CN201185778Y - Multifunctional composite bed mattress controller and heating type composite bed mattress - Google Patents
Multifunctional composite bed mattress controller and heating type composite bed mattress Download PDFInfo
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- CN201185778Y CN201185778Y CNU2008200438942U CN200820043894U CN201185778Y CN 201185778 Y CN201185778 Y CN 201185778Y CN U2008200438942 U CNU2008200438942 U CN U2008200438942U CN 200820043894 U CN200820043894 U CN 200820043894U CN 201185778 Y CN201185778 Y CN 201185778Y
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Abstract
The utility model provides a multifunctional mattress controller and a heating type composite mattress, while the temperature of the mattress can be adjusted regionally to realize hyperthermia physical therapy function. The multifunctional mattress controller comprises a shell, a control panel and a control circuit, wherein the control circuit comprises two constant temperature circuit groups and a timing circuit, including a A-region constant temperature circuit and a A-region timing circuit, a B-region constant temperature circuit and a B-region timing circuit, the A-region and B-region constant temperature circuits are respectively provided with a time-base circuit IC and a temperature adjusting potentiometer, the temperature adjusting potentiometer is connected with the fifth pin of the time-base circuit IC, a 220V alternative current voltage passes a current limiting voltage decrease circuit, a rectifier circuit, a filter circuit and a voltage stabilization circuit, the voltage stabilization circuit is connected with the first pin of the time-base circuit IC, the A-region and B-region constant temperature circuits are respectively provided with a heat sensitive sensor, the A-region and the B-region timing circuits are respectively provided with a single chip with A/D conversion function. The heating type composite mattress comprises a multifunctional mattress controller, a sleeve and a multilayer stuff in the chamber of the sleeve.
Description
Technical field
The utility model belongs to a kind of sleep articles for use and controller thereof, is specifically related to a kind of have multi-functional composite mattress and controllers thereof such as temperature adjustment, accumulation of heat, hydrofuge, taste removal, anti-mite.
Background technology
Sleep is healthy basis, how can just have healthy sleep? except the reason of aspects such as work, life, health, psychology, the healthy bedding that has " health, comfortable, attractive in appearance, durable " is the key point that obtains the high-quality sleep.1st/3rd of life is spent in sleep, and the four big signs whether the measurement people have " healthy sleep " are: sleep is abundant, and the time is sufficient, and quality is good, the efficient height; Easily sleeping; Sleep can not interrupted continuously; Sleep is dark suitable, and the tiredness of waking up disappears etc. entirely.The quality and the mattress of sleep quality are closely bound up, and the consumer can choose suitable, the colory mattress of type from the aspects such as permeability, decompression property, supporting degree, docile property, bed surface tension force, sleep temperature and sleep humidity of mattress when selecting mattress.
People to the general requirement of mattress be that outward appearance is beautiful, surfacing, dry and comfortable, ventilative, thickness is moderate, not yielding, good and cheap, durable, be easy to maintaining etc.And specialty to estimate the standard of mattress be functional, comfortableness, the analysis of safety in utilization equal angles from mattress.Because everyone concrete condition difference, such as body weight, height, fat or thin and personal lifestyle custom, hobby etc., people should take all factors into consideration and selected when choosing mattress according to self concrete condition and local weather and individual income condition.Wherein the most basic requirement is can keep lumbar vertebrae physiology lordosis when lying on the back, and the health curve is normal; When lying on one's side not make lumbar vertebrae bending, lateral bending.Science proves that mattress pad can reduce the spine support, and the comfort level of hard mattress is not enough again, so excessively all unfavorable to healthy sleep as hard as soft mattress.The soft durometer of mattress directly influences the quality of sleep, compares with soft partially sponge bed with hard partially plank mattress, and neither too hard, nor too soft mattress more helps obtaining good sleep.
Influencing the functional factor of mattress comprises: the frictional behavior between stability, stationarity, weight, mat and the cushion cover, thickness, outward appearance, price, durability and retention performance; The factor that influences the mattress comfortableness comprises: factors such as pressure distribution, shearing force/frictional force, humidity, temperature, stability; The factor that influences the mattress safety in utilization comprises: the pressure distribution of mattress, stability, shearing force/frictional force, temperature, temperature, durability, infection sources control, acarid be anti-to kill, keep a public place clean, anti-flammability etc.
In addition, mattress material requirements density, hardness, resilience, damping, seal, breathe freely heat radiation, waterproof.The direct demand of consumption such as the mattress of producing will satisfy the feeling of user, maximum is allowed contact interface, posture, mobile reduced pressure capabilities, skin.
Continuous progress along with material progress and technical matters, the mattress kind that modern people use tends to diversification gradually, mainly contain: sping mattress, palm mattress, latex bed mattress, water bed mattress, pneumatic mattress, magnetic mattress etc., in these mattresses, sping mattress accounts for bigger proportion.
