CN206771603U - A kind of individual layer corrugated core presss from both sides copper tube heat exchange haplotype changes in temperature radiation ceiling - Google Patents
A kind of individual layer corrugated core presss from both sides copper tube heat exchange haplotype changes in temperature radiation ceiling Download PDFInfo
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- CN206771603U CN206771603U CN201720450233.0U CN201720450233U CN206771603U CN 206771603 U CN206771603 U CN 206771603U CN 201720450233 U CN201720450233 U CN 201720450233U CN 206771603 U CN206771603 U CN 206771603U
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- copper tube
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Abstract
The utility model discloses a kind of individual layer corrugated core to press from both sides copper tube heat exchange haplotype changes in temperature radiation ceiling, including heat exchange copper tube, corrugated sheet, heat-preservation cotton and metal decking；The corrugated sheet is waveform, the corrugated sheet clamping heat exchange copper tube；The corrugated sheet is located on metal decking, and the heat-preservation cotton is covered in the top of corrugated sheet；The both sides of the metal decking are provided with fold inward side.A kind of individual layer corrugated core folder copper tube heat exchange haplotype changes in temperature radiation ceiling provided by the utility model, the application of corrugated core, so that the compact-sized heat transfer of ceiling board is fast, flatness and intensity improve, the technique of disposable pressing and forming also causes production efficiency to improve, the effect that modular structure promotes installation make it that installation is very convenient, it is adapted to the furred ceiling layout of various occasions, improve the cold emission ability of radiating system cooling condition, and the condensation for effectively having prevented radiating system occurs so that the practicality of radiation ceiling improves.
Description
Technical field
The utility model is a kind of individual layer corrugated core folder copper tube heat exchange haplotype changes in temperature radiation ceiling, belongs to metal radiation and hangs
Top collar domain.
Background technology
Using water be medium by tubing heat transfer and heat exchange unit accumulation of heat after, by metal corrugated core and metallic plate with infrared ray
The mode of radiation heat transfer and surrounding buildingses, object, human body etc. directly carry out a kind of efficient, comfortable, energy-conservation technology of heat exchange.
High temp objects carry out in a manner of infra-red-emitting heat transfer this process to cryogenic object, are called heat radiation.Cryogenic object is inhaled
Receive the infrared ray of high temp objects, referred to as cold emission.
It is one of central air conditioner system form that especially European countries generally use abroad to radiate cooling ceiling, it
It is mainly used in the higher building of the ranks such as office, hospital, school.Due to the history and National Climate, warp of radiation cooling development
There is prejudice in many reasons such as Ji, culture, people, it is believed that the system easily condenses, initial cost mistake always to radiation cooling
Height, and the cooling capacity of radiant panel in itself is limited, therefore the scope of application is narrow.Radiant panel is main as radiation cooling ceiling
Equipment, its thermal characteristics are directly connected to the performance of radiation cooling ceiling.Theoretically analyze, radiant panel can be regarded as fin
Structure founding mathematical models, according to traditional radiation cooling theory and empirical formula, draw cold of the radiant panel in actual motion
Computational methods.Because the condition of radiation cooling ceiling application is different, radiant panel manufacturer must be according to existing testing standard
Radiant panel cooling performance is tested.But the said equipment radiation ceiling thermal discharge is few uneven, thermal isolation and heat storage ability is held
The technical problem such as condensation and furred ceiling plate flatness, intensity easily occurs.
Utility model content
The utility model is to provide a kind of individual layer corrugated core folder copper to solve the technical scheme that above-mentioned technical problem uses
Pipe heat exchange unit type changes in temperature radiation ceiling, wherein, specific and technical scheme is：
Including heat exchange copper tube, corrugated sheet, heat-preservation cotton and metal decking；The corrugated sheet is waveform, the corrugated sheet folder
Close heat exchange copper tube；The corrugated sheet is located on metal decking, and the heat-preservation cotton is covered in the top of corrugated sheet；The metal decking
Both sides be provided with fold inward side.
Above-mentioned individual layer corrugated core folder copper tube heat exchange haplotype changes in temperature radiation ceiling, wherein：The metal decking and corrugation
Connected between plate by disposable heat conduction glue glued adhesion.
Above-mentioned individual layer corrugated core folder copper tube heat exchange haplotype changes in temperature radiation ceiling, wherein：The heat exchange copper tube is glued at
On metal decking.
