CN103799576A - Intelligent electrical heating clothes with self-feedback regulation function - Google Patents
Intelligent electrical heating clothes with self-feedback regulation function Download PDFInfo
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- CN103799576A CN103799576A CN201410022389.XA CN201410022389A CN103799576A CN 103799576 A CN103799576 A CN 103799576A CN 201410022389 A CN201410022389 A CN 201410022389A CN 103799576 A CN103799576 A CN 103799576A
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Abstract
The invention discloses intelligent electrical heating clothes with a self-feedback regulation function. A clothes base body is provided with a temperature control system, a power supply system and an electrical heating system, wherein the electrical heating system is arranged at a position corresponding to a human body portion needing to be heated, the power supply system is connected with the electrical heating system through the temperature control system, and the temperature control system detects temperature information of the heated portion and controls the working state of the electrical heating system according to the temperature information. According to the clothes, the temperature control system detects the temperature of the heated portion and controls the heating power of the electrical heating system according to the temperature information, so that the intelligent self-feedback temperature regulation function of the electrical heating clothes is achieved, and accordingly the requirement of people for the warmth retention property of the clothes is met.
Description
Technical field
The present invention relates to electric heating clothes field, be specifically related to a kind of self feed back and regulate Intelligent electric heated clothing.
Background technology
In our daily life, common insulation garment is generally down jackets or cotton clothes, but what down jackets or cotton clothes were all given people's maximum feels to be exactly thick and heavy, and handicapped after dress, and simultaneously thick and heavy down jackets or cotton clothes itself are also not easy to storage and transportation.In addition, the most important thing is, the insulation garment of these down jackets or cotton clothes class is all the warming mode that the thermal resistance by increasing clothes realizes warming passive type, these class clothes are mainly that the heat loss by reducing human body is realized warming, so reach good warming effect, just need to fill more filler, after clothes moulding, its warmth retention property is constant, warming temperature performance is non-adjustable, and such clothes are thick and heavy, inconvenient, for outdoor enthusiast, a kind of burden especially.Along with the pursuit of people to outdoor exercises and fashion, clothes frivolous and warming class are more and more subject to consumer's favor, traditional warming mode is not only difficult to reach the requirement that people follow the fashion again, therefore both frivolous and warming clothes become a kind of development trend of apparel industry, urgently remove to open up the clothes of frivolous warming class.
Electric heating clothes caters to above-mentioned trend and arises at the historic moment, number of patent application is to have disclosed a kind of electric heating clothes in 201120319077.7 patent document, at clothes each several part, heating wire is set, be connected with human-body safety power supply with terminal by wire, utilize electric-heating technology to be heated up in the each position of clothes and reach desirable heat insulation effect.But this electrical heating dress can not be realized the Based Intelligent Control of temperature, still may exist because the excessively high problem that causes security risks of heating-up temperature.
In addition, number of patent application is to have disclosed a kind of electric heating clothes of temperature controllable in 200620120057.6 patent document, the heating-up temperature of this electric heating clothes of temperature controllable can regulate by adjusting battery power output, but this electrical heating dress is just by simple adjustment electric power output voltage regulating and controlling temperature, can not realize the Based Intelligent Control of temperature, under low pressure still can persistent fever, may there is security risks.
Summary of the invention
The invention provides a kind of self feed back and regulate Intelligent electric heated clothing, can not realize temperature controlled problem to solve existing electric heating clothes.
The invention provides a kind of self feed back and regulate Intelligent electric heated clothing, comprise the temperature control system, power-supply system and the electric heat-generating system that are arranged on clothes matrix, described electric heat-generating system is arranged at the position that need heating corresponding with human body, described power-supply system connects described electric heat-generating system by temperature control system, described temperature control system detects the temperature information of heating location, and according to the working condition of described temperature information control electricity heat-generating system.
Preferably, described temperature control system comprises microcontroller, temperature detect switch (TDS) and Temperature Detector.Described power-supply system connects described electric heat-generating system specifically by temperature control system, described temperature detect switch (TDS) connects described power-supply system and electric heat-generating system, and control the working condition of electric heat-generating system, described Temperature Detector connects described electric heat-generating system, and gather the temperature information of electric heat-generating system relevant position, described microcontroller is connected between Temperature Detector and temperature detect switch (TDS), receive Temperature Detector temperature information and according to temperature detect switch (TDS) work described in this information control.