The palm mattress: worked out by monkey grass, general quality is harder, or is with soft in hard slightly.This mattress price is relatively low.Natural palm smell is arranged during use, and durable degree is poor, easy collapse-deformation, and the support poor performance is maintained bad easily damage by worms or mouldy etc.Modern palm fiber mattress: add modern adhesive by mountain palm fibre or coconut palm palm fibre and make.
Latex bed mattress: make by the polyurethanes compound, claim PU foam pad mattress again.Its pliability is higher, and water absorbing force is strong, but elasticity and ventilative not enough so mattress is moist easily, influences comfortableness.
Sping mattress: belong to modern mattress commonly used, that performance is more excellent, its bedding core is made up of spring.Advantages such as this is lined with good springiness, and support is preferable, gas permeability is stronger, durable.But this mattress temperature adjustment, anti-mite property are relatively poor.
Airbed: this mattress superior material, Environmental Safety, have health care, be easy to collection, characteristics such as easy to carry, but be only applicable at home, tourism, be unsuitable for long-term use.
Water bed mattress: utilize law of buoyancy, characteristics such as buoyancy sleep, Active sleep, cool in summer and warm in winter, heat-therapeutic action are arranged.But durable degree is poor, easy collapse-deformation, support poor performance.
In the prior art, the common feature of above-mentioned mattress is that inserts is single, and the defective that gas permeability is poor, packing material is not easy to clean is arranged.And this mattress can't be regulated temperature voluntarily, and the temperature conditions of the most comfortable can't be provided.Be at an early stage of development in the market of the bedding that China is high-quality, people have just recognized the importance of bedding health care, also comfortable to pursuing, health has had darker understanding and higher requirement simultaneously, so it is quite wide to develop the novel multifunctional composite mattress market space that meets demand.
Summary of the invention
The purpose of this utility model is to provide a kind of multifunctional composite mattress controller, but subregion is regulated the temperature of mattress, makes mattress have the function of thermal therapy.
Another purpose of the present utility model is to provide a kind of Compound mattress, and good permeability, good springiness have multiple functions such as temperature adjustment, accumulation of heat, hydrofuge, taste removal, anti-mite; The function that also has thermal therapy.
The utility model is achieved through the following technical solutions:
The multifunctional composite mattress controller includes shell, control panel and control circuit, and wherein, described control circuit includes two groups of constant-temperature circuits and timing circuit, that is: A district constant-temperature circuit and A district timing circuit, B district constant-temperature circuit and B district timing circuit; Described A district and B district constant-temperature circuit are provided with time base circuit IC, adjustment potentiometer separately, described adjustment potentiometer connects 5 pin of time base circuit IC, the 220V alternating voltage is through current limliting reduction voltage circuit, rectification circuit, filter circuit, mu balanced circuit, described mu balanced circuit connects 1 pin of time base circuit IC, and the voltage that obtains about 9V is used for IC; Described A district and B district constant-temperature circuit also are respectively arranged with heat-sensitive sensor; Described A district and B district timing circuit are provided with separately: the single-chip microcomputer of band A/D translation function, conversion accuracy is in 10bits, the switching rate 0.5-3K/S scope.
Described control panel is provided with two groups and controls controlling and display unit of mattress A district and the heat energy floor work of B district respectively; Controlling with display unit of described control mattress A district's heat energy floor work includes: A district time switch key, A district burner on light, A district thermostatical pilot lamp; Controlling with display unit of described control mattress B district's heat energy floor work includes: B district time switch key, B district burner on light, B district thermostatical pilot lamp; Also be provided with total power switch, LCDs on the described control panel, regularly increase key and regularly reduce key; Described LCDs is positioned at the last central region of control panel, described A district time switch key, B district time switch key, regularly increases key and regularly reduce key and be transversely arranged in the below of LCDs; Described A district burner on light, A district thermostatical pilot lamp, B district burner on light, B district thermostatical pilot lamp are a left side that vertically is arranged in control panel.
Described control panel also is provided with total power switch, A district constant temperature value sets adjusting knob and B district constant temperature value is set adjusting knob; Described A district constant temperature value sets adjusting knob and B district constant temperature value is set the right side that adjusting knob vertically is arranged in control panel.
Described control circuit also includes display circuit, and described display circuit connects A district burner on light, A district thermostatical pilot lamp, B district burner on light, B district thermostatical pilot lamp and LCDs; Described LCDs divides four zones, and two districts, the left side are respectively that " demonstration of A district design temperature " and " A district setting-up time and remaining time show " two districts, the right are respectively " demonstrations of B district design temperature " and " B district setting-up time and remaining time show ".
Described control circuit also includes power circuit, and described power circuit is connected with A district fuse and B district fuse; A district fuse connects A district burner on light, A district thermostatical pilot lamp, and B district fuse connects B district burner on light, B district thermostatical pilot lamp.
