wind system, including housing (1) and heat exchanger core (2), its middle casing (1) is four-way form, four ports with the cavity and side being located therein, four port symmetricals set and respectively with recanalization；Heat exchanger core (2) is cubic form, including sheet material and certain mechanical strength flow guide bar (2 1), wherein sheet material and flow guide bar (2 1) alternately laminated setting, the sheet material of adjacent layer is separated by flow guide bar (2 1), adjacent layer flow guide bar is vertically staggered, each layer of flow guide bar (2 1) section is waveform, and the air flue of closed gas circulation is formed between flow guide bar (2 1) and adjacent sheet material；Four ends of heat exchanger core are respectively facing (1) four port of housing, so that the air flue of heat exchanger core (2) and corresponding port are corresponding；The present apparatus can realize the heat exchange area of bigger so that heat exchanging process is more abundant, so as to fulfill higher heat recovery efficiency.
Description
Technical field
The utility model is related to a kind of cross line heat reclamation devices for the wind system that two-way circulates.More particularly, to profit
The heat exchange blown with the air-supply in fresh air system/air return pipeline intersection between return air, separately as the heat of ventilating system
Switch.
Background technology
Heat reclamation device in ventilating system can complete the heat exchange being sent between air indoor and that discharge is outdoor, from
And cause fresh air that can obtain suitable humiture between room is sent into, increase comfort and reduction heating/system so as to reach
The purpose of cooling system energy consumption.Current fresh air system sets the method for heat regenerator to realize this function using in host.
The method of heat regenerator built in host determines that the structure of heat regenerator and volume are led in prior art
The limitation of machine structure and volume, so as to be difficult to that further promotion is obtained on heat exchanger effectiveness.
The content of the invention
To break through this limitation, raising heat exchanging efficiency, so as to obtain better energy-saving effect, the utility model takes
In entire fresh air system, using give, return air duct cross section realize heat exchange scheme reach object defined above.
The utility model be a kind of integral type give, return air cross pipeline heat reclamation device, send in ventilating system, return air intersects
Place in using the present apparatus, the heat exchanging process of air-supply and return air can be completed in infall.As needed it is multiple give, return air
Infall uses the present apparatus, therefore can realize the heat exchange area of bigger so that and heat exchanging process is more abundant, so as to fulfill
Higher heat recovery efficiency.
I, through type two-way circulates the cross line heat reclamation device of wind system：
The through type of the utility model two-way circulate wind system cross line heat reclamation device include housing 1 and heat exchange
Core 2, middle casing 1 are four-way form, and four ports with the cavity being located therein and side, four port symmetricals are set
And respectively with recanalization；
Heat exchanger core 2 is cubic form, including sheet material and certain mechanical strength flow guide bar 2-1, wherein sheet material and water conservancy diversion
Alternately laminated settings of 2-1, the sheet material of adjacent layer are separated by flow guide bar 2-1, and adjacent layer flow guide bar is vertically staggered, each layer
Flow guide bar 2-1 sections are waveform, and the air flue of closed gas circulation is formed between flow guide bar 2-1 and adjacent sheet material；
Four sides of heat exchanger core 2 are provided with end, and each end is made of multiple end units, end unit along
The both ends of every layer of flow guide bar 2-1 are fixed at parallel to the direction of air flue, the facade shape of end unit is evagination " V " type three
Angle body 2-2, the two sides up and down of evagination " V " type triangle body 2-2 are adhesively fixed with adjacent sheet material；
Heat exchanger core 2 is arranged in the cavity of housing, and four ends of heat exchanger core are respectively facing 1 four ports of housing,
So that the air flue of heat exchanger core 2 and corresponding port are corresponding.
Preferably, housing 1 is made of the material with heat-insulating property.
Preferably, the port 1-1 of housing 1 is grafting, bonding or flanged joint with the mode of recanalization.
Preferably, sheet material be metal film or paper with preferable thermal conductivity,
Preferably, sheet material is the paper with preferable thermal conductivity and wet guilding.
Evagination " V " type triangle body 2-2 plays the role of reducing windage well, when air-flow runs into evagination " V " type triangle body
Play the role of shunting during the acute angle of 2-2, reduce windage.