Preferably, described microcontroller is singlechip controller.
Preferably, described Temperature Detector is temperature sensor, and described temperature detect switch (TDS) is thermal protector.
Alternatively, also comprise driving switch, described driving switch connects described power-supply system, controls the power output of this power-supply system.
Preferably, described driving switch is classification driving switch.
Alternatively, described driving switch and described micro-controller system are sealed, and its skin arranges fish tail and waterproof layer.
Alternatively, also comprise display unit, the temperature information of the heating location that this display unit demonstration temperature control system detects.
Preferably, described display unit is liquid crystal display, and it adopts dismountable connection converter to connect described temperature control system.
Preferably, described power-supply system is dismountable solar power system, and described solar power system comprises flexible amorphous silicon solar film battery and/or polymer storage battery.
Alternatively, described power-supply system is flexible amorphous silicon solar film battery, and it adopts one or more modes in four-part button, button or magic tape to be connected on described clothes matrix.
Alternatively, described flexible amorphous silicon solar film battery has foldable structure, and folding storage is in collar.
Alternatively, described flexible amorphous silicon solar film battery thickness range is to be more than or equal to 0.05mm, and is less than or equal to 0.1mm.
Preferably, described power-supply system is polymer storage battery, and it adopts pulsed output, and is furnished with the crossover sub that at least one discharges and recharges for hand-held terminal device.
Alternatively, described power-supply system is dry cell, and it is detachable.
Alternatively, described electric heat-generating system comprises a slice heating plate; Or described electric heat-generating system is at least two heating plates in parallel.
Alternatively, described heating plate adopts the material of high-performance compound carbon fiber bundle.
Alternatively, the corresponding position that needs heating of described human body is the position of back, waist both sides and/or belly both sides.
Alternatively, described clothes matrix is the clothes at least with the thin layer fabric of one deck structure.
Preferably, described clothes matrix is charge garment, cotton clothes or down jackets.
Compared with prior art, the present invention has the following advantages: the invention provides a kind of self feed back and regulate Intelligent electric heated clothing, comprise the temperature control system, power-supply system and the electric heat-generating system that are arranged on clothes matrix, described electric heat-generating system is arranged at the position that need heating corresponding with human body, described power-supply system connects described electric heat-generating system by temperature control system, described temperature control system detects the temperature information of heating location, and according to the working condition of described temperature information control electricity heat-generating system.Above-mentioned self feed back regulates Intelligent electric heated clothing to detect the temperature of heating location by temperature control system, and according to the heating power of this temperature information control electricity heat-generating system, the self feed back intelligence that realizes electric heating clothes regulates the function of temperature, thereby meets the requirement of people to clothing heat insulation energy.
Accompanying drawing explanation
Fig. 1 is the structured flowchart that self feed back of the present invention regulates Intelligent electric heated clothing;
Fig. 2 is the concrete structure block diagram that self feed back of the present invention regulates Intelligent electric heated clothing;
Fig. 3 is the heating curve figure that self feed back of the present invention regulates Intelligent electric heated clothing.
Wherein, 1, clothes matrix, 2, power-supply system, 3, temperature control system, 4, electric heating system, 5, liquid crystal display, 6, driving switch, 301, temperature detect switch (TDS), 302, microcontroller, 303, Temperature Detector.
The specific embodiment
The invention provides a kind of self feed back and regulate Intelligent electric heated clothing, Based Intelligent Control and self feed back that this self feed back regulates Intelligent electric heated clothing can realize the heating-up temperature of electric heating clothes regulate.
Fig. 1 is the structured flowchart that self feed back of the present invention regulates Intelligent electric heated clothing, and Fig. 2 is the concrete structure block diagram that self feed back of the present invention regulates Intelligent electric heated clothing.
As shown in Figure 1, self feed back regulates Intelligent electric heated clothing to comprise the temperature control system 3, power-supply system 2 and the electric heat-generating system 4 that are arranged on clothes matrix 1.Wherein, this power-supply system 2 can provide electric energy for electric heat-generating system 4, and described temperature control system 3 is connected between described power-supply system 2 and electric heat-generating system 4, can control the working condition of electric heat-generating system 4, and then controls its heating power.Meanwhile, this temperature control system 3 can also gather the heating-up temperature of electric heat-generating system 4 correspondence positions, and this control mode can realize self feed back Based Intelligent Control, makes this self feed back regulate Intelligent electric heated clothing safety, reliable, relieved, meets consumer's requirement.