The hot type composite mattress includes above-mentioned multifunctional composite mattress controller, overcoat and is arranged in the multilayer filler of overcoat inner chamber, and described overcoat periphery and multilayer filler are stitched into an integral body; Described overcoat includes surface layer and bottom, and wherein, described multilayer filler includes: the heat energy layer is furnished with one or more groups double-layer spiral heating line in the described heat energy layer; The edge of described hot type composite mattress is provided with and respectively organizes the double-layer spiral heating wire terminal, and each is organized the double-layer spiral heating line and is connected by electric wire with controller respectively by joint.
Described hot type composite mattress is divided into two zones of A, B, and each zone is provided with one group of double-layer spiral heating line, and promptly described heat energy layer includes two groups of double-layer spiral heating lines altogether; Described each group double-layer spiral heating line is the radiating tube sigmoid and arranges; Described double-layer spiral heating line is fixed between the two-layer continuous yarn non-woven fabrics base layer.
To sum up, the beneficial effects of the utility model are:
Multifunctional composite mattress controller of the present utility model and hot type composite mattress, owing to include the heat energy layer, and be furnished with the double-layer spiral heating line in the heat energy layer, described double-layer spiral heating line can divide the left and right district of mattress to arrange, but the independent temperature adjustment of multifunctional composite mattress controller subregion, timing controlled hot zone, can make mattress have the function of thermal therapy winter with the mattress adjustment to 32-34 ℃.Described hot type composite mattress directly place mat also can use on sping mattress, palm mattress, latex bed mattress, water bed mattress, pneumatic mattress or magnetic mattress by place mat in bed together.
Description of drawings
Fig. 1 is the structural representation of the utility model hot type composite mattress.
Fig. 2 is the structural representation of the interior double-layer spiral heating line of arranging of heat energy layer of the utility model hot type composite mattress.
Fig. 3 is the structural representation of embodiment one of the heat energy layer of the utility model hot type composite mattress.
Fig. 4 is the structural representation of embodiment two of the heat energy layer of the utility model hot type composite mattress.
Fig. 5 is the structural representation of the utility model multifunctional composite mattress controller.
Fig. 6 is the control circuit figure of the utility model multifunctional composite mattress controller.
Description of reference numerals:
1; the overcoat surface layer; 2; separation layer; 3; the far-infrared functional layer; 4; packed layer, 5; separation layer, 6; anti-mite functional layer; 7; the heat energy layer; 8; separation layer, 9; packed layer, 10; the bamboo carbon fibre layer; 11; packed layer; 12; separation layer, 13; the overcoat bottom, 71; heating alloy silk; 72; high temperature resistant reinforced wire; 73; the temperature-sensitive hot melt, 74; the silk of road protection completely, 75; the PVC insulating barrier; 701; single mattress double-layer spiral heating line; 702; the continuous yarn non-woven fabrics base layer, 703; the heating wire terminal, 711; double mattress A district double-layer spiral heating line; 712; double mattress B district double-layer spiral heating line; 713; the continuous yarn non-woven fabrics base layer, 714; the heating wire terminal of A district, 715; the heating wire terminal of B district; 151; A district time switch key; 152; B district time switch key, 153; A district burner on light, 154; A district thermostatical pilot lamp; 155; B district burner on light; 156; B district thermostatical pilot lamp, 157; liquid scape (crystalline substance) display screen, 158; regularly reduce key; 159; regularly increase key; 160; A district constant temperature value is set adjusting knob, 161; B district constant temperature value is set adjusting knob, 162; total power switch.
The specific embodiment
As shown in Figure 6, the multifunctional composite mattress controller includes shell, control panel and control circuit, wherein, described control circuit includes two groups of constant-temperature circuits and timing circuit, that is: A district constant-temperature circuit and A district timing circuit, B district constant-temperature circuit and B district timing circuit; Described A district and B district constant-temperature circuit are provided with time base circuit IC, adjustment potentiometer separately, described adjustment potentiometer connects 5 pin of time base circuit IC, the 220V alternating voltage is through current limliting reduction voltage circuit, rectification circuit, filter circuit, mu balanced circuit, described mu balanced circuit connects 1 pin of time base circuit IC, and the voltage that obtains about 9V is used for IC; Described A district and B district constant-temperature circuit also are respectively arranged with heat-sensitive sensor; Described A district and B district timing circuit are provided with separately: the single-chip microcomputer of band A/D translation function, conversion accuracy is in 10bits, the switching rate 0.5-3K/S scope.
