CN210220007U - Combined heat exchanger based on heat exchange decoration base layer module - Google Patents
Combined heat exchanger based on heat exchange decoration base layer module Download PDFInfo
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- CN210220007U CN210220007U CN201920856234.4U CN201920856234U CN210220007U CN 210220007 U CN210220007 U CN 210220007U CN 201920856234 U CN201920856234 U CN 201920856234U CN 210220007 U CN210220007 U CN 210220007U
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Abstract
The utility model discloses a combined heat exchanger based on heat exchange decoration base layer module, including cooler, heat exchange decoration base layer module, pipeline base layer module, each module all includes veneer base layer, depends on bottom, joint pipe, veneer base layer adopt heat conduction material, veneer base layer surface hook has the nick, adjacent nick end to end intercommunication, and an organic whole links into at least one grooving pattern; the side end face of each module is communicated with the notch pattern through an interface notch, an inlet notch or an outlet notch; the surface of the decorative surface base layer is covered by the attached bottom layer; the joint pipe is embedded in the interface nick, the inlet nick and the outlet nick, one side surface of each module is coated with a binding material, and the binding material covers the contact boundary between the attached bottom layer and the facing base layer and the peripheral surface of the joint pipe; the adjacent modules are connected through the connector pipes in an inserting mode, and the pipeline basic module is connected with the pipeline of the cooler through the connector pipes.
Description
Technical Field
The utility model relates to a fitment facing material technical field especially relates to a combination formula heat exchanger based on basic unit's module is decorated in heat transfer.
Background
The veneer layers on the surfaces of doors, beds, walls, ceilings, floors, tables and chairs only have a decoration function in the current real life, and only can conduct heat and not exchange heat for heat exchange.
At present, an indoor air conditioner, a radiation furnace, an oil heater, a radiator and an air heater are mostly used for heat exchange indoors, and essentially all the heat exchange is carried out by taking air as a medium. Especially for kitchen refrigeration, because a large amount of oil smoke is generated in the cooking process, the effect of the smoke exhaust ventilator is limited, when the air conditioner is used for refrigeration, the air conditioner needs to firstly suck hot gas containing the oil smoke due to the refrigeration principle, and then the hot gas is discharged by a fan after reheating exchange, and the process causes two problems, namely oil drops are attached to a filter screen, and the oil smoke is diffused after the fan discharges cold air, so that indoor personnel often feel discomfort reactions such as eye irritation and the like. Therefore, the prior kitchen refrigeration only adopts the measure of enhancing air circulation by an electric fan, and no better measures are taken.
The industrial heat exchanger is provided with a heat exchange device which is prepared by placing a pipeline for flowing a liquid medium in a shell, filling a heat conduction material between the pipelines in the shell or preparing the shell with a better pipeline fitting degree, but the preparation process of the device is complex, the complexity mainly lies in that a copper pipe with a specific shape needs to be bent under the condition of reducing stress to avoid the reduction of the pipeline strength, and a specific heat conduction filler needs to be selected and vacuum-filled; or the shell is made into a special-shaped shape with consistent pipeline shape and good fitting degree; these all make the manufacturing procedure of this type heat exchanger complicated, increased the cost undoubtedly, because the cost is high and so the market does not have the decorative board that has the heat transfer function and supplies civilian use.
SUMMERY OF THE UTILITY MODEL
An object of the utility model is to provide a combination formula heat exchanger based on basic unit's module is decorated in heat transfer, this module simple structure, easy manufacturing, and this module easily makes up and assembles, has good market prospect and extensive application.
In order to achieve the purpose, the utility model adopts the following technical measures: a combined heat exchanger based on a heat exchange decoration base layer module comprises a cooler, the heat exchange decoration base layer module and a pipeline base layer module,
the outdoor unit, the condenser, the circulating pump and the cooling water tower are connected through pipelines to form a cooler;
the pipeline base layer module and the heat exchange decoration base layer module respectively comprise a facing base layer, an attached bottom layer and a joint pipe, wherein the facing base layer is made of heat conducting materials, notches are hooked on the surface of the facing base layer, adjacent notches are communicated end to end and are integrally connected into at least one notch pattern;
any one surface of the heat exchange decorative base layer module is communicated with the notch pattern through an interface notch; any one surface of the pipeline base layer module is communicated with the groove pattern through an inlet nick and at least one outlet nick;
the attachment bottom layer is provided with a plane parallel to the surface of the decorative surface base layer before the hook-cut groove, the attachment bottom layer covers the surface of the decorative surface base layer, and any side surface of the attachment bottom layer is aligned with any side surface of the decorative surface base layer;
the joint pipe is in plug-in connection with the interface nick, the inlet nick and the outlet nick, and one side surface of the pipeline base layer module and one side surface of the heat exchange decoration base layer module are coated with a binding material which covers the contact boundary between the attached bottom layer and the facing base layer;
the adjacent heat exchange decoration base layer modules are connected through the connector pipes in an inserted manner, the adjacent pipeline base layer modules are connected through the connector pipes in an inserted manner, and the outlet nicks of the pipeline base layer modules are connected with the interface nicks of the heat exchange decoration base layer modules through the connector pipes in an inserted manner;
the inlet nicks of the pipeline base layer module are respectively connected with the pipelines of the cooler through joint pipes.
Further, the attached bottom layer is made of any one of heat conduction materials or heat insulation materials.
Furthermore, the attached bottom layer is made of any one of heat-conducting transparent materials or heat-insulating transparent materials.
Furthermore, the veneer base layer is made of a heat-conducting transparent material.
Furthermore, a light emitting diode connected in series by a lead is attached to one surface of the attached bottom layer, which is far away from the veneer base layer.
Furthermore, the veneer base layer and the attached bottom layer are of a plane plate layer structure, or an arc plate layer structure, or a combined structure of a plane plate layer or an arc plate layer with an included angle.
Further, the light emitting diode is also connected with a switch and a power supply in series.
Further, the attachment base is attached to the surface of a door, window, wall, ceiling, floor, table, chair by adhesive bonding, or by fasteners.
Furthermore, when the attached bottom layers of the heat exchange decorative base layer module or the pipeline base layer module are respectively bonded on the two plates which are hinged with each other, the joint pipes between the heat exchange decorative base layer module or the pipeline base layer module on the two plates are connected through the hose.
The utility model has the advantages that: a plurality of artistic essence and artists are formed by carving and coil pipe manufacturing in the traditional Chinese art, and the circulating water channel formed by the works in a way of hooking becomes perfect artistic essence. Meanwhile, the water medium heat exchange technology, the carving artwork and the lighting decoration art are integrated, so that the ornamental effect of the product is improved, and a new art display form is formed. This perfect combination of science and art will develop more artistic products.
The heat exchange decoration base layer module and the pipeline base layer module of the utility model can be freely combined and connected, the connection structure is simple, the combined and assembled modules are pasted on the surfaces of doors, windows, walls, ceilings, floors and tables, and the modules are connected through the joint pipes or the hoses, so that the heat exchange decoration base layer module and the pipeline base layer module can be connected through the hoses and can be suitable for various planes or even curved surfaces with included angles indoors, even doors with hinge structures and cabinet plates; the assembly mode can be used as a refrigerating or heat-insulating assembly for local refrigeration or local heating with a door, a window, a wall, a ceiling, a floor and a table as a whole, and is particularly suitable for being applied to a kitchen; the utility model discloses basic unit module, pipeline basic unit module are decorated in the heat transfer, workable and montage draw forth the passageway that supplies the heat transfer medium circulation in the veneer basic unit, depend on the bottom and do not corrode, and just in time tight joint when two layers are laminated like this need not to aim at respective grooving each other, have good sealed effect after paining the binder. The veneer base layer with the engraved patterns has larger heat exchange area and is more suitable for being used as a heat exchange panel.
Drawings
Fig. 1 is a schematic top view of a heat exchanger in embodiment 1 of the present invention;
fig. 2 is a schematic top view of a heat exchanger according to embodiment 2 of the present invention;
fig. 3 is a schematic side view of a heat exchanger according to another embodiment of the present invention.