II, flow-guiding type two-way circulate the cross line heat reclamation device of wind system：
The flow-guiding type of the utility model two-way circulate wind system cross line heat reclamation device include housing 1 and heat exchange
Core 2, middle casing 1 are four-way form, and four ports with the cavity being located therein and side, four port symmetricals are set
And respectively with recanalization；
Heat exchanger core 2 includes multi-layer sheet, and the shape of sheet material is adapted with the shape of the cavity of housing central section, adjacent layer
Multiple water conservancy diversion lath 4-1 are provided between sheet material, water conservancy diversion lath 4-1 separates the space between two sheets, adjacent water conservancy diversion
The air flue of closed gas circulation is formed between lath 4-1 and adjacent sheet material, the air flue of adjacent layer is arranged in a crossed manner；
Four sides of heat exchanger core 2 are provided with end, and each end is made of multiple end units, end unit along
The both ends of every layer of sheet material are fixed at perpendicular to the direction of air flue, the facade shape of end unit is evagination " V " type triangle body,
Evagination " V " type triangle body 2-2 is adhesively fixed with sheet material；
Heat exchanger core 2 is arranged in the cavity of housing, and the end of heat exchanger core is respectively facing 1 four ports of housing, so as to
So that the air flue of heat exchanger core 2 and corresponding port are corresponding.
Preferably, housing 1 is made of the material with heat-insulating property.
Preferably, the port 1-1 of housing 1 is grafting, bonding, flanged joint etc. with the mode of recanalization.
Preferably, water conservancy diversion lath 4-1 materials are metallic plate, aluminium sheet, plastic plate etc..
Preferably, multiple water conservancy diversion lath 4-1 include arc deflector item, and the radian of arc deflector is with separate sheet material
Center is incremented by.
Evagination " V " type triangle body 4-2 plays the role of reducing windage well, when air-flow runs into evagination " V " type triangle body
Play the role of shunting during the acute angle of 4-2, reduce windage.
Description of the drawings
Fig. 1：Through type cross line heat reclamation device housing face schematic diagram.
Fig. 2：Through type cross line heat reclamation device housing schematic three dimensional views.
Fig. 3：Through type cross line heat reclamation device heat exchanger core schematic diagram.
Fig. 4：The effect schematic diagram of through type cross line heat reclamation device heat exchanger core " V " type evagination triangle body.
Fig. 5：Through type cross line heat reclamation device operating mode schematic diagram.
Fig. 6：Flow-guiding type cross line heat reclamation device housing face schematic diagram.
Fig. 7：Flow-guiding type cross line heat reclamation device housing schematic three dimensional views.
Fig. 8：Flow-guiding type cross line heat reclamation device heat exchanger core schematic diagram.
Fig. 9：The effect schematic diagram of flow-guiding type cross line heat reclamation device heat exchanger core " V " type evagination triangle body.
Figure 10：Flow-guiding type cross line heat reclamation device operating mode schematic diagram.
Specific embodiment
The utility model is explained with reference to the accompanying drawings and examples.
I, through type two-way circulates the cross line heat reclamation device of wind system：
The through type of the utility model two-way circulate wind system cross line heat reclamation device include housing 1 and heat exchange
Core 2, middle casing 1 are four-way form, and four ports with the cavity being located therein and side, four port symmetricals are set
And respectively with recanalization；
Heat exchanger core 2 is cubic form, including sheet material and certain mechanical strength flow guide bar 2-1, wherein sheet material and water conservancy diversion
Alternately laminated settings of 2-1, the sheet material of adjacent layer are separated by flow guide bar 2-1, and adjacent layer flow guide bar is vertically staggered, each layer
Flow guide bar 2-1 sections are waveform, and the air flue of closed gas circulation is formed between flow guide bar 2-1 and adjacent sheet material；
Four sides of heat exchanger core 2 are provided with end, and each end is made of multiple end units, end unit along
The both ends of every layer of flow guide bar 2-1 are fixed at parallel to the direction of air flue, the facade shape of end unit is evagination " V " type three
Angle body 2-2, the two sides up and down of evagination " V " type triangle body 2-2 are adhesively fixed with adjacent sheet material；
Heat exchanger core 2 is arranged in the cavity of housing, and four ends of heat exchanger core are respectively facing 1 four ports of housing,
So that the air flue of heat exchanger core 2 and corresponding port are corresponding.
Preferably, housing 1 is made of the material with heat-insulating property.