As shown in Figure 5, described control panel is provided with two groups and controls controlling and display unit of mattress A district and the heat energy floor work of B district respectively; Controlling with display unit of described control mattress A district's heat energy floor work includes: A district time switch key 151, A district burner on light 153, A district thermostatical pilot lamp 154; Controlling with display unit of described control mattress B district's heat energy floor work includes: B district time switch key 152, B district burner on light 155, B district thermostatical pilot lamp 156; Also be provided with total power switch, LCDs 157 on the described control panel, regularly increase key 159 and regularly reduce key 158; Described LCDs 157 is positioned at the last central region of control panel, described A district time switch key 151, B district time switch key 152, regularly increases key 159 and regularly reduce key 158 and be transversely arranged in the below of LCDs 157; Described A district burner on light 153, A district thermostatical pilot lamp 154, B district burner on light 155, B district thermostatical pilot lamp 156 are a left side that vertically is arranged in control panel.
Described control panel also is provided with total power switch 162, A district constant temperature value sets adjusting knob 160 and B district constant temperature value is set adjusting knob 161; Described A district constant temperature value sets adjusting knob 160 and B district constant temperature value is set the right side that adjusting knob 161 vertically is arranged in control panel.
Described control circuit also includes display circuit, and described display circuit connects described A district burner on light 153, A district thermostatical pilot lamp 154, B district burner on light 155, B district thermostatical pilot lamp 156 and LCDs 157; 157 fens four zones of described LCDs, two districts, the left side are respectively that " demonstration of A district design temperature " and " A district setting-up time and remaining time show " two districts, the right are respectively " demonstrations of B district design temperature " and " B district setting-up time and remaining time show ".
Described control circuit also includes power circuit, and described power circuit is connected with A district fuse and B district fuse; A district fuse connects A district burner on light, A district thermostatical pilot lamp, and B district fuse connects B district burner on light, B district thermostatical pilot lamp.
IC is the NE555 time base circuit among Fig. 6; RP6 and RP1 are the adjustment potentiometer, evoked potential V2 and the threshold potential Vf of its travelling arm current potential decision IC, and V5=Vf=2Vz.The 220V alternating voltage is through C1, the step-down of R1 current limliting, D1, D2 rectification, and C2 filtering, after the DW voltage stabilizing, the voltage that obtains about 9V is used for IC.Connect power supply under the room temperature, because of modulated V2＜Vz, V6＜Vf, IC 3. pin is a high potential, the BCR conducting that is triggered, and the heating wire heating power, temperature raises gradually.Heat-sensitive sensor BG1 and BG2 are with the rising of temperature, and its penetrating current Iceo increases, and V2, V6 raise.As V2＞Vz, during V6 〉=Vf, the IC upset, 3. pin becomes electronegative potential, and the BCR heating wire stops heating, and temperature begins to descend gradually, and the Iceo of BG1 reduces thereupon gradually, and V2, V6 reduce.As V6＜Vf, during V2≤Vz, IC 3. pin gets back to high potential, the BCR conducting that is triggered again, and heating wire begins heating again, realizes the thermostatic control function of temperature thus.
The single-chip microcomputer of band A/D translation function in the timing circuit, conversion accuracy is about 10bits, switching rate 1K/S, utilizes the timing function of single-chip microcomputer and powerful logic to judge and the timing heat insulation function of disposal ability realization to heating wire.Mattress divides A, B two districts, except that general supply, A, other parts of B two districts all separately work independently, with the A district is example: if not according to timing key, then regularly do not open, single-chip microcomputer receives only the logical drive signal from NE555, will be according to the temperature adjustment request output particular level (regulating needed temperature) of NE555 by A district constant temperature value adjusting knob, in order to control the controllable silicon conducting or to end, heat or do not heat thereby control heating wire, realize thermostatic control; If press timing key, A district time opening and be in and treat set condition then, (scope is 0-10 hour to the user according to the needed time of own requirements set, and previous setting memory function arranged), single-chip microcomputer will carry out legitimacy to the temperature adjustment signal from NE555 and judge in the pre-set time, decision logic is: if timing does not arrive, single-chip microcomputer will be according to the temperature adjustment request output particular level of NE555, in order to control the controllable silicon conducting or to end, thereby the control heating wire heats or does not heat, and still realizes thermostatic control; If timing arrives, single-chip microcomputer stops the controllable silicon conducting with pressure, during this period, all heating signals are with invalid, thereby heating function is regularly closed in realization, if think perdurabgility, then add and subtract adjustment, timing is reworked, and presses the timing key button again if do not think perdurabgility, then regularly come back to not opening, heater strip recovers heating.So circulation.The B district also is same operation.
For the user is observed conveniently, some LED lamps have been added in the design, LED1 is used to show whether the A district works, LED3 is used to show whether the B district works, LED2 is used to show that the adjustment state in A district (does not work promptly still and to pine for adding, bright then in insulation), LED4 is used to show the adjustment state (do not work promptly still and to pine for adding, be bright then in insulation) in B district; LCDs divides four zones, and two districts, the left side are respectively that " demonstration of A district design temperature " and " A district setting-up time and remaining time show " two districts, the right are respectively " demonstrations of B district design temperature " and " B district setting-up time and remaining time show ".All operations and state all can display on display screen.
