CN207012411U - Carbon crystal far infrared instrument for physiotherapy with cooling - Google Patents
Carbon crystal far infrared instrument for physiotherapy with cooling Download PDFInfo
- Publication number
- CN207012411U CN207012411U CN201621317979.6U CN201621317979U CN207012411U CN 207012411 U CN207012411 U CN 207012411U CN 201621317979 U CN201621317979 U CN 201621317979U CN 207012411 U CN207012411 U CN 207012411U
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- China
- Prior art keywords
- carbon crystal
- layer
- far infrared
- physiotherapy
- cooling
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Abstract
A kind of carbon crystal far infrared instrument for physiotherapy of band cooling, including main and auxiliaries, main and auxiliaries are connected by connecting line with circulating water pipe；Main frame is provided with cooling medium circulation line, and circulation line is provided with circulating pump（4）, part circulation line is arranged on semiconductor cooling device（3）Colling end, the both ends of circulation line circulate micro-pipe by the cooling of circulating water pipe and subsidiary engine and connect to form circulation loop；Subsidiary engine includes carbon crystal far infrared model（7）, cooling water circulation micro-pipe（8）, insulating polymeric material or emulsion layer（9）, carbon crystal far infrared model（7）Reflecting layer（72）It is arranged on carbon crystal layer（71）Below, cooling water circulation micro-pipe（8）It is arranged on carbon crystal layer（71）Above, insulating polymeric material or emulsion layer（9）It is arranged on cooling water circulation micro-pipe（8）Above.The utility model can be heated or be reduced the temperature of human body surface by the microcirculation of water, to reach the purpose of long-time physiotherapy.
Description
Technical field
Carbon crystal far infrared instrument for physiotherapy is the utility model is related to, is more particularly to provided with the carbon crystal far infrared instrument for physiotherapy of cooling.
Background technology
Existing far infrared instrument for physiotherapy, typically based on area illumination, far infrared therapeutic apparatus, all woods frequency spectrums such as Philip
Instrument etc., but due to irradiation time it is long after, Surface skin temperature rise, and have to stop irradiation, make decreased effectiveness.
The content of the invention
The purpose of this utility model is to provide a kind of carbon crystal far infrared instrument for physiotherapy of the band cooling with refrigerating function.
The utility model is that a technical scheme is used by reaching above-mentioned purpose：A kind of carbon crystal far infrared of band cooling
Physiotherapy equipment, including main and auxiliaries, main and auxiliaries are connected by connecting line with circulating water pipe；
Main frame includes shell, power supply, controller, semiconductor cooling device, circulating pump, radiator and radiator fan, carbon crystal
Far infrared power supply unit, power supply is controller, semiconductor cooling device, circulating pump, radiator and radiator fan, carbon crystal is far red
External power supply provides electric energy, radiator and the connection of the radiating part of radiator fan and semiconductor cooling device；Semiconductor refrigerating
The control of the control terminal of device, the control terminal of circulating pump, the control terminal, carbon crystal far infrared power supply unit of radiator and radiator fan
End processed is connected to controller by signal wire respectively；Provided with cooling medium circulation line, circulation line is provided with circulating pump, part
Circulation line is arranged on the colling end of semiconductor cooling device, the both ends of circulation line and the cooling circulation micro-pipe connection of subsidiary engine；
It is remote that subsidiary engine includes carbon crystal far infrared model, cooling water circulation micro-pipe, insulating polymeric material layer or emulsion layer, carbon crystal
Infrared model includes carbon crystal layer, reflecting layer, and reflecting layer is arranged on below carbon crystal layer；Cooling water circulation micro-pipe is arranged on carbon crystal layer
Above, insulating polymeric material layer or emulsion layer are arranged on above cooling water circulation micro-pipe.
Further, cooling water circulation micro-pipe is set between the adjacent carbon crystal of carbon crystal layer.
Further, carbon crystal layer is divided at least two individual cell domain, and each zonule is controlled by controller
Carbon crystal far infrared power supply unit is individually powered.
Further, carbon crystal layer is arranged on FPC.