Below introduce in detail structure, effect and connected mode that above-mentioned self feed back regulates Intelligent electric heater each several part.
Described clothes matrix 1 is clothes basic units, for other structures provide fixing matrix.This clothes matrix 1 is the said garment surface bed of materials of people on ordinary meaning, clothes matrix involved in the present invention does not limit material and the thickness of fabric, this clothes matrix 1 can be the fabric with the thin layer of one deck fabric structure, also can be for having the fabric of two-layer or multilayer.
It should be noted that, in order to make insulation garment there is better temperature control effect, general clothes matrix 1 can adopt charge garment, cotton clothes or down jackets, in order to make down jackets or charge garment have more warming characteristic under particular surroundings, can not strengthen warming characteristic by increasing filler, on this clothes matrix 1, set up temperature control system 3, power-supply system 2 and the electric heat-generating system 4 with intelligent temperature control effect and adopt.
Whether described temperature control system 3 generates heat for Intelligent control electric heat-generating system 4.It comprises temperature detect switch (TDS) 301, microcontroller 302 and Temperature Detector 303.Described temperature detect switch (TDS) 301 connects described power-supply system 2 and electric heat-generating system 4, controls the break-make that power-supply system 2 is connected with electric heat-generating system 4.Described Temperature Detector 303 connects described electric heat-generating system 4, and gathers the temperature information of electric heat-generating system 4 relevant positions.Described microcontroller 302 is connected between Temperature Detector 303 and temperature detect switch (TDS) 301, receive Temperature Detector 303 temperature information and according to the break-make of temperature detect switch (TDS) 301 described in this information control.
Described temperature detect switch (TDS) 301, for controlling the heating-up temperature of electric heating clothes, is a kind of thermal protector.
Specifically, this temperature detect switch (TDS) 301 is used in conjunction with described microcontroller 302, works to control temperature.Send out 301 while sending open command when microcontroller 302 to temperature detect switch (TDS), this temperature detect switch (TDS) 301 is opened, and makes power-supply system 2 provide power supply for described electric heat-generating system 4, and this electricity heat-generating system 4 is generated heat; In the time that microcontroller 302 sends shutdown command to temperature detect switch (TDS) 301, these temperature detect switch (TDS) 301 closures, now described power-supply system 2 can not provide power supply for described electric heat-generating system 4, makes this electricity heat-generating system 4 stop heating.
Described Temperature Detector 303 is for detection of the temperature of the corresponding heating of electric heat-generating system 4 position.Described Temperature Detector 303 can be a kind of temperature sensor.
It should be noted that, when this Temperature Detector 303 is temperature sensor, the input of described temperature sensor connects electric heat-generating system 4, output connects the input of microcontroller 302, this temperature sensor can be sent to microcontroller 302 by the temperature information of the electric heat-generating system 4 detecting, the self feed back that can realize the temperature of electric heating clothes with described microcontroller 302 and temperature detect switch (TDS) 301 regulates.
The temperature information that described microcontroller 302 can gather, according to this temperature information analysis judgement, and the last order that sends break-make according to judged result to temperature detect switch (TDS) 301.Described microcontroller 302 can be singlechip controller, adopts SCM system to realize analysis and the judgement of above-mentioned information.
Specifically, described singlechip controller can be analyzed and judge the temperature information of reception by inner integrated chip and circuit design, and can send to described temperature detect switch (TDS) 301 order of break-make.
Described power-supply system 2 provides electric energy for described electric heat-generating system 4.This power-supply system 2 can be dry cell, it should be noted that, this dry cell can be dismantled, and in the time of washing, can dismantle easily.
In order to save the energy and environmental protection, described power-supply system 2 can adopt dismountable solar power system.Concrete, this solar power system can be flexible amorphous silicon solar film battery, or polymer storage battery, can be also flexible amorphous silicon solar film battery and polymer storage battery combination.
In the time that described power-supply system 2 is flexible amorphous silicon solar film battery, this solar film battery it adopt a kind of mode in four-part button, button or magic tape to be connected on described clothes matrix 1, also can adopt two kinds of combinations or three kinds of combinations in aforesaid way to be connected on described clothes matrix 1.This connected mode is also for can this power-supply system 2 for convenience detach when this electric heating clothes in washing.