If A district fuse is burnt, then LED1 and LED2 do not work simultaneously, if B district fuse is burnt, then LED3 and LED4 do not work simultaneously.
As shown in Figure 1, the hot type composite mattress includes above-mentioned multifunctional composite mattress controller, overcoat and is arranged in the multilayer filler of overcoat inner chamber, and described overcoat periphery and multilayer filler are stitched into an integral body; Described overcoat includes surface layer 1 and bottom 13, and wherein, described multilayer filler includes: heat energy layer 7 is furnished with one or more groups double-layer spiral heating line in the described heat energy layer 7; The edge of described hot type composite mattress is provided with and respectively organizes the double-layer spiral heating wire terminal, and each is organized the double-layer spiral heating line and is connected by electric wire with controller respectively by joint.
Described hot type composite mattress is divided into two zones of A, B, and each zone is provided with one group of double-layer spiral heating line, and promptly described heat energy layer includes two groups of double-layer spiral heating lines altogether; Described each group double-layer spiral heating line is the radiating tube sigmoid and arranges; Described double-layer spiral heating line is fixed between the two-layer continuous yarn non-woven fabrics base layer.
Described multilayer filler also includes: and overcoat surface layer quilting be one far infrared accumulation of heat combination layer, and overcoat bottom quilting be the hydrofuge accumulation of heat combination layer and the anti-mite functional layer 6 between described far infrared accumulation of heat combination layer and hydrofuge accumulation of heat combination layer of one; Described heat energy layer 7 is equally between described far infrared accumulation of heat combination layer and hydrofuge accumulation of heat combination layer.
Described far infrared accumulation of heat combination layer includes: the far-infrared functional layer 3 with antibiotic and negative ion-releasing function of the separation layer 2 adjacent with overcoat surface layer 1, content 〉=3% (weight) of far infrared composite powder, adopt the packed layer 4 that hot melting wool makes and be positioned at the innermost separation layer 5 of described far infrared accumulation of heat combination layer.
Described hydrofuge accumulation of heat combination layer includes: the separation layer 12 adjacent with overcoat bottom 13, one or more layers adopts packed layer, the bamboo carbon fibre layer 10 that hot melting wool makes and is positioned at the innermost separation layer 8 of described hydrofuge accumulation of heat combination layer.
The anti-mite functional layer 6 that does not contain adhesive, filler, brightening agent that described employing high density polyethylene (HDPE) (HDPE) utilizes flash method to make is clipped between described far infrared accumulation of heat combination layer and the hydrofuge accumulation of heat combination layer, and only periphery is sewed up with bottom 13 with described far infrared accumulation of heat combination layer, hydrofuge accumulation of heat combination layer, heat energy layer 7, overcoat surface layer 1 and is connected.
Be furnished with the double-layer spiral heating line in the described heat energy layer 7; The edge of described hot type composite mattress is provided with the double-layer spiral heating wire terminal, is connected by electric wire with controller.
Described heat energy layer 7 is clipped between described far infrared accumulation of heat combination layer and the hydrofuge accumulation of heat combination layer, and only periphery is sewed up with bottom 13 with described far infrared accumulation of heat combination layer, hydrofuge accumulation of heat combination layer, anti-mite functional layer, overcoat surface layer 1 and is connected.
Described hot type composite mattress includes 13 layers of structure from top to bottom successively: overcoat surface layer 1, separation layer 2, far-infrared functional layer 3, packed layer 4, separation layer 5, anti-mite functional layer 6, heat energy layer 7, separation layer 8, packed layer 9, bamboo carbon fibre layer 10, packed layer 11, separation layer 12, overcoat bottom 13; With cloth overcoat four limits are become one with the sewing machine overseam.
Described separation layer 2,5,8,12 adopts nonwoven to make.
Described overcoat surface layer 1, overcoat bottom 13 adopt the textile cloth of high-count and high-density to make.
The concrete function principle of described each layer filler is:
Far infrared composite powder (being also referred to as the THD composite functional material) be from the ore of deriving of jewel, extract, contain multiple ultra-fine inorganic composite powder material to human body beneficial's mineral element, different formula for raw stock has given the THD composite functional material different functions with production technology.The THD composite functional material is ultra-fine powder, and the powder granule particle diameter is at 0.5um (1um=10
-6M) below, nontoxic, harmless, nonirritant, effect did not lose efficacy lastingly.The THD composite functional material can:
● can absorb the energy of surrounding environment and life entity self radiation effectively, discharge the 4--14um electromagnetic wave that human body is highly profitable, improve blood microcirculation and enhance metabolism, quicken to eliminate fatigue, improve the health and the effect of disease preventing and treating thereby reach.
● have piezo-electric effect, pyroelectric effect, when ambient pressure or heat change, can activate airborne moisture and oxygen, discharge the negative aeroion that is described as " air vitamin " enduringly, have the function of keeping body fluid alkalescent, adjusting vegetative nerve, enhancing metabolism, improve sleep.