Preferably, the port 1-1 of housing 1 is grafting, bonding or flanged joint with the mode of recanalization.
Preferably, sheet material be metal film or paper with preferable thermal conductivity,
Preferably, sheet material is the paper with preferable thermal conductivity and wet guilding.
Evagination " V " type triangle body 2-2 plays the role of reducing windage well, when air-flow runs into evagination " V " type triangle body
Play the role of shunting during the acute angle of 2-2, reduce windage.
II, flow-guiding type two-way circulate the cross line heat reclamation device of wind system：
The flow-guiding type of the utility model two-way circulate wind system cross line heat reclamation device include housing 1 and heat exchange
Core 2, middle casing 1 are four-way form, and four ports with the cavity being located therein and side, four port symmetricals are set
And respectively with recanalization；
Heat exchanger core 2 includes multi-layer sheet, and the shape of sheet material is adapted with the shape of the cavity of housing central section, adjacent layer
Multiple water conservancy diversion lath 4-1 are provided between sheet material, water conservancy diversion lath 4-1 separates the space between two sheets, adjacent water conservancy diversion
The air flue of closed gas circulation is formed between lath 4-1 and adjacent sheet material, the air flue of adjacent layer is arranged in a crossed manner；
Four sides of heat exchanger core 2 are provided with end, and each end is made of multiple end units, end unit along
The both ends of every layer of sheet material are fixed at perpendicular to the direction of air flue, the facade shape of end unit is evagination " V " type triangle body,
Evagination " V " type triangle body 2-2 is adhesively fixed with sheet material；
Heat exchanger core 2 is arranged in the cavity of housing, and the end of heat exchanger core is respectively facing 1 four ports of housing, so as to
So that the air flue of heat exchanger core 2 and corresponding port are corresponding.
Preferably, housing 1 is made of the material with heat-insulating property.
Preferably, the port 1-1 of housing 1 is grafting, bonding, flanged joint etc. with the mode of recanalization.
Preferably, water conservancy diversion lath 4-1 materials are metallic plate, aluminium sheet, plastic plate etc..
Preferably, multiple water conservancy diversion lath 4-1 include arc deflector item, and the radian of arc deflector is with separate sheet material
Center is incremented by.
Evagination " V " type triangle body 4-2 plays the role of reducing windage well, when air-flow runs into evagination " V " type triangle body
Play the role of shunting during the acute angle of 4-2, reduce windage.
The system recuperation of heat that the utility model is carried out using original pipeline monitor, the heat for not only improving raising system are returned
It produces effects rate, and can solve the problems, such as that pipeline monitor accounts for building floor height, kill two birds with one stone, there is very extensive actual application value.And
The baffle with guide functions is provided in the utility model, very crucial effect is played to being uniformly distributed for air-flow, is conducive to
Heat exchange more fully carries out, and effective guide functions reduce further the resistance of system.
The structure of some specific embodiments of the utility model is illustrated in a manner of word and description of the drawings above, not
It is exhaustive or be limited to concrete form described above.It should be pointed out that for those skilled in the art,
On the premise of not departing from the utility model principle, several improvements and modifications can also be made, these improvements and modifications also should be regarded as
The scope of protection of the utility model.
Claims (10)
- The cross line heat reclamation device of wind system 1. a kind of through type two-way circulates, which is characterized in that the device includes housing (1) and heat exchanger core (2), middle casing (1) are four-way form, four ports with the cavity being located therein and side, Four port symmetricals set and respectively with recanalization；Heat exchanger core (2) is cubic form, including sheet material and certain mechanical strength flow guide bar (2-1), wherein sheet material and water conservancy diversion Item (2-1) alternately laminated setting, the sheet material of adjacent layer are separated by flow guide bar (2-1), and adjacent layer flow guide bar is vertically staggered, often One layer of flow guide bar (2-1) section is waveform, and the gas of closed gas circulation is formed between flow guide bar (2-1) and adjacent sheet material Road；Four sides of heat exchanger core (2) are provided with end, and each end is made of multiple end units, and end unit is along flat Row is fixed at the both ends of every layer of flow guide bar (2-1) in the direction of air flue, and the facade shape of end unit is evagination " V " type three Angle body (2-2), two sides up and down and the adjacent sheet material of evagination " V " type triangle body (2-2) are adhesively fixed；Heat exchanger core (2) is arranged in the cavity of housing, and four ends of heat exchanger core are respectively facing (1) four port of housing, So that the air flue of heat exchanger core (2) and corresponding port are corresponding.
