CN207006328U - A kind of floor heating module and floor heating heat exchange floor - Google Patents
A kind of floor heating module and floor heating heat exchange floor Download PDFInfo
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- CN207006328U CN207006328U CN201720978393.2U CN201720978393U CN207006328U CN 207006328 U CN207006328 U CN 207006328U CN 201720978393 U CN201720978393 U CN 201720978393U CN 207006328 U CN207006328 U CN 207006328U
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- floor heating
- interlayer plate
- heating module
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Abstract
A kind of floor heating module and floor heating heat exchange floor, the floor heating module includes upper interlayer plate, heat exchanger tube, lower interlayer plate, framework, water outlet mouthpiece is with entering water interface, the upper interlayer plate lower surface is provided with tube seat with lower interlayer plate upper surface, the upper interlayer plate lower surface is connected with lower interlayer plate upper surface, in the passage that the tube seat that the heat exchanger tube is placed between upper interlayer plate and lower interlayer plate is formed, the passage is adapted with heat exchanger tube, the connection body side surface of upper interlayer plate and lower interlayer plate is tightly connected with framework medial surface, the framework outer side edges are provided with the Detachable connection structure for being used for intermodule connection, the water outlet mouthpiece is with entering water interface located at frame sides and being connected with heat exchanger tube, water outlet mouthpiece is located at not the same side side of framework with entering water interface, water outlet mouthpiece is mutually adapted with entering water interface.By modularization and inner-heating tube, solves the shortcomings that existing water floor heating geothermal device installation difficulty is big, and plastic heat exchanger flexible pipe heat discharges pernicious gas.
Description
Technical field
Floor heating field is the utility model is related to, more particularly, to a kind of floor heating module and floor heating heat exchange floor.
Background technology
With the development of Building technology, water floor heating is come into resident man of China more and more, the water temperature needed for its heating
Less than traditional cast-iron radiator（Radiator）, temperature uniformly diffuses up, and no fan coil send hot blast sense during heat, comfortably
Sense is good.But water floor heating facility needs to install in advance before resident registers one's residence, some is included in the finished product that construction side provides
In house type.If existing building does not have water floor heating, user, which voluntarily installs, needs excavation, overlay film, positioning, pipe laying, adapter etc., construction
Difficulty is big.Water floor heating in the market lacks the construction standard of construction pervasive, and commercially available ground burying heat exchange tube species is various, and quality is good
Green bristlegrass is uneven.Second-rate plastic heat exchanger flexible pipe can discharge pernicious gas afterwards for a period of time in logical hot water, and user health is produced
Hidden danger.This product for just needing to standardize occurs, and allows water floor heating to be applied more broadly in resident living heating.
Utility model content
In order to overcome existing water floor heating geothermal device installation difficulty big, plastic heat exchanger flexible pipe heat release pernicious gas
Defect, the utility model provide a kind of modular solution so that and water floor heating facility can standardize, large-scale production,
It is easy to user installation to safeguard.
The technical solution adopted in the utility model is as follows：
A kind of floor heating module, to be detachably connected between the floor module, the floor heating module includes upper interlayer plate, heat exchange
Pipe, lower interlayer plate, framework, water outlet mouthpiece are provided with pipe with entering water interface, the upper interlayer plate lower surface with lower interlayer plate upper surface
Groove, the upper interlayer plate lower surface are connected with lower interlayer plate upper surface, the heat exchanger tube located at upper interlayer plate and lower interlayer plate it
Between the passage that is formed of tube seat in, the passage is adapted with heat exchanger tube, the connection body side surface of upper interlayer plate and lower interlayer plate
With framework medial surface be tightly connected, the framework outer side edges be provided be used for intermodule connection Detachable connection structure, it is described go out
Water interface is with entering water interface located at frame sides and being connected with heat exchanger tube, and water outlet mouthpiece is with entering water interface located at the not same of framework
Side, water outlet mouthpiece are mutually adapted with entering water interface.