It should be noted that, in order to adapt to that described flexible amorphous silicon solar film battery is set on this clothes matrix 1, the thickness of this solar film battery is less, and thin layer is flexible, can change with the variation of the shape of clothes matrix 1, described flexible amorphous silicon solar film battery thickness range is to be more than or equal to 0.05mm, and is less than or equal to 0.1mm.Described flexible amorphous silicon solar film battery has foldable structure, sufficient or do not need heating in the situation that at solar film battery electric weight, can be by this solar film battery folding storage in collar.
In the time that described power-supply system 2 is battery, described battery can be polymer storage battery, this polymer storage battery can adopt pulsed output, and is furnished with the pipe coupling that at least one can discharge and recharge, utilize described pipe coupling can make this polymer storage battery for charging of mobile devices such as mobile phone, computer or navigators, meanwhile, also can utilize the mobile devices such as mobile phone, computer or navigator for this polymer storage battery charging.
It should be noted that, this polymer storage battery can be dismantled, and in the time of washing, can dismantle easily.
Described electric heat-generating system 4 can be needs the heating of the position of heating.Concrete, this electricity heat-generating system 4 can comprise the heating plate that heating wire forms.This heating plate can adopt the material of high performance composite carbon fibre bundle, also can adopt other carbon fiber bundle materials.
It should be noted that, described electric heat-generating system 4 can adopt at least above-mentioned heating plate of a slice.When the temperature requirement of needs heating is not while being very high, this electricity heat-generating system 4 can be a slice high-performance compound carbon fibre heating plate; High when the requirement of needs heating-up temperature, while requiring thermal property better, this electricity heat-generating system 4 can be two high-performance compound carbon fibre heating plates in parallel, or the high-performance compound carbon fibre heating plate of multi-disc parallel connection.
The above-mentioned position that needs heating is generally the position of back, waist both sides or the belly both sides of corresponding human body, the position of this heating can be an above-mentioned position, also can be that heat jointly at above-mentioned multiple positions, this heating location is unrestricted, it can be any one position on corresponding health, and can control the constant of this heating-up temperature by above-mentioned microcontroller 302 and temperature detect switch (TDS) 301, can prevent the too high or too low injury to a human body part causing of temperature.In order to adapt to the demand of varying environment, in cold especially environment, the temperature that this electric heating clothes need to heat can be higher, in the environment of general summer coolness, needing the temperature of heating is not just very high, so the bound of the temperature of a switch control heating need to be set.
Described switch is driving switch 6, and this driving switch 6 connects described power-supply system 2, controls the power output of power-supply system 2, and then control connection power-supply system 2 offers the power of electric heat-generating system 4, finally affects the heating power of this electricity heat-generating system 4.
It should be noted that, described driving switch 6 is adjustable diversity switch, can make this power-supply system 2 have different power outputs according to different ranks.
Particularly, this driving switch 6 can be divided into four basic gears, respectively gear 1, gear 2, gear 3 and gear 4, according to concrete actual conditions and needs, it is 100% that gear 1 can regulate the power output of described power-supply system 2, it is former power output 80% that gear 2 can regulate the power output of described power-supply system 2, it is former power output 60% that gear 3 can regulate the power output of described power-supply system 2, and it is former power output 40% that gear 4 can regulate the power output of described power-supply system 2.
The selection of above-mentioned four gears and the percent value of former power output all can be set according to demand voluntarily, and are not subject to the constraint of above-mentioned number range.Meanwhile, described driving switch 6 can be manual control, also can be for having the automatic control of remote control.
In order more significantly to show the heating-up temperature of described electric heat-generating system 4, can on temperature control system 3, display unit be set.Particularly, this display unit can be liquid crystal display 5, and its concrete connected mode is, connects a liquid crystal display 5 on described microcontroller 302, shows the temperature information that this microcontroller 302 receives; Or on described Temperature Detector 303, directly connect a liquid crystal display 5, the temperature information that Temperature Detector 303 is detected is directly presented on this liquid crystal display 5, adopt described liquid crystal display 5 to make the temperature of this heating location apparent, convenient this electric heating clothes person visual inspection of dressing, to heating-up temperature, can utilize driving switch 6 to control the upper limit or the lower limit of this heating-up temperature according to these liquid crystal display 5 displays temperatures.
It should be noted that, a described liquid crystal display 5 can be all set on described microcontroller 302 and described Temperature Detector 6.And this liquid crystal display 5 adopts dismountable connection converter to connect described microcontroller 302 and described Temperature Detector 303, this connection converter can disassemble described liquid crystal display 5 in the time of this electric heating clothes of washing, convenient washing.
In order to prevent that described microcontroller 302, Temperature Detector 303, temperature detect switch (TDS) 301 and driving switch 6 from soaking, above-mentioned four parts can be sealed, and sealing adopts fish tail and waterproof layer sealing.
Introduce self feed back with an object lesson below and regulate Intelligent electric heated clothing, Fig. 3 is the heating curve figure of this object lesson.
This self feed back regulates the clothes matrix adopting charge garment of Intelligent electric heated clothing, its electric heat-generating system 4 adopts three fever tablet parallel connections, be distributed in respectively back and waist both sides, the heating wire of this heating plate adopts T400HB-24K high-performance compound carbon fiber bundle, the resistance of its heating wire is 5.0 Ω/m, so back fever tablet resistance is about 6.0 Ω, waist fever tablet resistance is about 3.0 Ω.The output voltage of described power-supply system 2 is 5.0 volts, and battery capacity can be 6000mA, and its maximum heating temperature is 50 ℃.Being full of a up time of electricity is respectively that top grade is 5 hours, and middle-grade is 6 hours, and low grade is 9 hours.Its heating curve as shown in Figure 3.
The invention provides a kind of self feed back and regulate Intelligent electric heated clothing, power-supply system 2, temperature detect switch (TDS) 301, electricity heat-generating system 4, microcontroller 302, Temperature Detector 303, liquid crystal display 5 and driving switch 6 are all arranged on clothes matrix 1, power-supply system 2 provides electric energy for electric heat-generating system 4, 4 heatings of electricity heat-generating system elevate the temperature, in the time connecting Temperature Detector 303 on it and detect temperature and be increased to temperature upper limit, this Temperature Detector 303 is delivered to this temperature information the microcontroller 302 connecting on it, described microcontroller 302 judges according to temperature information analysis, judge that the most at last structure is sent to the temperature detect switch (TDS) 301 being connected between described power-supply system 2 and electric heat-generating system 4 by the order of break-make, said process forms a self feed back program, this temperature is regulated intelligent, simultaneously, it is constant that this heating-up temperature can keep, can be because of excess Temperature or too low, these clothes person temperature requirements is dressed in impact.This self feed back regulates Intelligent electric heated clothing can meet the demand of consumer to clothes heat-insulating property and temperature intelligent control.
Although the present invention with preferred embodiment openly as above; but it is not for limiting the present invention; any those skilled in the art without departing from the spirit and scope of the present invention; can make possible variation and modification, therefore protection scope of the present invention should be as the criterion with the scope that the claims in the present invention were defined.
Claims (20)
1. a self feed back regulates Intelligent electric heated clothing, it is characterized in that, comprise the temperature control system, power-supply system and the electric heat-generating system that are arranged on clothes matrix, described electric heat-generating system is arranged at the position that need heating corresponding with human body, described power-supply system connects described electric heat-generating system by temperature control system, described temperature control system detects the temperature information of heating location, and according to the working condition of described temperature information control electricity heat-generating system.
2. self feed back according to claim 1 regulates Intelligent electric heated clothing, it is characterized in that, described temperature control system comprises microcontroller, temperature detect switch (TDS) and Temperature Detector; Described power-supply system connects described electric heat-generating system specifically by temperature control system, and described temperature detect switch (TDS) connects described power-supply system and electric heat-generating system, and controls the working condition of electric heat-generating system; Described Temperature Detector connects described electric heat-generating system, and gathers the temperature information of electric heat-generating system relevant position; Described microcontroller is connected between Temperature Detector and temperature detect switch (TDS), receive Temperature Detector temperature information and according to temperature detect switch (TDS) work described in this information control.
3. self feed back according to claim 2 regulates Intelligent electric heated clothing, it is characterized in that, described microcontroller is singlechip controller.
4. self feed back according to claim 2 regulates Intelligent electric heated clothing, it is characterized in that, described Temperature Detector is temperature sensor; Described temperature detect switch (TDS) is thermal protector.
5. self feed back according to claim 1 regulates Intelligent electric heated clothing, it is characterized in that, comprise driving switch, described driving switch connects described power-supply system, controls the power output of this power-supply system.
6. self feed back according to claim 5 regulates Intelligent electric heated clothing, it is characterized in that, described driving switch is classification driving switch.
7. self feed back according to claim 5 regulates Intelligent electric heated clothing, it is characterized in that, described driving switch and described micro-controller system are sealed, and its skin arranges fish tail and waterproof layer.
8. self feed back according to claim 1 regulates Intelligent electric heated clothing, it is characterized in that, comprises display unit, the temperature information of the heating location that this display unit demonstration temperature control system detects.
9. self feed back according to claim 8 regulates Intelligent electric heated clothing, it is characterized in that, described display unit is liquid crystal display, and it adopts dismountable connection converter to connect described temperature control system.
10. self feed back according to claim 1 regulates Intelligent electric heated clothing, it is characterized in that, described power-supply system is dismountable solar power system, and described solar power system comprises flexible amorphous silicon solar film battery and/or polymer storage battery.
11. self feed backs according to claim 10 regulate Intelligent electric heated clothing, it is characterized in that, described power-supply system is flexible amorphous silicon solar film battery, and it adopts one or more modes in four-part button, button or magic tape to be connected on described clothes matrix.
12. self feed backs according to claim 11 regulate Intelligent electric heated clothing, it is characterized in that, described flexible amorphous silicon solar film battery has foldable structure, and folding storage is in collar.
13. self feed backs according to claim 11 regulate Intelligent electric heated clothing, it is characterized in that, described flexible amorphous silicon solar film battery thickness range is to be more than or equal to 0.05mm, and is less than or equal to 0.1mm.
14. self feed backs according to claim 10 regulate Intelligent electric heated clothing, it is characterized in that, described power-supply system is polymer storage battery, and it adopts pulsed output, and is furnished with the crossover sub that at least one discharges and recharges for hand-held terminal device.
15. self feed backs according to claim 1 regulate Intelligent electric heated clothing, it is characterized in that, described power-supply system is dry cell, and it is detachable.
16. self feed backs according to claim 1 regulate Intelligent electric heated clothing, it is characterized in that, described electric heat-generating system comprises a slice heating plate; Or described electric heat-generating system is at least two heating plates in parallel.
17. self feed backs according to claim 16 regulate Intelligent electric heated clothing, it is characterized in that, described heating plate adopts the material of high-performance compound carbon fiber bundle.
18. self feed backs according to claim 1 regulate Intelligent electric heated clothing, it is characterized in that, the corresponding position that needs heating of described human body is the position of back, waist both sides and/or belly both sides.
19. self feed backs according to claim 1 regulate Intelligent electric heated clothing, it is characterized in that, described clothes matrix is the clothes at least with the thin layer fabric of one deck structure.
20. self feed backs according to claim 1 regulate Intelligent electric heated clothing, it is characterized in that, described clothes matrix is charge garment, cotton clothes or down jackets.
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| CN104305584A (en) * | 2014-11-19 | 2015-01-28 | 缪朝辉 | Carbon fiber heating garment |
| CN105124788A (en) * | 2015-08-05 | 2015-12-09 | 深圳市叶子服装实业有限公司 | Garment |
| CN105376879A (en) * | 2015-12-01 | 2016-03-02 | 闽江学院 | Fabric capable of heating through power supply of flexible solar cells |
| CN105768249A (en) * | 2016-03-30 | 2016-07-20 | 爱谱诗（苏州）服装有限公司 | Multifunctional bellyband with embroidery patterns |
| CN106820323A (en) * | 2017-03-21 | 2017-06-13 | 河南福泉健康科技实业有限公司 | A kind of new type solar energy heating clothes |
| CN107518474A (en) * | 2017-09-23 | 2017-12-29 | 王焱华 | A kind of all-sealed medical anatomical clothes |
| CN107703989A (en) * | 2017-11-23 | 2018-02-16 | 深圳市实佳电子有限公司 | Wireless communication module, system and heating dress ornament with computer heating control function |
| CN108606374A (en) * | 2018-05-01 | 2018-10-02 | 泉州市加达智能科技有限公司 | A kind of heart rate adjusts clothes and its control method |
| CN109219169A (en) * | 2018-10-10 | 2019-01-15 | 黄淑淮 | A kind of heating module and its temperature control method suitable for dress ornament |
| CN110680030A (en) * | 2019-11-12 | 2020-01-14 | 安徽沃伦科技有限公司 | Solar energy power supply heat preservation down coat |
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Application publication date: 20140521 |