- The cross line heat reclamation device of wind system 2. through type according to claim 1 two-way circulates, which is characterized in that Housing (1) is made of thermal insulation material.
- The cross line heat reclamation device of wind system 3. through type according to claim 1 two-way circulates, which is characterized in that The port (1-1) of housing (1) is grafting, bonding or flanged joint with the mode of recanalization.
- The cross line heat reclamation device of wind system 4. through type according to claim 1 two-way circulates, which is characterized in that Sheet material is the metal film or paper of heat conduction.
- The cross line heat reclamation device of wind system 5. through type according to claim 1 two-way circulates, which is characterized in that Sheet material is heat conduction and leads wet paper.
- The cross line heat reclamation device of wind system 6. a kind of flow-guiding type two-way circulates, which is characterized in that the device includes housing (1) and heat exchanger core (2), middle casing (1) are four-way form, four ports with the cavity being located therein and side, Four port symmetricals set and respectively with recanalization；Heat exchanger core (2) includes multi-layer sheet, and the shape of sheet material is adapted with the shape of the cavity of housing central section, the piece of adjacent layer Multiple water conservancy diversion laths (4-1) are provided between material, water conservancy diversion lath (4-1) separates the space between two sheets, and adjacent leads The air flue of closed gas circulation is formed between flowing plate item (4-1) and adjacent sheet material, the air flue of adjacent layer is arranged in a crossed manner；Four sides of heat exchanger core (2) are provided with end, and each end is made of multiple end units, end unit along hang down The both ends of every layer of sheet material are directly fixed in the direction of air flue, the facade shape of end unit is evagination " V " type triangle body, outside Prominent " V " type triangle body (2-2) is adhesively fixed with sheet material；Heat exchanger core (2) is arranged in the cavity of housing, and the end of heat exchanger core is respectively facing (1) four port of housing, so as to So that the air flue of heat exchanger core (2) and corresponding port are corresponding.
- The cross line heat reclamation device of wind system 7. flow-guiding type according to claim 6 two-way circulates, which is characterized in that Housing (1) is made of thermal insulation material.
- The cross line heat reclamation device of wind system 8. flow-guiding type according to claim 6 two-way circulates, which is characterized in that The port (1-1) of housing (1) is grafting, bonding or flanged joint with the mode of recanalization.
- The cross line heat reclamation device of wind system 9. flow-guiding type according to claim 6 two-way circulates, which is characterized in that Water conservancy diversion lath (4-1) material is metallic plate, aluminium sheet or plastic plate.
- 10. flow-guiding type according to claim 6 two-way circulates, the cross line heat reclamation device of wind system, feature exist Include arc deflector item in, multiple water conservancy diversion laths (4-1), the radian of arc deflector is with passing the center away from sheet material Increase.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721167525.XU CN207395118U (en) | 2017-09-13 | 2017-09-13 | Two-way circulate the cross line heat reclamation device of wind system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721167525.XU CN207395118U (en) | 2017-09-13 | 2017-09-13 | Two-way circulate the cross line heat reclamation device of wind system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207395118U true CN207395118U (en) | 2018-05-22 |
Family
ID=62416188
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721167525.XU Withdrawn - After Issue CN207395118U (en) | 2017-09-13 | 2017-09-13 | Two-way circulate the cross line heat reclamation device of wind system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207395118U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107741085A (en) * | 2017-09-13 | 2018-02-27 | 北京华标建设工程有限公司 | Two-way circulate the cross line heat reclamation device of wind system |
| CN113412036A (en) * | 2021-07-15 | 2021-09-17 | 广州万孚生物技术股份有限公司 | Diagnostic instrument |
-
2017
- 2017-09-13 CN CN201721167525.XU patent/CN207395118U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107741085A (en) * | 2017-09-13 | 2018-02-27 | 北京华标建设工程有限公司 | Two-way circulate the cross line heat reclamation device of wind system |
| CN113412036A (en) * | 2021-07-15 | 2021-09-17 | 广州万孚生物技术股份有限公司 | Diagnostic instrument |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20180522 Effective date of abandoning: 20190419 |
|
| AV01 | Patent right actively abandoned |