In the utility model, by specially setting floor heating module, solve the problems, such as that traditional floor heating installation difficulty is big,
Inner-heating tube can also solve the problems, such as that plastic heat exchanger flexible pipe heat discharges pernicious gas.In the utility model, by ground
Heating module side sets detachable attachment mechanism, realizes the connection between floor heating module, simplifies the installation procedure of floor heating, is easily installed
Safeguard.In the passage that the tube seat that heat exchanger tube is located between upper interlayer plate and lower interlayer plate is formed, heat exchanger tube is mutually fitted with passage
Match somebody with somebody, gap is not present between heat exchanger tube and interlayer, the conduction efficiency of heat is higher, and fixes upper interlayer plate and lower folder by framework
Laminate forms a closed entirety, and built-in heat exchanger tube will not produce pernicious gas during water flowing use, improve safety
Property.
Further, the upper interlayer plate is made up with lower interlayer plate of the good sheet material of heat conduction.
In the utility model, upper interlayer plate and lower interlayer plate are manufactured by using the good sheet material of heat conduction, improve heat
Conduction efficiency and then the energy is saved.
Further, the heat exchanger tube is hard heat exchange plastic tube.
In the utility model, common plasticses heat exchange flexible pipe is solved in one section of logical hot water by using hard heat exchange plastic tube
Between after the problem of discharging pernicious gas.
Further, described be tightly connected is adhesive bonding.
In the utility model, adhesive safe to use makes the sandwich plate of floor heating module be combined with frame seal, uses process
In will not disengage pernicious gas while improve the durability of floor heating module.
Further, the Detachable connection structure is groove and tenon, and groove and tenon are located at the different sides of framework,
Groove and tenon are mutually adapted.
In the utility model, the connection between floor heating module is realized using the cooperation of groove and tenon, splicing is simply square
Just installation difficulty is low, makes maintenance more convenient.
Further, the tenon section is circular arc, and the circular arc is more than 180 degree.
In the utility model, the section of tenon is more than 180 degree for circular arc and angle, and floor heating module need to be borrowed in the horizontal direction
Certain external force is helped to be spliced together so as to connect more fastening between floor heating module and be not easy to release.
Further, the framework is made up of section bar.
In the utility model, framework is made using section bar, section bar processing technology maturation is easy to produce, while improves floor heating
The intensity of module.
Further, the frame mid portion is provided with cavity, it is described enter water interface be located in water outlet mouthpiece close to framework top
It is connected at angle and through cavity with heat exchanger tube.
In the utility model, the setting of cavity contributes to stretching into for fastening tool, set location close to framework vertex then
So that fastening tool need not excessively stretch into cavity the connection or dismounting that can be completed between interface, simplify the difficulty of dismounting, side
Just the I＆M of interface.
Further, it is described enter water interface and water outlet mouthpiece connected mode to be threadedly coupled, water outlet mouthpiece is provided with nut.
In the utility model, enter water interface with water outlet mouthpiece by the way of being threadedly coupled, between floor heating module groove with it is convex
The connection of tenon causes two close splits of module, water outlet mouthpiece between mould floor heating block and enters water interface also accurate contraposition, uses work
Tool, which screws envelope nut, is tightly connected pipeline, ensures the sealing of interface.
A kind of floor heating heat exchange floor, is spliced by above-described floor heating module.
Compared with prior art, the utility model has the advantage that：
Compared to traditional pre-buried form of tubes, it is not necessary to special construction technology, it is not necessary to the ground according to interior of building
The operating loop of general layout arrangement water pipe and the fastener of positioning water pipe, convenient maintenance and replacement, reduce water pipe displacement and leak occur
Possibility.The pre-buried plastic hose of in general can produce peculiar smell during installation and use, and the utility model seals radiating tube
Before and after inside modules, water flowing will not emission gases to interior, harmfulness substantially reduce.
Brief description of the drawings
Fig. 1：The structural representation of the utility model embodiment.
Fig. 2：The exploded view of the utility model embodiment.
Fig. 3：The groove of the utility model embodiment and the installation diagram of tenon.
Fig. 4：The water outlet mouthpiece of the utility model embodiment is with entering water interface thread connection diagram.
Fig. 5：The floor heating module A structural representations of the utility model embodiment.
Fig. 6：The floor heating module B structure schematic diagram of the utility model embodiment.