Further, carbon crystal far infrared power supply unit is low-voltage insulating power supply.
Further, insulating polymeric material layer is some small to be set on transparent material layer or insulating polymeric material layer
Hole, subsidiary engine set LED illumination device, and LED illumination device is arranged on below insulating polymeric material layer or emulsion layer.
Further, insulating polymeric material layer is macromolecule layer of silica gel or insulation cloth.
Alternatively, macromolecule layer of silica gel is that macromolecule silica gel mixes layer of silica gel or macromolecule silica gel and nanometer with titanium dioxide
Silica, far infrared powder mixing layer of silica gel or macromolecule silica gel mixs layer of silica gel with Heat Conduction Material, emulsion layer for latex and
Titanium dioxide mixed latex layer or latex mix with nano silicon, far infrared powder mixed latex layer or latex and Heat Conduction Material
Close emulsion layer.
Further, some temperature-monitoring elements are provided with subsidiary engine, temperature-monitoring element is by connecting line by temperature data
It is sent to controller.
Further, the profile of the subsidiary engine is mattress profile or headrest profile or backrest profile or waistband profile.
Further, bluetooth module or/and WIFI module, bluetooth module or/and WIFI module is set to be electrically connected to control
Device.
The utility model can be heated or be reduced the temperature of human body surface by the microcirculation of water, to reach long-time physiotherapy
Purpose.
Brief description of the drawings
Fig. 1 is the block diagram of the utility model preferred embodiment；
Fig. 2 is the carbon crystal water circulation of the utility model preferred embodiment and the sandwich lamination schematic diagram of insulating barrier.
Embodiment
Below in conjunction with drawings and Examples, the utility model is described in further detail：
As depicted in figs. 1 and 2, a kind of carbon crystal far infrared instrument for physiotherapy of band cooling, including main and auxiliaries, main and auxiliaries
Connected by connecting line with circulating water pipe；Main frame include shell, power supply 1, controller 2, semiconductor cooling device 3, circulating pump 4,
Radiator and radiator fan 5, carbon crystal far infrared power supply unit 6, power supply 1 are controller 2, semiconductor cooling device 3, circulating pump
4th, radiator and radiator fan 5, carbon crystal far infrared power supply unit 6 provide electric energy, radiator and radiator fan 5 and semiconductor system
The radiating part connection of device for cooling 3；The control terminal of semiconductor cooling device 3, the control terminal of circulating pump 4, radiator and radiator fan 5
Control terminal, the control terminal of carbon crystal far infrared power supply unit 6 controller 2 is connected to by signal wire respectively；It is situated between provided with cooling
Matter circulation line, circulation line are provided with circulating pump 4, and part circulation line is arranged on the colling end of semiconductor cooling device 3, followed
The both ends on endless tube road and the cooling circulation micro-pipe connection of subsidiary engine.In the present embodiment, circulating pump 4 is water pump.
Subsidiary engine includes carbon crystal far infrared model 7, cooling water circulation micro-pipe 8, insulating polymeric material or emulsion layer 9, carbon crystal
Far infrared model 7 includes carbon crystal layer 71, reflecting layer 72, and reflecting layer 72 is arranged on below carbon crystal layer 71；Cooling water circulation micro-pipe
8 are arranged on above carbon crystal layer 71, and insulating polymeric material or emulsion layer 9 are arranged on above cooling water circulation micro-pipe 8.In carbon crystal layer
Cooling water circulation micro-pipe 8 is set between 71 adjacent carbon crystal, improves cooling effect.
Carbon crystal can be heated individually with water, can also be heated by carbon crystal, be cooled down by water.
Carbon crystal layer 71 is divided at least two individual cell domain, and each zonule controls carbon crystal remote by controller 2
Infrared power supply unit 6 is individually powered.Whole carbon crystal region is divided into several independent zonules, is controlled individually by controller 2
System power supply.Cooling water circulation micro-pipe 8 is set between the domain of individual cell.Carbon crystal can be heated with subregion.Can be real on physiotherapy equipment
Existing multiple single zonule carbon crystal heating controls, and carbon crystal can heat alone with recirculated water.