Detailed Description
Example 1
A combined heat exchanger based on heat exchange decoration substrate module, as shown in figure 1, comprises a cooler 200, a heat exchange decoration substrate module 100, pipeline substrate modules 301 and 302, an outdoor unit 21, a condenser 22, a circulating pump 24, a cooling water tower 23 connected by pipes to form the cooler 200;
the pipeline base layer modules 301 and 302 and the heat exchange decoration base layer module 100 respectively comprise a facing base layer 1, an attached bottom layer 2 and a connector pipe 3, wherein the facing base layer is made of heat conducting materials, notches 4 are hooked on the surface of the facing base layer, adjacent notches are communicated end to end and integrally connected into at least one notch pattern 5;
the side end face of the heat exchange decorative base layer module is communicated with the engraved groove pattern through an interface nick 60, and the engraved groove pattern in the figure 1 is provided with 6 interface nicks; the side end face of the pipeline base layer module is communicated with the groove pattern through an inlet nick 6.1 and at least one outlet nick 6.2, as shown in fig. 1, the pipeline base layer modules 301 and 302 are respectively provided with an inlet nick 6.1 and two outlet nicks 6.2;
the attachment bottom layer 2 is provided with a plane parallel to the surface of the decorative surface base layer 1 before hook carving, the attachment bottom layer covers the surface of the decorative surface base layer, and any side surface of the attachment bottom layer is aligned with any side surface of the decorative surface base layer;
the joint pipe 3 is embedded in the interface nick 60, the inlet nick 6.1 and the outlet nick 6.2, one side surface of the pipeline base layer module and one side surface of the heat exchange decoration base layer module are coated with a binding material 8, and the binding material covers the contact boundary between the attached bottom layer and the facing base layer and the peripheral surface of the joint pipe 3;
the adjacent heat exchange decorative base layer modules 100 are connected through the connector pipes 3 in an inserted mode, the outlet notches 6.2 of the pipeline base layer modules and the interface notches 60 of the heat exchange decorative base layer modules are connected through the connector pipes 3 in an inserted mode, and the inlet notches 6.1 of the pipeline base layer modules 301 and 302 are respectively connected with the pipelines 211 and 212 of the cooler 200. When a heat exchanger with larger area is assembled, the inlet nicks or the outlet nicks between a plurality of adjacent pipeline base layer modules are connected in an inserting way through the joint pipes.
The veneer basic unit with depend on the bottom and be the flat plate layer structure, when depending on the bottom and adopt the bad conductor organic glass of heat transfer, the bottom AND gate, window, wall, ceiling, floor, kitchen table surface of depending on of this embodiment module bond through binder (like epoxy), or through the screw connection back, depend on the bottom and play thermal-insulated effect, the veneer basic unit plays heat transfer effect and decorative effect.
Veneer basic unit with depend on the bottom and be plane plate layer structure, when depending on the bottom and adopt the good conductor quartz glass of heat transfer, the bottom AND gate, bed, wall, ceiling, floor, table chair surface of depending on of this embodiment module bond through binder (like epoxy), or through the screw connection back, depend on the bottom and play the heat transfer effect, the veneer basic unit plays heat transfer effect and decorative effect.
When the heat exchange device works, in the process that a refrigerant in the heat exchange decoration base layer module flows into the compressor through the pipeline base layer module and then flows to the condenser of the outdoor unit along the pipeline, the refrigerant passes through the water-cooled condenser for primary water cooling and then flows to the condenser for secondary air cooling; and the water-cooled condenser and the cooling tower are subjected to water circulation cooling in a pipeline through a circulating water pump. The refrigerated coolant flows back to the heat exchange decorative base layer module through the pipeline base layer module to absorb the heat of the decorative surface base layer or the decorative surface base layer and the attached bottom layer.
Example 2
As shown in fig. 2, if the heat exchange decorative base layer module and the pipeline base layer module in embodiment 1 are respectively adhered to the door panel and the cabinet panel hinged to each other, the connector nick of the heat exchange decorative base layer module and the outlet nick of the pipeline base layer module are respectively inserted with the joint pipes coated with the glass cement, and the joint pipes are connected with each other through the hose 63.
The outdoor unit, the condenser, the circulating pump and the cooling water tower are connected through pipelines to form a cooler, and the nicks at the inlet of the pipeline basic module are respectively connected with the pipelines of the cooler.
As with fig. 3, it should be noted that the practice of the present invention is not limited to the above embodiments. The surface of the bottom layer away from the surface base layer of the above embodiments can be further attached with a light emitting diode 7 which is connected in series through a wire, and the light emitting diode is also connected in series with a switch 9 and a power supply 10. In addition, the interface score, the inlet score and the outlet score can extend from the side end face of the decorative base layer to the score pattern, or extend from the side of the decorative base layer, which is far away from the score pattern, to the score pattern, or extend from any side attached to the bottom layer to the score pattern. After the bent joint pipes are configured, the heat exchange decorative base layer module and the pipeline base layer module can be assembled into a box body.
Claims (9)
1. A combined heat exchanger based on a heat exchange decoration base layer module is characterized by comprising a cooler, the heat exchange decoration base layer module and a pipeline base layer module,
the outdoor unit, the condenser, the circulating pump and the cooling water tower are connected through pipelines to form a cooler;
the pipeline base layer module and the heat exchange decoration base layer module respectively comprise a facing base layer, an attached bottom layer and a joint pipe, wherein the facing base layer is made of heat conducting materials, notches are hooked on the surface of the facing base layer, adjacent notches are communicated end to end and are integrally connected into at least one notch pattern;
any one surface of the heat exchange decorative base layer module is communicated with the notch pattern through an interface notch; any one surface of the pipeline base layer module is communicated with the groove pattern through an inlet nick and at least one outlet nick;
the attachment bottom layer is provided with a plane parallel to the surface of the decorative surface base layer before the hook-cut groove, the attachment bottom layer covers the surface of the decorative surface base layer, and any side surface of the attachment bottom layer is aligned with any side surface of the decorative surface base layer;
the joint pipe is in plug-in connection with the interface nick, the inlet nick and the outlet nick, and one side surface of the pipeline base layer module and one side surface of the heat exchange decoration base layer module are coated with a binding material which covers the contact boundary between the attached bottom layer and the facing base layer;
the adjacent heat exchange decoration base layer modules are connected through the connector pipes in an inserted manner, the adjacent pipeline base layer modules are connected through the connector pipes in an inserted manner, and the outlet nicks of the pipeline base layer modules are connected with the interface nicks of the heat exchange decoration base layer modules through the connector pipes in an inserted manner;
the inlet nicks of the pipeline base layer module are respectively connected with the pipelines of the cooler through joint pipes.
2. The combined heat exchanger of claim 1, wherein: the attached bottom layer is made of any one of heat conduction materials or heat insulation materials.
3. The combined heat exchanger of claim 1, wherein: the attached bottom layer is made of any one of heat-conducting transparent materials or heat-insulating transparent materials.
4. The combined heat exchanger of claim 1, wherein: the decorative surface base layer is made of heat-conducting transparent materials.
5. The combined heat exchanger of claim 1, wherein: and the surface of the attached bottom layer, which is far away from the veneer base layer, is attached with light emitting diodes which are connected in series through wires.
6. The combined heat exchanger of claim 1, wherein: the veneer base layer and the attached bottom layer are of a plane plate layer structure, or an arc plate layer structure, or a combined structure of a plane plate layer or an arc plate layer with an included angle.
7. The combined heat exchanger of claim 5, wherein: the light emitting diode is also connected with the switch and the power supply in series.
8. The combined heat exchanger of claim 1, wherein: the heat exchange decoration base layer module or the pipeline base layer module is adhered to the surfaces of the bottom layer and the door, the window, the wall, the ceiling, the floor, the table and the chair through bonding materials or connected through fasteners.
9. The combined heat exchanger of claim 8, wherein: when the attached bottom layers of the heat exchange decorative base layer module or the pipeline base layer module are respectively bonded on two plates which are hinged with each other, the joint pipes between the heat exchange decorative base layer module or the pipeline base layer module on the two plates are connected through a hose.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920856234.4U CN210220007U (en) | 2019-06-06 | 2019-06-06 | Combined heat exchanger based on heat exchange decoration base layer module |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920856234.4U CN210220007U (en) | 2019-06-06 | 2019-06-06 | Combined heat exchanger based on heat exchange decoration base layer module |
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| Publication Number | Publication Date |
|---|---|
| CN210220007U true CN210220007U (en) | 2020-03-31 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201920856234.4U Active CN210220007U (en) | 2019-06-06 | 2019-06-06 | Combined heat exchanger based on heat exchange decoration base layer module |
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|---|---|
| CN (1) | CN210220007U (en) |
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2019
- 2019-06-06 CN CN201920856234.4U patent/CN210220007U/en active Active
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