● be a kind of inorganic antimicrobial composite material that integrates security, broad spectrum activity, persistence, have excellent antibiotic, bacteriostasis efficacy.
The mechanism of action that the THD composite functional material improves blood microcirculation is: human body is all the time all at the energy that is outwards discharging based on infra-red radiation.THD composite functional material product can absorb the energy from human body self and surrounding environment, the 4--14um electromagnetic wave that release is highly profitable to human body, and feed back to human body, human body there is good biological effect, thereby significantly improve microcirculation in human body, promote human body metabolism, quicken to eliminate fatigue, play the effect that improves the health with disease preventing and treating.THD composite functional material product can significantly improve microcirculation, and human body nail fold capillary input branch flow velocity is increased to original 1.9 times; Rat muscle arteriole and thin vein bore increase by 0.2, and flow velocity is increased to original 1.9 and 2.1 times respectively, and flow is increased to original 3.1 times.
The antibiotic mechanism of action of THD composite functional material is: in a single day the THD composite functional material contacts bacterium, will rely on Coulomb attraction firmly to adsorb, antimicrobial factors penetration cell wall enters in the cell, and with sulfydryl (SH) reaction, make protein coagulating, destroy the activity of cell synzyme, cell is lost the division growth ability and death, thereby plays antibiotic, antibacterial effect.The THD composite functional material can absorb the energy of external environment, produce electron hole pair, the water generates hydroxyl free radical of hole decomposition catalyst surface absorption, electronics makes the hydrogen reduction around it become active ion-oxygen, thereby possesses extremely strong oxidation---reduction, with the various bacteriums destructions of photocatalyst surface.
Anti-mite functional layer, (Tyvek) makes to adopt the spy to defend by force, its composition: high density polyethylene (HDPE) (HDPE); Do not contain adhesive, filler, brightening agent (as titanium dioxide) etc., composition is nontoxic, non-stimulated, non-corrosiveness, is easy to after using up handle, and the product of completing combustion is carbon dioxide and water.The spy defends has permanent anti-mite function by force, and this is that the fiber number (DPF) of monofilament is the thinnest to reach 0.5 micron because it constitutes, and is about the 1/tens thick of hairline, comprises that dust, aqueous water, greasy dirt, scurf etc. all can not see through.Though it is invisible that acarid is naked eyes, (the acarid body size is at 300 microns AB but its diameter is far longer than 0.5 micron, its ight soil is between 10～40 microns), through national authority mechanism, preventive medicine research institute in Shanghai is detected: the spy defends has permanent anti-mite effect by force.
The bamboo carbon fibre layer, bamboo-carbon fibre is to be the functional fibre that primary raw material is made with ultra-fine bamboo charcoal powder, its excellent properties comes from little loose structure of its inside, has the release anion, the emission far infrared, antibiotic, adsorption function are a kind of by efficient absorption and emission far infrared, discharge anion and have insulation, improve microcirculqtory system, stimulate circulation, suppress the fiber of the function of health cares such as growth of microorganism.Bamboo-carbon fibre, there are two kinds at present, a kind of is the viscose glue bamboo-carbon fibre, a kind of is the terylene bamboo-carbon fibre, its production technology at first be bamboo charcoal by moment pure oxygen high temperature and nitrogen intercept after novel technique handles, make its particle diameter reach micron order by physics, chemical method, high-performance moisture absorbing and sweat releasing polyester modification section after handling through the particular polymeric technology is fused among the spinning melt or with powder and is added in the rayon spinning liquid a kind of functional fiber with honeycomb microporous structure of making through spinning processing through special process then.
Bamboo-carbon fibre has superpower absorption and deodorization functions, regulates humidity, bacterium mildew-resistant, far-infrared functional automatically, and has antistatic, anti-electromagnetic-radiation function, transmitting anion, hydroscopic fast-drying performance.
The packed layer that hot melting wool is made, its Main Ingredients and Appearance are that polyester of high density adopts melt process to make, and do not contain chemical adhesive, are a kind of insulation materials of very environmental protection, than the environmental protection of foam packed layer, the safety of chemical method making.
As shown in Figure 2, double-layer spiral heating line center is high temperature resistant reinforced wire 72, and heating is wrapped in high temperature resistant reinforced wire 72 peripheries with alloy silk 71; Temperature-sensitive hot melt 73 is high temperature resistant reinforced wire 72 peripheries for the pipe shape is enclosed in, and the silk of road protection completely 74 is wrapped in temperature-sensitive hot melt 73 peripheries; PVC insulating barrier 75 covers most external.
Being furnished with the double-layer spiral heating line in the heat energy layer, is easy melt between two layer lines, and this meltable bulk melting point is lower than ignition point, when heat energy layer local temperature is raised to meltable bulk melting point temperature, and easily melt fusing earlier; Allow two-layer heating wire link to each other, and with signal feedback in gauge tap, cut off the electricity supply, stopped the generation of superheating phenomenon, guarantee safety.
Embodiment one:
As Fig. 3, present embodiment is a kind of single mattress, and the heat energy layer only is provided with one group of double-layer spiral heating line 701, is fixed in the continuous yarn non-woven fabrics base layer interlayer, and the termination at the whole story of heating line 701 is connected with heating wire terminal 703, is connected with controller.
Embodiment two:
As Fig. 4, present embodiment is a kind of double mattress, be divided into two zones of A, B, each zone is provided with one group of double-layer spiral heating line, and promptly described heat energy floor includes two groups of double-layer spiral heating lines altogether: double mattress A district double-layer spiral heating line 711 and double mattress B district double-layer spiral heating line 712; Described each group double-layer spiral heating line is the radiating tube sigmoid and arranges; Described double-layer spiral heating line is fixed between the two-layer continuous yarn non-woven fabrics base layer 713; The mattress side is provided with heating wire terminal 714 of A district and the heating wire terminal 715 of B district; Be connected with the double temperature double control controller respectively.
Above-mentioned listed specific implementation is nonrestrictive, and to one skilled in the art, in not departing from the utility model scope, various improvement and the variation carried out all belong to protection domain of the present utility model.For example, the variation of each packed layer order, the concrete alteration of form of mattress etc.
Claims (10)
1, multifunctional composite mattress controller, include shell, control panel and control circuit, it is characterized in that: described control circuit includes two groups of constant-temperature circuits and timing circuit, that is: A district constant-temperature circuit and A district timing circuit, B district constant-temperature circuit and B district timing circuit; Described A district and B district constant-temperature circuit are provided with time base circuit IC, adjustment potentiometer separately, described adjustment potentiometer connects 5 pin of time base circuit IC, the 220V alternating voltage is through current limliting reduction voltage circuit, rectification circuit, filter circuit, mu balanced circuit, described mu balanced circuit connects 1 pin of time base circuit IC, and the voltage that obtains about 9V is used for IC; Described A district and B district constant-temperature circuit also are respectively arranged with heat-sensitive sensor; Described A district and B district timing circuit are provided with separately: the single-chip microcomputer of band A/D translation function, conversion accuracy is in 10bits, the switching rate 0.5-3K/S scope.
2, multifunctional composite mattress controller according to claim 1 is characterized in that: described control panel is provided with two groups and controls controlling and display unit of mattress A district and the heat energy floor work of B district respectively; Controlling with display unit of described control mattress A district's heat energy floor work includes: A district time switch key (151), A district burner on light (153), A district thermostatical pilot lamp (154); Controlling with display unit of described control mattress B district's heat energy floor work includes: B district time switch key (152), B district burner on light (155), B district thermostatical pilot lamp (156); Also be provided with total power switch, LCDs (157) on the described control panel, regularly increase key (159) and regularly reduce key (158); Described LCDs (157) is positioned at the last central region of control panel, described A district time switch key (151), B district time switch key (152), regularly increases key (159) and regularly reduce key (158) and be transversely arranged in the below of LCDs (157); Described A district burner on light (153), A district thermostatical pilot lamp (154), B district burner on light (155), B district thermostatical pilot lamp (156) are a left side that vertically is arranged in control panel.
3, multifunctional composite mattress controller according to claim 1 and 2 is characterized in that: described control panel also is provided with total power switch (162), A district constant temperature value sets adjusting knob (160) and B district constant temperature value is set adjusting knob (161); Described A district constant temperature value sets adjusting knob (160) and B district constant temperature value is set the right side that adjusting knob (161) vertically is arranged in control panel.
4, multifunctional composite mattress controller according to claim 3, it is characterized in that: described control circuit also includes display circuit, and described display circuit connects A district's burner on light (153), A district thermostatical pilot lamp (154), B district burner on light (155), B district thermostatical pilot lamp (156) and LCDs (157); Described LCDs (157) divides four zones, and two districts, the left side are respectively that " demonstration of A district design temperature " and " A district setting-up time and remaining time show " two districts, the right are respectively " demonstrations of B district design temperature " and " B district setting-up time and remaining time show ".
5, multifunctional composite mattress controller according to claim 4, it is characterized in that: described control circuit also includes power circuit, and described power circuit is connected with A district fuse and B district fuse; A district fuse connects A district burner on light, A district thermostatical pilot lamp, and B district fuse connects B district burner on light, B district thermostatical pilot lamp.
6, hot type composite mattress, it is characterized in that: include as any one described multifunctional composite mattress controller, overcoat in the claim 1 to 5 and be arranged in the multilayer filler of overcoat inner chamber, described overcoat periphery and multilayer filler are stitched into an integral body; Described overcoat includes surface layer (1) and bottom (13), and described multilayer filler includes: heat energy layer (7) is furnished with one or more groups double-layer spiral heating line in the described heat energy layer (7); The edge of described hot type composite mattress is provided with and respectively organizes the double-layer spiral heating wire terminal, and each is organized the double-layer spiral heating line and is connected by electric wire with the multifunctional composite mattress controller respectively by joint.
7, hot type composite mattress according to claim 6 is characterized in that: described hot type composite mattress, be divided into two zones of A, B, and each zone is provided with one group of double-layer spiral heating line, and promptly described heat energy layer includes two groups of double-layer spiral heating lines altogether; Described each group double-layer spiral heating line is the radiating tube sigmoid and arranges; Described double-layer spiral heating line is fixed between the two-layer continuous yarn non-woven fabrics base layer.
8, according to claim 6 or 7 described hot type composite mattress, it is characterized in that: described multilayer filler also includes: and the capable far infrared accumulation of heat combination layer that is seamed as a whole of overcoat surface layer, and capable hydrofuge accumulation of heat combination layer that is seamed as a whole of overcoat bottom and the anti-mite functional layer (6) between described far infrared accumulation of heat combination layer and hydrofuge accumulation of heat combination layer; Described heat energy layer (7) is equally between described far infrared accumulation of heat combination layer and hydrofuge accumulation of heat combination layer.
9, hot type composite mattress according to claim 8 is characterized in that: described far infrared accumulation of heat combination layer includes: the separation layer (2) adjacent with overcoat surface layer (1), contain far-infrared functional layer (3) far infrared composite powder and that have antibiotic and negative ion-releasing function, adopt heat to melt the packed layer (4) that cotton makes and be positioned at the described innermost separation layer of far infrared accumulation of heat combination layer (5).
10, hot type composite mattress according to claim 8 is characterized in that: described hydrofuge accumulation of heat combination layer includes: the separation layer (12) adjacent with overcoat bottom (13), one or more layers adopts heat to melt packed layer, the bamboo carbon fibre layer (10) that cotton makes and is positioned at the described innermost separation layer of hydrofuge accumulation of heat combination layer (8).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008200438942U CN201185778Y (en) | 2008-02-04 | 2008-02-04 | Multifunctional composite bed mattress controller and heating type composite bed mattress |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008200438942U CN201185778Y (en) | 2008-02-04 | 2008-02-04 | Multifunctional composite bed mattress controller and heating type composite bed mattress |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201185778Y true CN201185778Y (en) | 2009-01-28 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU2008200438942U Expired - Fee Related CN201185778Y (en) | 2008-02-04 | 2008-02-04 | Multifunctional composite bed mattress controller and heating type composite bed mattress |
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| Country | Link |
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| CN (1) | CN201185778Y (en) |
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103301564A (en) * | 2013-07-04 | 2013-09-18 | 浙江工商大学 | Portable electronic beauty mask shield |
| CN108784122A (en) * | 2018-08-02 | 2018-11-13 | 浙江安吉美佳琪家居用品有限公司 | It is a kind of that there is the sping mattress for determining region local heating function |
| CN109222491A (en) * | 2018-09-30 | 2019-01-18 | 安徽信息工程学院 | A kind of mattress and its control method of temperature-adjustable |
| CN111109931A (en) * | 2020-01-06 | 2020-05-08 | 江苏众恒可来比家具有限公司 | Self-adaptive adjusting mattress |
| WO2020259521A1 (en) | 2019-06-25 | 2020-12-30 | 安吉八塔机器人有限公司 | Carrying and deflection correction system for elastic material, and method thereof |
| CN113017332A (en) * | 2021-03-12 | 2021-06-25 | 上海劭宇环保科技有限公司 | Mite removing method for mattress and mite removing mattress |
-
2008
- 2008-02-04 CN CNU2008200438942U patent/CN201185778Y/en not_active Expired - Fee Related
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103301564A (en) * | 2013-07-04 | 2013-09-18 | 浙江工商大学 | Portable electronic beauty mask shield |
| CN103301564B (en) * | 2013-07-04 | 2016-05-18 | 浙江工商大学 | Portable electronic beautifying fase film mask |
| CN108784122A (en) * | 2018-08-02 | 2018-11-13 | 浙江安吉美佳琪家居用品有限公司 | It is a kind of that there is the sping mattress for determining region local heating function |
| CN109222491A (en) * | 2018-09-30 | 2019-01-18 | 安徽信息工程学院 | A kind of mattress and its control method of temperature-adjustable |
| WO2020259521A1 (en) | 2019-06-25 | 2020-12-30 | 安吉八塔机器人有限公司 | Carrying and deflection correction system for elastic material, and method thereof |
| CN111109931A (en) * | 2020-01-06 | 2020-05-08 | 江苏众恒可来比家具有限公司 | Self-adaptive adjusting mattress |
| CN113017332A (en) * | 2021-03-12 | 2021-06-25 | 上海劭宇环保科技有限公司 | Mite removing method for mattress and mite removing mattress |
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