Carbon crystal layer 71 is arranged on FPC, the change of shape can be carried out according to the profile of subsidiary engine, to adapt to not
Same profile.
Carbon crystal far infrared power supply unit 6 is low-voltage insulating power supply.Carbon crystal uses low-voltage DC supply, and power supply is adopted
Use insulating power supply.Upper safer using, electric current, voltage damage to user when preventing electric leakage.
The insulating polymeric material layer or emulsion layer 9 are transparent material layer, such as can use the glass of light-permeable, auxiliary
Machine sets LED illumination device, and LED illumination device is arranged on below insulating polymeric material or emulsion layer 9.With skin and controlling
When treatment region contact surface is transparent glass etc., LED illumination device can be increased.If insulating polymeric material layer is non-transparent
Material, some apertures are set on polymeric dielectric layer, allow the light of LED illumination device to irradiate human body by aperture.
Some temperature-monitoring elements are provided with subsidiary engine, temperature data is sent to control by temperature-monitoring element by connecting line
Device 2.There can be multiple temperature monitoring points in subsidiary engine, and temperature is monitored by main frame.The utility model has multiple temperature to examine
Measuring point, position of each position with human contact can be controlled.
Main frame can access a variety of subsidiary engines, subsidiary engine for can with the therapeutic equipment of human contact, including bite-block, backrest, waistband,
Pillow and wearable equipment etc..The profile of subsidiary engine is mattress profile or headrest profile or backrest profile or waistband profile.Such as
Subsidiary engine is designed to the shapes such as mattress or headrest, and to increase comfortableness, one layer pressed close to human body can use macromolecule layer of silica gel
Or using emulsion layer.Macromolecule layer of silica gel is that macromolecule silica gel mixes layer of silica gel or macromolecule silica gel and nanometer two with titanium dioxide
Silica, far infrared powder mixing layer of silica gel or macromolecule silica gel mix layer of silica gel with Heat Conduction Material, and emulsion layer is latex and two
Titanium oxide mixed latex layer or latex mix with nano silicon, far infrared powder mixed latex layer or latex with Heat Conduction Material
Emulsion layer can increase in no power, also can be emitting far-infrared.Heat Conduction Material mixes layer of silica gel or Heat Conduction Material mixing breast
Glue-line can accelerate conduction process.
Bluetooth module or/and WIFI module, bluetooth module or/and WIFI module is set to be electrically connected to controller 2.Main frame
Controlled in wireless can be carried out by WIFI or bluetooth etc..
The utility model cools during carbon crystal heats, by water circulation micro-pipe to the surface for treating human body,
To reach the purpose of long-time physiotherapy.The utility model is individually heated using carbon crystal, water, can use carbon crystal heating, by water come
Circulating cooling, can also carbon crystal do not heat, by water come circulating cooling, so as to add treatment physiotherapy content and tolerance time.
Claims (11)
- A kind of 1. carbon crystal far infrared instrument for physiotherapy of band cooling, it is characterised in that：Including main and auxiliaries, main and auxiliaries pass through company Wiring connects with circulating water pipe；Main frame includes shell, power supply (1), controller (2), semiconductor cooling device (3), circulating pump (4), radiator and radiation air Fan (5), carbon crystal far infrared power supply unit (6), power supply (1) be controller (2), semiconductor cooling device (3), circulating pump (4), Radiator and radiator fan (5), carbon crystal far infrared power supply unit (6) provide electric energy, and radiator and radiator fan (5) are with partly leading The radiating part connection of system device for cooling (3)；The control terminal of semiconductor cooling device (3), the control terminal of circulating pump (4), radiator And control terminal, the control terminal of carbon crystal far infrared power supply unit (6) of radiator fan (5) are connected to control by signal wire respectively Device (2)；Provided with cooling medium circulation line, circulation line is provided with circulating pump (4), and part circulation line is arranged on semiconductor system The colling end of device for cooling (3), the both ends of circulation line and the cooling circulation micro-pipe connection of subsidiary engine；Subsidiary engine includes carbon crystal far infrared model (7), cooling water circulation micro-pipe (8), insulating polymeric material or emulsion layer (9), carbon Brilliant far infrared model (7) includes carbon crystal layer (71), reflecting layer (72), and reflecting layer (72) are arranged on below carbon crystal layer (71)；It is cold But water circulation micro-pipe (8) is arranged on carbon crystal layer (71) above, and insulating polymeric material or emulsion layer (9) are arranged on cooling water circulation Micro-pipe (8) is above.