Fig. 7：The water outlet mouthpiece of the utility model embodiment and end socket connection diagram.
Fig. 8：The floor heating module installation diagram of the utility model embodiment.
Fig. 9：The heat exchanger tube layout drawing of the utility model embodiment.
Embodiment
The utility model is described in further detail with reference to the accompanying drawings and examples.
As shown in Fig. 1 to 2, the utility model embodiment discloses a kind of floor heating module, is removable between the floor module
Connection is unloaded, the floor heating module includes framework 1, upper interlayer plate 2, lower interlayer plate 3, heat exchanger tube 5, water outlet mouthpiece 6 and enters water interface
7, the lower surface of upper interlayer plate 2 is provided with tube seat 4, the lower surface of upper interlayer plate 2 and lower interlayer 3 with the upper surface of lower interlayer plate 3
Plate upper surface connects, and the heat exchanger tube 5 is in the passage that the tube seat 4 between upper interlayer plate 2 and lower interlayer plate 3 is formed, institute
Passage to be stated to be adapted with heat exchanger tube 5, connection body side surface and the medial surface of framework 1 of upper interlayer plate 2 and lower interlayer plate 3 are tightly connected,
The outer side edges of framework 1 are provided with the Detachable connection structure for being used for intermodule connection, and the water outlet mouthpiece 6 is set with entering water interface 7
It is connected in the side of framework 1 and with heat exchanger tube 5, water outlet mouthpiece 6 is located at not the same side side of framework 1, water outlet mouthpiece with entering water interface 7
6 are mutually adapted with entering water interface 7.
In the utility model, by setting detachable attachment mechanism in floor heating module side, the company between floor heating module is realized
Connect, while water outlet mouthpiece 6, so as to simplify the installation procedure of floor heating, is easily installed maintenance with entering the accurate contraposition of water interface 7.Heat exchange
In the passage that the tube seat 4 between upper interlayer plate 2 and lower interlayer plate 3 is formed, heat exchanger tube 5 is adapted pipe 5 with passage, heat exchange
Gap is not present between pipe 5 and the tube seat 4 of sandwich plate so that the conduction efficiency of heat is higher, and fixes and press from both sides by framework 1
Laminate 2 and lower interlayer plate 3 and then a closed entirety is formed, built-in heat exchanger tube will not produce during water flowing use
Evil gas, improves security.
In a preferred embodiment of the present utility model, upper interlayer plate 2 is with lower interlayer plate 3 by the good sheet material system of heat conduction
Into.The use of heat conduction sheet material improves the conduction efficiency of heat and then has saved the energy.
In a preferred embodiment of the present utility model, heat exchanger tube 5 is hard heat exchange plastic tube.Hard heat exchange plastic tube
Using solve the problems, such as common plasticses heat exchange flexible pipe connect hot water can discharge pernicious gas afterwards for a period of time.
In a preferred embodiment of the present utility model, connector and the framework 1 of the upper interlayer plate 2 and lower interlayer plate 3
It is adhesive bonding that medial surface, which is tightly connected mode,.Adhesive safe to use connects the sandwich plate of floor heating module and frame seal
Connect, ensure that floor heating module will not disengage pernicious gas during water flowing use while improve the durability of floor heating module.
In a preferred embodiment of the present utility model, upper interlayer plate top surface edge is set with lower interlayer plate lower surface edge
Have a step 10, the medial surface upper and lower part of framework 1 is provided with card article 11, the step 10 of upper interlayer plate 2 and the connector of lower interlayer plate 3 with
The card article 11 of the medial surface of framework 1 is mutually adapted.The card article 11 of the medial surface of framework 1 is caught in the step 10 of upper and lower sandwich plate so that folder
Laminate fixes more close, raising sealing and durability with framework 1.
As shown in Figures 1 to 3, in a preferred embodiment of the present utility model, Detachable connection structure is groove 9 and tenon
8.Groove 9 and tenon 8 are located at the different sides of framework 1, and groove 9 and tenon 8 are mutually adapted.Pass through groove 9 between disparate modules
Splice with tenon 8, aliging to be caught between floor heating module can complete to install, and the simple and convenient installation difficulty of splicing is low, makes maintenance
It is more convenient.
In a preferred embodiment of the present utility model, each floor heating module two of which side sets groove 9, and in addition two
Side sets tenon 8, as shown in figure 8, by setting two grooves 9 and two tenons 8 on each floor heating module, can be achieved more
Kind splicing form, ensures floor heating module flexible combination.
As shown in Figures 1 to 3, in a preferred embodiment of the present utility model, the section of tenon 8 is circular arc, the circular arc
Shape is more than 180 degree.The section circular arc of tenon 8, which is set greater than 180 degree, makes tenon 8 and the cooperation of groove 9 have certain interference
Measure, need be spliced together by certain external force in the horizontal direction when between floor heating module splicing, connect between floor heating module and more fasten
It is not easy to release.
In a preferred embodiment of the present utility model, framework 1 is made up of section bar, and the processing technology maturation of section bar is easy to frame
The production of frame 1, and improve the intensity of floor heating module using section bar manufacture framework 1.
As shown in Figures 2 and 3, in a preferred embodiment of the present utility model, the middle part of framework 1 is provided with cavity, enters water and connects
Mouth 7 is located at close to framework vertex with water outlet mouthpiece 6 and is connected through the cavity of framework 1 with heat exchanger tube.The setting of cavity helps
In stretching into for fastening tool, and the set location for entering water interface 7 and water outlet mouthpiece 6 then causes fastening tool close to framework vertex
Need not excessively stretch into cavity can complete connection or dismounting between interface, simplify the difficulty of dismounting, the installation of Convenient interface
With maintenance.
As shown in figure 4, in a preferred embodiment of the present utility model, it is described enter water interface 7 and the connection side of water outlet mouthpiece 6
Formula is threaded connection, and water outlet mouthpiece 6 is provided with nut 12.Groove 9 coordinates with tenon 8 between floor heating module causes two modules closely to connect
Connect, the water outlet mouthpiece 6 between floor heating module and enter the also accurate contraposition of water interface 7, make heat exchanger tube using fastening tool tightening nut 12
Road is tightly connected, and the use of threaded connection ensure that the sealing of interface.
In a preferred embodiment of the present utility model, Fig. 5 show floor heating module A, Fig. 6 and show floor heating module B, ground
Warm heat exchange floor can be by floor heating module A and two kinds of different floor heating modules of floor heating module B are combined and spliced forms.Floor heating module A
One is provided with the left of lower side and enters water interface 7, angle is respectively equipped with water outlet mouthpiece 6 on the left of module upper side edge and on the right, in module
Side is provided with tenon 8 with right edge, and left side is provided with groove 9 with lower side.Enter water provided with one on the right side of floor heating module B lower sides
Interface 7, module is on the right side of upper side edge and water outlet mouthpiece 6 is not arranged at right edge top, and module upper side edge is provided with tenon 8 with right edge,
Left side is provided with groove 9 with lower side.As shown with 7, when one of water outlet mouthpiece is unused then, blocked, sealed using end socket 13
First 13 bore is identical with water outlet mouthpiece 6, is connected using engagement thread, one end closing.Floor heating module A and floor heating module B such as Fig. 8
Shown installation, A ' represent floor heating module A upset installations, and B ' represents floor heating module B upset installations, and symbol О is represented into water interface 7,
Symbol ↑ expression water outlet mouthpiece 6, symbol ⊕ represent to engage into water interface 7 and water outlet mouthpiece 6.Water outlet mouthpiece 6 is unused then when having,
Blocked using end socket 13, mark is in figure.Splicing between floor heating module, the solid line at edge represent tenon 8, and dotted line represents recessed
Groove 9.Groove 9 and tenon 8, which coordinate, between floor heating module causes two modules to be closely connected, and the water outlet mouthpiece 6 between mould floor heating block and enters
The also accurate contraposition of water interface 7, is finally tightly connected pipeline using instrument tightening nut 12, thus completes floor heating heat exchange floor
Installation.The installation on floor heating heat exchange floor can be met using floor heating module A and two kinds of floor heating modules of floor heating module B, without extra
Produce polytype floor heating module and simplify production, improve production efficiency.
In a preferred embodiment of the present utility model, heat exchanger tube 5 can be arranged in sandwich plate up and down using serpentine fashion
Between, but be the heat-conducting area for realizing that floor heating module is bigger during actual design, it can be provided others arrangement shapes, specifically such as
Shown in Fig. 9, in addition to the heat exchanger tube 5 of snakelike arrangement, it can also be as in Fig. 9（a）In shown back-shaped, Fig. 9（b）Shown is oblique
In shape, Fig. 9（c）In shown spiral shape, Fig. 9（d）Shown waveform can also use other shapes in actual application
Shape, it can equally reach the purpose of conduction and heat conduction, will not be repeated here.
For those skilled in the art, technical scheme that can be as described above and design, make other each
Kind is corresponding to be changed and deforms, and all these change and deformed the guarantor that should all belong to the utility model claims
Within the scope of shield.
Claims (10)
- A kind of 1. floor heating module, it is characterised in that the floor heating module include upper interlayer plate, heat exchanger tube, lower interlayer plate, framework, Water outlet mouthpiece and enter water interface, the upper interlayer plate lower surface and lower interlayer plate upper surface are provided with tube seat, under the upper interlayer plate Surface is connected with lower interlayer plate upper surface, and the heat exchanger tube is formed logical located at the tube seat between upper interlayer plate and lower interlayer plate In road, the passage is adapted with heat exchanger tube, and connection body side surface and the sealing of framework medial surface of upper interlayer plate and lower interlayer plate connect Connect, the framework outer side edges are provided with the Detachable connection structure for being used for intermodule connection, and the water outlet mouthpiece is set with entering water interface It is connected in frame sides and with heat exchanger tube, water outlet mouthpiece is located at not the same side side of framework with entering water interface, and water outlet mouthpiece is with entering Water interface is mutually adapted.
- 2. a kind of floor heating module according to claim 1, it is characterised in that the upper interlayer plate is with lower interlayer plate by heat conduction Good sheet material is made.
- 3. a kind of floor heating module according to claim 1, it is characterised in that the heat exchanger tube is hard heat exchange plastic tube.
- 4. a kind of floor heating module according to claim 1, it is characterised in that the sealed connection is adhesive bonding.
- 5. a kind of floor heating module according to claim 1, it is characterised in that the Detachable connection structure is groove and convex Tenon, groove and tenon are located at the different sides of framework, and the groove and tenon between different floor heating modules are mutually adapted.
- 6. a kind of floor heating module according to claim 5, it is characterised in that the tenon section is circular arc, the circle Arc is more than 180 degree.
- 7. a kind of floor heating module according to claim 1, it is characterised in that the framework is made up of section bar.
- A kind of 8. floor heating module according to claim 1, it is characterised in that the frame mid portion is provided with cavity, it is described enter Water interface is located at close to framework vertex with water outlet mouthpiece and is connected through framework cavity with heat exchanger tube.
- A kind of 9. floor heating module according to claim 1, it is characterised in that it is described enter water interface and water outlet mouthpiece connection side Formula is threaded connection, and water outlet mouthpiece is provided with nut.
- 10. a kind of floor heating heat exchange floor, it is characterised in that using the floor heating module splicing described in claim any one of 1-9 Into.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720978393.2U CN207006328U (en) | 2017-08-07 | 2017-08-07 | A kind of floor heating module and floor heating heat exchange floor |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720978393.2U CN207006328U (en) | 2017-08-07 | 2017-08-07 | A kind of floor heating module and floor heating heat exchange floor |
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| Publication Number | Publication Date |
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| CN207006328U true CN207006328U (en) | 2018-02-13 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201720978393.2U Active CN207006328U (en) | 2017-08-07 | 2017-08-07 | A kind of floor heating module and floor heating heat exchange floor |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107401767A (en) * | 2017-08-07 | 2017-11-28 | 广东申菱环境系统股份有限公司 | A kind of floor heating module and floor heating heat exchange floor |
-
2017
- 2017-08-07 CN CN201720978393.2U patent/CN207006328U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107401767A (en) * | 2017-08-07 | 2017-11-28 | 广东申菱环境系统股份有限公司 | A kind of floor heating module and floor heating heat exchange floor |
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