Above-mentioned individual layer corrugated core folder copper tube heat exchange haplotype changes in temperature radiation ceiling, wherein：The heat exchange copper tube is in bending
Shape is laid out and the equidistant clamping of pipeline enclosure is in corrugated sheet.
Above-mentioned individual layer corrugated core folder copper tube heat exchange haplotype changes in temperature radiation ceiling, wherein：Two of the heat exchange copper tube
End is interface, cross section obliquely 45 degree overturning angle of the interface with respect to corrugated sheet.
Above-mentioned individual layer corrugated core folder copper tube heat exchange haplotype changes in temperature radiation ceiling, wherein：The metal decking includes punching
The two kinds of forms in hole and non-punching, the metal decking top of punching form have non-woven fabrics.
The utility model has the advantages that relative to prior art：
1) heat exchange copper tube, corrugated sheet, heat-preservation cotton, metal decking disposal package packing are fixed, disposable pressing and forming causes
Production efficiency improves, and promotes the effect of installation so that installation is very convenient, can also prevent to radiate cold surface well
Generation dew condensation phenomenon so that furred ceiling flatness structural strength greatly promotes, and does not influence the energy transmission of radiation refrigeration heating；
2) compact-sized heat transfer is fast, is adapted to the furred ceiling layout of various occasions, improves the cold spoke of radiating system cooling condition
Ability is penetrated, the condensation for solving radiating system occurs so that the practicality of radiation ceiling improves；
3) by attached non-woven fabrics, the ability of sound-absorbing effect and convection heat transfer' heat-transfer by convection is improved, and improves the " black of radiant panel
Degree ", is more favorable for radiant heat transfer.
Brief description of the drawings
Fig. 1 is the structural representation that individual layer corrugated core presss from both sides copper tube heat exchange haplotype changes in temperature radiation ceiling.
Fig. 2 is the structural representation that individual layer corrugated core presss from both sides copper tube heat exchange haplotype changes in temperature radiation ceiling.
In figure：
The metal decking of 1 heat exchange copper tube, 2 corrugated sheet, 3 heat-preservation cotton 4
Embodiment
The utility model will be further described with reference to the accompanying drawings and examples.
The utility model provides a kind of individual layer corrugated core folder copper tube heat exchange haplotype changes in temperature radiation ceiling；Including the copper that exchanges heat
Pipe 1, corrugated sheet 2, heat-preservation cotton 3 and metal decking 4；The corrugated sheet 2 is waveform, the clamping heat exchange copper tube 1 of corrugated sheet 2；
The corrugated sheet 2 is located on metal decking 4, and the heat-preservation cotton 3 is covered in the top of corrugated sheet 2；Heat-preservation cotton 3 prevents heat-preservation cotton
3 with the heat exchange of furred ceiling upper space, avoid top condensation and in turn ensure that cooling and warming performance；Heat-preservation cotton 3 has excellent guarantor
Warm thermal insulation, remarkable High-strength compression resistant, high-quality hydrophobic moisture resistance, material is light, stabilization anti-corrosion, raw material energy-conserving and environment-protective
The features such as, it is ideal radiation ceiling insulation material；The both sides of the metal decking 4 are provided with fold inward side.
Connected between the metal decking 4 and corrugated sheet 2 by disposable heat conduction glue glued adhesion, the heat exchange copper tube 1 is glued
In on metal decking 4, the heat exchange copper tube 1 is laid out in bending-like and the equidistant clamping of pipeline enclosure is in corrugated sheet 2, described to change
Two ends of hot copper pipe 1 are interface, cross section obliquely 45 degree overturning angle of the interface with respect to corrugated sheet 2；Such structure
Make very convenient installation connecting leg operation, it is possible to achieve disposably dock plug with snap joint flexible pipe.The resistance when waterpower is run
It is more much smaller than traditional right angle way, further enhance the superiority of radiating system energy-saving consumption-reducing, the heat exchange copper tube 1 it is outer
Footpath is 12mm, and the heat exchange copper tube 1 is red copper material, and heat exchange copper tube 1 has been given full play to after Quick uniform accumulation of energy heat transfer
Heat-sinking capability, ensure cooling and warming when heat exchange more rapidly can be uniformly carried out between furred ceiling and environment, reach human body
Higher comfort level.
This product on furred ceiling install when for the flanging of metal decking 4 hang on keel splicing installation, or for screw, certainly
Tapping is fixedly mounted, and installation form is more, freely convenient and swift, can meet various designs and installation requirements；Carry out in use,
The whether firm connection of each several part is first checked for, after confirming Plant in good condition, equipment is placed in place；Metal decking 4
Disposably suppressed with corrugated sheet 2 with heat conduction glue glued adhesion, compact-sized heat transfer is fast, and disposable pressing and forming also make it that production efficiency is big
Big to improve, the effect that modular structure has also greatly facilitated installation make it that installation is very convenient, is adapted to various occasions
Furred ceiling layout.
In addition, the metal decking 4 includes two kinds of forms of punching and non-punching, the top of metal decking 4 of punching form is attached
There is non-woven fabrics, by with non-woven fabrics, improving the ability of sound-absorbing effect and convection heat transfer' heat-transfer by convection, and improve the " black of radiant panel
Degree ", is more favorable for radiant heat transfer.
For example, during work, the clamping of corrugated sheet 2 is between metal decking 4 and heat-preservation cotton 3, and the both sides of metal decking 4 are provided with
Fold inward side tight corrugated sheet 2, so that entirely radiation plate forms the close and disconnected air chamber that is evenly distributed,
While excellent heat exchange property is reached, cold emission cold passes through closed air chamber to indoor transmission so that heat exchange copper tube 1
It is not directly placed on metal decking 4 and carries out heat transfer.Almost there is no humidity in closed air chamber, while air chamber is to cold and hot spoke
Penetrate either with or without iris action.So this structure effectively controls the generation of the condensation of metal decking 4 so that whole system all need not
Strict " high temperature cold water " control is carried out, the cold emission ability of radiating system cooling condition is so not only substantially increased, also has
The condensation that effect solves radiating system occurs so that the practicality of radiation ceiling is obviously improved.
Claims (6)
1. a kind of individual layer corrugated core presss from both sides copper tube heat exchange haplotype changes in temperature radiation ceiling, it is characterised in that：Including heat exchange copper tube, corrugation
Plate, heat-preservation cotton and metal decking；The corrugated sheet is waveform, the corrugated sheet clamping heat exchange copper tube；The corrugated sheet is located at
On metal decking, the heat-preservation cotton is covered in the top of corrugated sheet；The both sides of the metal decking are provided with fold inward side.
2. individual layer corrugated core as claimed in claim 1 presss from both sides copper tube heat exchange haplotype changes in temperature radiation ceiling, it is characterised in that：It is described
Connected between metal decking and corrugated sheet by disposable heat conduction glue glued adhesion.
3. individual layer corrugated core as claimed in claim 2 presss from both sides copper tube heat exchange haplotype changes in temperature radiation ceiling, it is characterised in that：It is described
Heat exchange copper tube is glued on metal decking.
4. individual layer corrugated core as claimed in claim 3 presss from both sides copper tube heat exchange haplotype changes in temperature radiation ceiling, it is characterised in that：It is described
Heat exchange copper tube is laid out in bending-like and the equidistant clamping of pipeline enclosure is in corrugated sheet.
5. individual layer corrugated core as claimed in claim 4 presss from both sides copper tube heat exchange haplotype changes in temperature radiation ceiling, it is characterised in that：It is described
Two ends of heat exchange copper tube are interface, cross section obliquely 45 degree overturning angle of the interface with respect to corrugated sheet.
6. individual layer corrugated core as claimed in claim 5 presss from both sides copper tube heat exchange haplotype changes in temperature radiation ceiling, it is characterised in that：It is described
Metal decking includes two kinds of forms of punching and non-punching, has non-woven fabrics on the metal decking top of punching form.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720450233.0U CN206771603U (en) | 2017-04-26 | 2017-04-26 | A kind of individual layer corrugated core presss from both sides copper tube heat exchange haplotype changes in temperature radiation ceiling |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720450233.0U CN206771603U (en) | 2017-04-26 | 2017-04-26 | A kind of individual layer corrugated core presss from both sides copper tube heat exchange haplotype changes in temperature radiation ceiling |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206771603U true CN206771603U (en) | 2017-12-19 |
Family
ID=60635793
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720450233.0U Active CN206771603U (en) | 2017-04-26 | 2017-04-26 | A kind of individual layer corrugated core presss from both sides copper tube heat exchange haplotype changes in temperature radiation ceiling |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206771603U (en) |
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2017
- 2017-04-26 CN CN201720450233.0U patent/CN206771603U/en active Active
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