- 2. the carbon crystal far infrared instrument for physiotherapy of band cooling according to claim 1, it is characterised in that：Phase in carbon crystal layer (71) Cooling water circulation micro-pipe (8) is set between adjacent carbon crystal.
- 3. the carbon crystal far infrared instrument for physiotherapy of band cooling according to claim 1, it is characterised in that：Carbon crystal layer (71) be divided into Few more than two individual cell domains, each zonule control carbon crystal far infrared power supply unit (6) independent by controller (2) Power supply.
- 4. the carbon crystal far infrared instrument for physiotherapy of band cooling according to claim 1, it is characterised in that：Carbon crystal layer (71) is arranged on On FPC.
- 5. the carbon crystal far infrared instrument for physiotherapy of band cooling according to claim 1, it is characterised in that：Carbon crystal far infrared power supply supplies It is low-voltage insulating power supply to answer device (6).
- 6. the carbon crystal far infrared instrument for physiotherapy of band cooling according to claim 1, it is characterised in that：Insulating polymeric material layer Or emulsion layer (9) is that some apertures are set on transparent material layer or insulating polymeric material layer, subsidiary engine sets LED illumination device, LED illumination device is arranged on below insulating polymeric material layer or emulsion layer (9).
- 7. the carbon crystal far infrared instrument for physiotherapy of band cooling according to claim 1, it is characterised in that：Insulating polymeric material layer For macromolecule layer of silica gel or insulation cloth.
- 8. the carbon crystal far infrared instrument for physiotherapy of the band cooling according to claim 1 or 6, it is characterised in that：Macromolecule layer of silica gel Layer of silica gel or macromolecule silica gel and nano silicon, far infrared powder mixing silica gel are mixed with titanium dioxide for macromolecule silica gel Layer or macromolecule silica gel mix layer of silica gel with Heat Conduction Material, and emulsion layer is for latex with titanium dioxide mixed latex layer or latex with receiving Rice silica, far infrared powder mixed latex layer or latex and Heat Conduction Material mixed latex layer.
- 9. the carbon crystal far infrared instrument for physiotherapy of band cooling according to claim 1, it is characterised in that：Some temperature are provided with subsidiary engine Monitoring element is spent, temperature data is sent to controller (2) by temperature-monitoring element by connecting line.
- 10. the carbon crystal far infrared instrument for physiotherapy of band cooling according to claim 1, it is characterised in that：The profile of the subsidiary engine For mattress profile or headrest profile or backrest profile or waistband profile.
- 11. the carbon crystal far infrared instrument for physiotherapy of band cooling according to claim 1, it is characterised in that：Set bluetooth module or/ And WIFI module, bluetooth module or/and WIFI module are electrically connected to controller (2).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621317979.6U CN207012411U (en) | 2016-12-04 | 2016-12-04 | Carbon crystal far infrared instrument for physiotherapy with cooling |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621317979.6U CN207012411U (en) | 2016-12-04 | 2016-12-04 | Carbon crystal far infrared instrument for physiotherapy with cooling |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207012411U true CN207012411U (en) | 2018-02-16 |
Family
ID=61459704
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621317979.6U Expired - Fee Related CN207012411U (en) | 2016-12-04 | 2016-12-04 | Carbon crystal far infrared instrument for physiotherapy with cooling |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207012411U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113018690A (en) * | 2021-02-24 | 2021-06-25 | 冯乐 | Spectral system for accurately controlling skin coating material burn |
-
2016
- 2016-12-04 CN CN201621317979.6U patent/CN207012411U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113018690A (en) * | 2021-02-24 | 2021-06-25 | 冯乐 | Spectral system for accurately controlling skin coating material burn |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180216 Termination date: 20181204 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |