CN104900000A - Intelligent sleep monitoring system for preventing kids from kicking quilts - Google Patents

Intelligent sleep monitoring system for preventing kids from kicking quilts Download PDF

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Publication number
CN104900000A
CN104900000A CN201510305352.2A CN201510305352A CN104900000A CN 104900000 A CN104900000 A CN 104900000A CN 201510305352 A CN201510305352 A CN 201510305352A CN 104900000 A CN104900000 A CN 104900000A
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China
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quilt
temperature sensor
temperature
alarm
pin
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CN201510305352.2A
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CN104900000B (en
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左冬平
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    • G—PHYSICS
    • G08—SIGNALLING
    • G08B—SIGNALLING OR CALLING SYSTEMS; ORDER TELEGRAPHS; ALARM SYSTEMS
    • G08B21/00—Alarms responsive to a single specified undesired or abnormal condition and not otherwise provided for

Abstract

The invention provides an intelligent sleep monitoring system for preventing kids from kicking quilts, comprising a control assembly, magnetic sensors, stretching motors, drive pulleys, pull ropes, a humidity-sensitive resistor, a thermal-sensitive resistor, magnets, temperature sensors, and a remote alarm assembly. The humidity-sensitive resistor and the thermal-sensitive resistor are arranged on the obverse side of a bed body. The magnetic sensors and the stretching motors are arranged in the corners of the bed body. The control assembly is connected to the humidity-sensitive resistor, the thermal-sensitive resistor, the magnetic sensors and the stretching motors. A quilt is connected to the stretching motors through the pull ropes. The temperature sensors are arranged on the quilt, and the temperature sensors are connected with the control assembly in a wireless communication mode. The control assembly is connected with the remote alarm assembly in a wireless communication mode. The intelligent sleep monitoring system of the invention has the functions of automatically covering a kid with a quilt, alarming for high fever and enuresis, and the like, and has a high level of intelligence. Long-term test shows that the intelligent sleep monitoring system can prevent kids from kicking quilts in sleep in a fully automatic way and improve the quality of sleep of both kids and parents.

Description

A kind of child of prevention pedals the intelligent sleep monitor system kicking quilt son
Technical field
The present invention relates to sleep of children monitoring technical field, relate to a kind of child of prevention more specifically and pedal the intelligent sleep monitor system kicking quilt son.
Background technology
Each family of modern society is a raw child only, how to improve fertility quality and reduce disease and become the problem that Modern Family father and mother very pay close attention to, by a large amount of investigation and observe find postnatal child until adult's cold often great majority be because of child at night the quilt covered with it kicked off caused by, especially the child within 10 years old, be in the body development phase, the sound sleep phase is in after falling asleep in 1-3 hour, the time that timing is grown up, metabolism is vigorous, body temperature can raise, also can sensible heat when normal cover, thus can pedal automatically and kick quilt son, child is exposed once health and is just easy to flu of catching a cold, when this thing happens, on the one hand child's cold is except the time that will delay adult spends to see a doctor to hospital, impair the ability of child self resist the disease, adult does not kick quilt off to allow child on the other hand, always sleep with nervous diffidence, sleep not dark, affect the work of second day.Multiplely the warning device kicking quilt son is pedaled about child based on to attend in this prior art, these existing warning device majorities be all by simple on child's health laying temperature sensor, warmly taking signal and whether extremely report to the police then based on temperature sensor monitors, generally there is following defect: 1), temperature monitoring accuracy is very poor, in most cases run counter to desire, still cover after such as child stands up under quilt, but when temperature sensor starts to be arranged in the position before standing up, then after normally standing up, temperature sensor can produce warning because leaving body temp decline, in this case not only by child, the head of a family wakes up together, cause continuing sleep, and belong to serious erroneous judgement warning, therefore seldom adopted in reality, 2), existing pedaling kick quilt sub-warning device and nearly all do not have automatic cover identification and executable operations function, have impact on the normal rest of the child head of a family to a certain extent, 3), other existing this warning device is not had a fever, is urinated accurate warning functions in emergency circumstances such as wetting, 4) existing alarm, is also had electrically to be difficult to safely ensure, connection is numerous and diverse, etc. these drawbacks limit are existing pedals the actual use value kicking quilt sub-alarm.
Summary of the invention
The present invention is based on above-mentioned prior art problem, a kind of prevention child completely newly of proposition of innovation pedals the intelligent sleep monitor system kicking quilt son, arrange that multiple temperature sensor can sense the temperature of multiple body part comprehensively by innovation, and according to the on-the-spot Criterion thermo parameters method in real time of different human body different parts, ensure that monitoring temperature accuracy to greatest extent, prevent the generation of wrong early warning, coordinate temperature sensor that multiple magnetic stripe inductor and magnetite bar are set simultaneously, under the prerequisite with magnetic health care function, automatic cover subfunction can be realized, ensure that head of a family's sleep quality, adopt the fibre optic temperature sensor of innovation development that the situation of wrong early warning almost can be avoided completely to occur, the urgent prewarning unit being also provided with fever in addition and wetting the bed, Safe sleep has been ensured under the prerequisite ensureing sleep quality, whole monitoring system control procedure has very high intelligent level, through long-term test, pedal during intelligent sleep monitor system of the present invention almost can automatically prevent child to sleep and kick quilt son, improve the sleep quality of child and the head of a family.
It is as follows that the present invention solves the problems of the technologies described above taked technical scheme:
A kind of child of prevention pedals the intelligent sleep monitor system kicking quilt son, comprise Control Component 1, magnetic stripe inductor 2, stretching motor 3, driven pulley 4, pull rope 5, hygristor 6, thermistor 7, draw ring 10, magnetite bar 11, temperature sensor 12 and remote-end alarm assembly, described hygristor 6 is arranged at a middle and lower part in body front, described thermistor 7 is arranged at a middle part in body front, described magnetic stripe inductor 2 includes four, be arranged at a upper left corner in body front respectively, the lower left corner, the upper right corner and the lower right corner, described stretching motor 3 includes four, be arranged at a upper left corner at the body back side respectively, the lower left corner, the upper right corner and the lower right corner, described Control Component 1 is arranged at a body back side and comprises emergency control circuit and prevent kicking quilt control module, described hygristor 6 and thermistor 7 are connected to described emergency control circuit, described magnetic stripe inductor 2 and stretching motor 3 are connected to and describedly anti-kick quilt control module, described driven pulley 4 includes four, be arranged at an outer edge in the body upper left corner respectively, the outer edge in the lower left corner, the outer edge in the upper right corner and the outer edge in the lower right corner, and the driven pulley 4 being arranged at the same bight of a body is corresponding with stretching motor, described magnetite bar 11 includes four, be arranged at the upper left corner of quilt respectively, the lower left corner, the upper right corner and the lower right corner, and when quilt spreads on a body, the magnetite bar 11 being arranged at a certain bight of quilt is corresponding with the magnetic stripe inductor 2 be arranged on the same bight of a body, described draw ring 10 includes four and is arranged at four bights of quilt respectively, the draw ring 10 in each bight is connected on the stretching motor 3 of same bight setting after pulling rope 5 to walk around the driven pulley 4 in same bight, described temperature sensor 12 includes five and is distributed in the left and right sides that quilt corresponds to human foot respectively, the left and right sides corresponding to shoulders of human body and the position corresponding to human body belly, be in the temperature sensor 12 of quilt and the same adjacent corner of bed body, magnetic stripe inductor 2, stretching motor 3 and magnetite bar 11 form a corresponding sensing control group, the sensing control group in different bight is separate, the anti-control module that kicks quilt that described temperature sensor 12 and the bed body back side are arranged is connected with wireless communication mode, described Control Component 1 is connected with the wireless telecommunications of remote-end alarm assembly.Described emergency control circuit comprises power supply, temperature sensing portion, humidity sensor part, chip controls part and alarm portion, described temperature sensing portion comprises the 3rd resistance R3 and potentiometer VR1, described thermistor 7 one end connects the positive pole of power supply, one end of the described 3rd resistance R3 of described thermistor 7 other end serial connection, the 3rd resistance R3 other end connects one end of potentiometer VR1, the described 3rd resistance R3 other end connects the 6th pin of the alarm chip IC1 in chip controls part simultaneously, and the other end of described potentiometer VR1 connects power cathode, described humidity sensor part comprises the first triode Q1 of the first resistance R1, the second resistance R2, NPN type, described hygristor 6 one end connects the positive pole of power supply, the base stage of described first triode Q1 is connected after the described first resistance R1 of other end serial connection of described hygristor 6, connect the negative pole of power supply after the described second resistance R2 of emitter serial connection of described first triode Q1, the collector of described first triode Q1 connects the 6th pin of the alarm chip IC1 in chip controls part, described chip controls part comprises the first electric capacity C1, second electric capacity C2, first diode D1, second diode D2, 4th resistance R4, 6th resistance R6 and alarm chip (IC1), described alarm chip (IC1) model is SGZ07, there are 14 pins, 7th pin of described alarm chip IC1 connects positive source, 8th pin connects power cathode, second pin connects the 9th pin, 9th pin connects one end of the 4th resistance R4, another termination the tenth pin of the 4th resistance R4, tenth pin connects one end of the first electric capacity C1, the other end of the first electric capacity C1 connects the first pin, first pin is as trigger pip output terminal, tenth pin connects the positive pole of the first diode D1, the negative pole of the first diode D1 connects the 11 pin, 11 pin connects one end of the second electric capacity C2, the other end of the second electric capacity C2 connects one end of the 6th resistance R6 simultaneously, the positive pole of the 14 pin and the second diode D2, the negative pole of the second diode D2 connects the 5th pin, the other end of the 6th resistance R6 connects the 12 pin and the 13 pin simultaneously, described alarm portion comprises the 5th resistance R5, second triode Q2 of NPN type, loudspeaker MK1, LED 1 and remote-end alarm trigger module, first pin of one end chip IC 1 taking alarm of the 5th resistance R5, the base stage of another termination second triode Q2 of the 5th resistance R5, the emitter of the second triode Q2 connects power cathode, the collector negative pole of connecting luminous diode LED1 and one end of loudspeaker MK1 simultaneously of second triode Q2, the positive pole of LED 1 connects positive source, one end of another termination remote-end alarm trigger module of loudspeaker MK1, another termination positive source of remote-end alarm trigger module, described remote-end alarm trigger module is connected with the wireless telecommunications of described remote-end alarm assembly, described thermistor 7 is positive temperature coefficient thermistor.Describedly anti-kick quilt control module and comprise MCU101, power module 102, wireless receiving module 103, wireless transmitter module 104 and storer 105, described MCU101 is connected to described power module 102 simultaneously, wireless receiving module 103, wireless transmitter module 104 and storer 105, described wireless receiving module 103 wirelessly receives the temperature signal of described temperature sensor 12 sensing, the warning trigger pip that MCU101 provides by described wireless transmitter module 104 is distally alarm assemblies transmission wirelessly, described magnetic stripe inductor 2 and stretching motor 3 are connected to described MCU101, described anti-when kicking quilt control module work, what first quilt was smooth is covered on a body, the magnetic stripe inductor in the magnetite bar 11 in each bight of quilt bight corresponding to bed body respectively adsorbs, and described MCU101 is that respective standard temperature distribution field set up by each temperature sensor 12 according to the temperature data gathered in half an hour before each temperature sensor 12, and be stored in storer, then each temperature sensor senses in real time and transmits the temperature at respective position, when corresponding with this temperature sensor standard temperature distribution field that the temperature departure storer that the temperature sensor 12 being in a certain bight of quilt senses prestores, the magnetic stripe inductor 2 that described MCU101 judges to be in the described temperature sensor same corner positions induced signal that whether is magnetic exports, if have, described MCU101 generates warning trigger pip and is transmitted to remote-end alarm assembly by wireless transmitter module, if be in the stretching motor output drive signal of same adjacent corner without, described MCU101 to described magnetic stripe inductor 2, drive stretching machine operation, when stretching motor by the magnetite bar that the quilt in this bight to be pulled to this bight by stretching rope, magnetic stripe inductor is stated to residence and produce on magnetic stripe inductor Magnetic Induction signal export time, the stretching motor that described MCU101 controls corresponding bight quits work, when corresponding with this temperature sensor standard temperature distribution field that the temperature departure storer that the temperature sensor 12 be in the middle part of quilt senses prestores, described MCU101 generates warning trigger pip and is transmitted to remote-end alarm assembly by wireless transmitter module.
Further according to intelligent sleep monitor system of the present invention, the temperature monitoring precision of wherein said thermistor 7 is 0.1 DEG C.
Further according to intelligent sleep monitor system of the present invention, wherein said magnetite bar 11 and magnetic stripe inductor 2 all adopt health-care magnetic iron to make, have certain magnetic attraction effect between the two, described magnetic stripe sensing apparatus is magnetic sensing function can produce Magnetic Induction signal and export to Control Component when attracting with the magnetic stripe stone generation magnetic being in same corner positions.
Further according to intelligent sleep monitor system of the present invention, the course of work of wherein said emergency control circuit is: when high fever occurs child, the resistance value of described thermistor becomes large, the voltage being distributed in thermistor 7 two ends raises, the trigger pip being provided to alarm chip IC1 the 6th pin becomes low level from high level, when child wets the bed, the resistance of described hygristor 6 reduces, the base stage forward bias conducting of the first triode Q1, the voltage step-down of the first triode Q1 collector, the trigger pip being provided to alarm chip IC1 the 6th pin becomes low level from high level, when the trigger pip of alarm chip IC1 the 6th pin becomes low level from high level, alarm chip IC1 works, first the oscillation circuit be made up of the second electric capacity C2 and the 6th resistance R6 vibrates to sound signal, the FM circuit be then made up of the first electric capacity C1 and the 4th resistance R4 carries out frequency modulation to sound signal, the amplifier be finally made up of the first pin output audio vibration FM signal to the second resistance R5 and the second triode Q2, signal passes to LED 1 after amplifying, loudspeaker MK1 and remote-end alarm trigger module S, make LED 1 luminous, loudspeaker MK1 sounding, and by remote-end alarm trigger module S distally alarm assemblies transmitting trigger alarm signals.
Further according to intelligent sleep monitor system of the present invention, wherein said remote-end alarm assembly is mobile phone, and it is by bluetooth mode and Control Component 1 communication.
Further according to intelligent sleep monitor system of the present invention, wherein said temperature sensor is fibre optic temperature sensor, comprise infrared light supply 13, spectrum demodulator 14, wireless launcher 15, single-mode fiber 17 and inductive head 18, described infrared light supply 13 adopts the wideband light source of centre wavelength between 1520-1560nm, its light source output terminal is connected to one end of described single-mode fiber 17, the middle part of described single-mode fiber 17 is bent into the semi-circular structure of radius-of-curvature at 2mm-4mm, the other end of described single-mode fiber 17 is connected to described spectrum demodulator 14, the output terminal of described spectrum demodulator 14 is connected to described wireless launcher 15, on the semi-circular bending structure of described single-mode fiber 17, gummed solidify to form described inductive head 18.
Further according to intelligent sleep monitor system of the present invention, wherein said single-mode fiber 17 adopts low attenuation single-mode fiber, comprise core layer, sink covering and surrounding layer, wherein core layer is made up of refractive index three sandwich layers from high to low, the first described sandwich layer diameter is 5 μm ~ 6.5 μm, refractive index contrast Δ n 1be 0.25% ~ 0.4%, the second described sandwich layer diameter is 8 μm ~ 10 μm, refractive index contrast Δ n 2be 0.15% ~ 0.25%, the 3rd described sandwich layer diameter is 10.5 μm ~ 13 μm, refractive index contrast Δ n 3for-0.03% ~ 0.15%, and the refractive index contrast of three sandwich layers meets Δ n 1> Δ n 2> Δ n 3, the quartz glass that wherein core layer is mixed altogether by fluorine and germanium forms, and core layer outer cladding is sunk covering, and described sagging cladding diameter is 13 μm ~ 16 μm, refractive index contrast Δ n 4for-0.15% ~ 0%, the quartz glass that described sagging covering is mixed altogether by fluorine and germanium forms, and outermost layer is surrounding layer, and surrounding layer is pure silicon dioxide quartz glass layer, described refractive index contrast Δ=[n i-n 0/ n 0] * 100%, n ifor the refractive index of each corresponding part, n 0pure silicon dioxide glass refraction.
Further according to intelligent sleep monitor system of the present invention, wherein said fibre optic temperature sensor 12 causes the principle of interference peaks wave length shift to carry out temperature sensing based on temperature variation on the rate impact of bending fiber birefringence, by spectrum demodulator 14, interference peaks wave length shift is resolved to temperature variation, described fibre optic temperature sensor can sense the temperature variation of less than 0.05 DEG C, described MCU101 is the standard temperature distribution field that its foundation can reflect temperature changing process according to the temperature data that fibre optic temperature sensor 12 gathers, and carry out relevant control according to the temperature data of fibre optic temperature sensor sensing in real time.
Further according to intelligent sleep monitor system of the present invention, wherein said MCU is after generating the drive singal of warning trigger pip or stretching motor according to the sensing temperature of a certain temperature sensor, and the sensing temperature again according to this temperature sensor after delay scheduled time carries out relevant control.
Further according to intelligent sleep monitor system of the present invention, wherein also include four and be arranged at a vibrating mechanism in bight, surface respectively, described vibrating mechanism is connected to be prevented kicking quilt control module, when corresponding with this temperature sensor standard temperature distribution field that the temperature departure storer that the temperature sensor 12 being in a certain bight of quilt senses prestores, the magnetic stripe inductor 2 that described MCU101 judges to be in the described temperature sensor same corner positions induced signal that whether is magnetic exports, if be magnetic, induced signal exports, and described MCU101 drives vibrating mechanism work predetermined amount of time, then described MCU101 judges whether the temperature that the temperature sensor 12 in this bight senses still departs from standard temperature distribution field again, if then generate warning trigger pip and be transmitted to remote-end alarm assembly by wireless transmitter module, then control vibrating mechanism if not to quit work, if when the magnetic stripe inductor 2 that described MCU101 judges to be in described temperature sensor same corner positions does not have Magnetic Induction signal to export, then described MCU101 is in the stretching motor output drive signal of same adjacent corner to described magnetic stripe inductor 2.
At least following technique effect can be reached by technical scheme of the present invention:
1), prevention child of the present invention pedals the intelligent sleep monitor system kicking quilt son, arrange that multiple temperature sensor can sense the temperature of multiple body part comprehensively by innovation, coordinate temperature sensor that multiple magnetic stripe inductor and magnetite bar are set, under the prerequisite with magnetic health care function, automatic cover subfunction can be realized, ensure that the sleep quality of child and the head of a family simultaneously;
2), intelligent sleep monitor system innovation of the present invention adopts the temperature sensor detected temperatures of multiple spot layout, not only increase temperature monitoring precision, and by utilizing child to fall asleep each temperature sensor collecting temperature in front half an hour on-the-spotly set up respective standard temperature field distribution in real time, have matched the temperature contrast of different human body different parts, completely avoid in prior art and standard temperature is arranged at the frequent erroneous judgement warning phenomenon occurred between 25-37 degree Celsius;
3), intelligent sleep monitor system innovation of the present invention adopts optic temperature sensor monitor temperature, not only significantly improve temperature monitoring precision, and based on reflecting that the standard temperature field distribution of temperature changing process controls associated components work, ensure that control accuracy;
4), intelligent sleep monitor system of the present invention can also simultaneously with the intelligent mobile phone Bluetooth communication in head of a family's hand, can be assisted by the head of a family and under specific circumstances quilt be covered to child, there is high fever and the wet monitoring, alarming function of urine simultaneously, while guarantee sleep quality, the Safe sleep of child can be ensured to greatest extent;
5) temperature sensor, in intelligent sleep monitor system of the present invention adopts wireless infrared transmitting technology, without any radiation, be connected without wire with each Control Component that bed body is arranged simultaneously, not only easy to use, and without any potential safety hazard, the magnetite bar adopted and magnetic induction assembly thereof can provide magnetic physiotherapeutic health-care effect for health, fibre optic temperature sensor wherein especially based on body-care infrared light work and detection sensitivity is very high, the comfortable quality of sleep of children can be ensured to greatest extent;
6), monitoring system control procedure of the present invention has very high intelligent level, through long-term test, pedal during intelligent sleep monitor system of the present invention almost can automatically prevent child to sleep and kick quilt son, improve the sleep quality of child and the head of a family, there is wide marketing prospect.
Accompanying drawing explanation
Accompanying drawing 1 is the arrangement schematic diagram of intelligent sleep monitor system of the present invention on bed body;
Accompanying drawing 2 is the arrangement schematic diagram of intelligent sleep monitor system of the present invention on quilt;
Accompanying drawing 3 is the structural representation of the fibre optic temperature sensor preferably adopted in intelligent sleep monitor system of the present invention;
Accompanying drawing 4 is the interference peaks of spectrum demodulator demodulation in fibre optic temperature sensor shown in accompanying drawing 3 and the corresponding relation figure of temperature;
Accompanying drawing 5 is the structural representation of emergency control circuit in intelligent sleep monitor system of the present invention;
Accompanying drawing 6 is the anti-structural representation kicking quilt control module in intelligent sleep monitor system of the present invention;
Accompanying drawing 7 kicks quilt control flow schematic diagram for anti-in intelligent sleep monitor system of the present invention;
In figure, the implication of each Reference numeral is as follows:
1-Control Component, 2-magnetic stripe inductor, 3-stretching motor, 4-driven pulley, 5-pulls rope, 6-hygristor, 7-thermistor, 8-bed body, 9-quilt, 10-draw ring, 11-magnetite bar, 12-temperature sensor, 13-infrared light supply, 14-spectrum demodulator, 15-wireless launcher, 16-bends region, 17-single-mode fiber, 18-inductive head, 101-MCU, 102-power module, 103-wireless receiving module, 104-wireless transmitter module, 105-storer.
Embodiment
Below in conjunction with accompanying drawing, technical scheme of the present invention is described in detail, to enable those skilled in the art's understanding the solution of the present invention clearly, but does not therefore limit the scope of the invention.
A kind of child of prevention that the present invention innovates proposition is pedaled the intelligent sleep monitor system kicking quilt son and is had following functions: can pedal quilt in child's sleep, kick quilt son carry out warning and can automatically for child's cover son, in preventing child to sleep, quilt is kicked open and the generation of catching a cold that causes catching a cold, there is automatic cover subfunction simultaneously, thus automatically child can be pedaled the quilt kicked open without the need to startling adult as a rule and cover, prevent flu of catching a cold, ensure that good sleep quality, there is warning function simultaneously, when after automatic cover quilt temperature also lower than normal value, system launches alerting signal to the remote-end alarm assembly of household, by adult, quilt is covered to child, described intelligent alarm monitoring system has high fever and the wet monitoring, alarming function of urine simultaneously, can while guarantee sleep quality, ensure the Safe sleep of child to greatest extent.
Concrete prevention child of the present invention pedals the intelligent sleep monitor entire system kicking quilt son and comprises Control Component 1, magnetic stripe inductor 2, stretching motor 3, driven pulley 4, pulls rope 5, hygristor 6, thermistor 7, draw ring 10, magnetite bar 11 and temperature sensor 12, each parts be divided into arrange on bed body and arrange on quilt.Concrete first as shown in Figure 1 on bed body 8, arrange Control Component 1, magnetic stripe inductor 2, stretching motor 3, driven pulley 4, hygristor 6 and thermistor 7, whether wherein said hygristor 6 wets the bed for monitoring child, be arranged at the position that a surface corresponds to child's hip, described thermistor 7 adopts temperature monitoring precision at the high-sensitivity thermosensitive resistance of 0.1 DEG C, be arranged at the position that a surface corresponds to child back, described magnetic stripe inductor 2 at least comprises four, be arranged at the upper left corner of a body respectively, the lower left corner, the upper right corner and the lower right corner, corresponding to four bights of the quilt of bed body upper cover, described magnetic stripe inductor 2 is arranged at a upper surface in body bight, and magnetic interattraction can be produced with the magnetite bar 11 be arranged on quilt, described magnetic stripe inductor 2 can produce Magnetic Induction signal and export to Control Component 1 when attracting with corresponding magnetite bar simultaneously, described magnetic stripe inductor 2 is all connected to Control Component 1, it is concrete that to be connected in Control Component anti-kicks quilt control module.The bottom surface of described bed body is provided with stretching motor 3 and Control Component 1, described stretching motor 3 includes four, four bights corresponding to bed body are arranged at the upper left corner of a body, the lower left corner, the upper right corner and the lower right corner respectively, be in the magnetic stripe inductor 2 in the same bight of a body and stretching motor 3 is mutually corresponding, to the Magnetic Induction signal of stretching motor 3 drived control from the corresponding magnetic stripe inductor 2 being in it the same bight of a body.Described Control Component 1 is arranged at the bottom surface central authorities or central on the lower side of a body, to comprise shown in the emergency control circuit shown in accompanying drawing 3 and accompanying drawing 4 anti-kicks quilt control module for described Control Component, wherein hygristor 6 and thermistor 7 are connected to described emergency control circuit, and magnetic stripe inductor 2 and stretching motor 3 are connected to and describedly anti-kick quilt control module.Be respectively arranged with driven pulley 4 on the edge, bottom of described bed body and the angle at upper base edge, each driven pulley 4 is corresponding with a stretching motor, and by pulling rope 5 to be connected to stretching motor 3.Described draw ring 10, magnetite bar 11 and temperature sensor 12 are arranged on the quilt 9 on a body, concrete as shown in Figure 2, in four angles of quilt, described magnetite bar 11 is set respectively, and described magnetite bar 11 is when quilt spreads on a body, each magnetite bar 11 is corresponding with the magnetic stripe inductor 2 of on bed body, thus be in the magnetic stripe inductor 2 in a body and the same bight of quilt, being formed as one and controlling sense group of stretching motor 3 and magnetite bar 11 correspondence, in Control Component, correspond to this control sense group being in a body and the same bight of quilt give same control sequence instruction, separate between different control sense group, that is Control Component based on a certain magnetic stripe inductor 2 Magnetic Induction signal control with this magnetic stripe inductor be in same bed body position to strain stretch machine operation, the corresponding magnetite bar that described magnetic stripe inductor only has induction and its to be in same bed body position simultaneously just exports Magnetic Induction signal to Control Component.Described magnetite bar 11 and magnetic stripe inductor 2 all adopt health-care magnetic iron to make, there is certain magnetic attraction effect between the two, can ensure that quilt alignment is covered on a body, simultaneously described magnetic stripe sensing apparatus is magnetic sensing function, Magnetic Induction signal can be produced when attracting with magnetic stripe stone generation magnetic and export Control Component to, Magnetotherapeutic health effect can be reached, described magnetite bar 11 preferred form right angle bending linear additionally by magnetite bar 11 and magnetic stripe inductor 2.Described draw ring 10 is arranged at four bights of quilt, each draw ring 10 is corresponding with the stretching motor being arranged on the same bight of a body, one end of rope 5 is pulled to be fixedly connected on the draw ring 10 in certain bight of quilt, then after pulling rope 5 to walk around the driven pulley 4 of corresponding bight setting, the other end is fixedly connected on the stretching motor 3 of corresponding bight setting, can be covered on a body by arranging draw ring in quilt four angles by by the whole bed surface of sub-covering.Described quilt arranges described temperature sensor 12, concrete described temperature sensor 12 as shown in Figure 2, include five temperature sensors 12, be distributed in the left and right sides that quilt corresponds to human body bight respectively, quilt corresponds to the middle part that the left and right sides of shoulders of human body and quilt correspond to human body belly, four temperature sensors being wherein positioned at quilt bight are corresponding with four magnetite bars in quilt bight, each temperature sensor is arranged near a magnetite bar of correspondence position, in like manner in Control Component, correspond to this temperature sensor 12 being in quilt and the same adjacent corner of bed body, magnetic stripe inductor 2, being formed as one and controlling sense group of stretching motor 3 and magnetite bar 11 correspondence, give same control sequence instruction works, separate between different control sense group, that is the stretching machine operation of corresponding angles position annex is controlled based on the temperature of a certain temperature sensor monitors.Described temperature sensor 12 preferably adopts has highly sensitive temperature monitoring sensing element, and be arranged at quilt inside, and described temperature sensor is connected with the Control Component under bed body with wireless communication mode, thus without directly connecting wire between described quilt and bed body, namely facilitate the operation of quilt bedding, in turn ensure that electrical safety.Temperature sensor can adopt the existing sensory package sending sensing temperature signal based on Blue-tooth communication method, require that compact is lightweight simultaneously, human body is made to cover foreign sense after quilt, can not have any impact to sleep, applicant is through some tests, innovation proposes to adopt fibre optic temperature sensor can requirement to the temperature sensor be arranged in quilt in the particularly preferred the present invention of meeting, because one optical fiber has very little volume, foreign body sensation can not be produced when being arranged in quilt, fibre optic temperature sensor is based on optics mode of operation sensing temperature in addition, temperature sensing precision can reach less than 0.05 DEG C, can be good at meeting temperature sensing accuracy requirement of the present invention, the fibre optic temperature sensor adopted in the present invention in addition works in infrared band, not only harmless, also there is certain physiotherapy function.The composition structure and the principle of work that are applied to temperature sensor of the present invention is described in detail below in conjunction with accompanying drawing 3.
As shown in Figure 3, described fibre optic temperature sensor 12 comprises infrared light supply 13, spectrum demodulator 14, wireless launcher 15, single-mode fiber 17 and inductive head 18, wherein said infrared light supply 13 adopts the broadband IR source of centre wavelength between 1520-1560nm, its light source output terminal is connected to one end of single-mode fiber 17, the middle part of single-mode fiber 17 is bent into the semi-circular structure of radius-of-curvature at 2mm-4mm, the other end of single-mode fiber 17 is connected to spectrum demodulator 14, the output terminal of spectrum demodulator 14 is connected to wireless launcher 15, on the semi-circular bending structure in the middle part of single-mode fiber 17, adhering and solidifying glue forms spherical temperature sense head 18.The principle of work of this fibre optic temperature sensor of the present invention is: in Fibre Optical Sensor, the effect of temperature on fiber is apart from thermo-optic effect, outside thermal expansion effects, temperature also can affect the birefraction of optical fiber, when described single-mode fiber is after severe bends, the index distribution of its inside can be changed, thus birefraction can be enhanced, in the single-mode fiber after severe bends, input light with wideband light source and can observe obvious interference fringe at its exit end by spectrometer, and when the temperature of the bending section of single-mode fiber changes, birefraction in bending section optical fiber changes thereupon, the change of this bending section birefraction then can show as the drift of interference peaks, thus just can judge temperature variations by the drift value detecting interference peaks, therefore fibre optic temperature sensor of the present invention is by carrying out severe bends by single-mode fiber, light can be produced at exit end after bending section interfere, utilize the sensitivity of birefraction to temperature of curved fiber, by carrying out to transmission spectrum the information that Wavelength demodulation obtains temperature, realize the measurement of environment temperature.It is concrete when fibre optic temperature sensor 12 is arranged in quilt, spherical inductive head 18 as temperature sensing head is in the temperature field in quilt, incident light is provided to optical fiber by infrared light supply 13, interfere at the bending section through inductive head 18 place, when in quilt, temperature changes, the birefraction of inductive head 18 inner bending optical fiber is caused to change, thus cause the wavelength of interference peaks to drift about, finally by spectrum demodulator 14, the wave length shift of this interference peaks is resolved to concrete temperature variation, as shown in Figure 4, when temperature is warming up to the process of 30 degrees Celsius from 20 degrees Celsius with an once stepping gradually, the wavelength of the interference peaks of wavelength near 1550nm floats to 1532.28nm gradually from 1553.32nm, described spectrum demodulator 14 can resolve to according to this interference peaks wave length shift the temperature value that inductive head specifically senses, and launched to Control Component by wireless launcher 15, this fibre optic temperature sensor can sense the temperature variation of less than 0.05 DEG C based on interference peaks wave length shift.The single-mode fiber 17 be applied in this fibre optic temperature sensor adopts low attenuation single-mode fiber, comprise core layer, sink covering and surrounding layer, wherein core layer is made up of refractive index three sandwich layers from high to low, and the first described sandwich layer diameter is 5 μm ~ 6.5 μm, refractive index contrast Δ n 1be 0.25% ~ 0.4%, the second described sandwich layer diameter is 8 μm ~ 10 μm, refractive index contrast Δ n 2be 0.15% ~ 0.25%, the 3rd described sandwich layer diameter is 10.5 μm ~ 13 μm, refractive index contrast Δ n 3for-0.03% ~ 0.15%, and the refractive index contrast of three sandwich layers meets Δ n 1> Δ n 2> Δ n 3, the quartz glass that wherein core layer is mixed altogether by fluorine (F) and germanium (Ge) forms, and core layer outer cladding is sunk covering, and described sagging cladding diameter is 13 μm ~ 16 μm, refractive index contrast Δ n 4for-0.15% ~ 0%, the quartz glass that described sagging covering is mixed altogether by fluorine (F) and germanium (Ge) forms, and outermost layer is surrounding layer, and surrounding layer is pure silicon dioxide quartz glass layer, described refractive index contrast Δ=[(n i-n 0)/n 0] * 100%, n ifor the refractive index of each corresponding part, n 0pure silicon dioxide glass refraction.Through several times test, this single-mode fiber is adopted to can be good at meeting the temperature sensing requirement of fibre optic temperature sensor.
Be described in detail Control Component in the present invention 1 below, described Control Component comprises two large divisions: anti-shown in the emergency control circuit namely shown in accompanying drawing 5 and accompanying drawing 6 kicks quilt control module.Described emergency control circuit carries out early warning when being used in child's fever or wetting the bed, it is connected to described hygristor 6 and thermistor 7, concrete as shown in Figure 5, described emergency control circuit comprises power unit, temperature sensing portion, humidity sensor part, chip controls part and alarm portion.Power supply is that whole circuit is powered; Temperature variation signal is converted into voltage change signal by temperature sensing portion; Humidity variable signal is converted into voltage change signal by humidity sensor part; The trigger end of chip controls part is connected with the output terminal of humidity sensor part with the output terminal of temperature sensing portion respectively, chip controls part signal output terminal is connected with alarm portion signal input part, chip controls part determines whether send working signal to alarm portion according to the voltage change signal that temperature sensing portion and humidity sensor part transmit, and the working signal that alarm portion exports according to chip controls part carries out sounding, luminescence and remote alarms.Concrete described temperature sensing portion comprises the 3rd resistance R3, potentiometer VR1 and described thermistor 7, wherein thermistor 7 one end connects positive source, thermistor 7 other end serial connection the 3rd resistance R3 one end, the 3rd resistance R3 other end connects one end of potentiometer VR1, the 3rd resistance R3 other end also connects the trigger end 6 of the alarm chip IC1 in chip controls part simultaneously, and the described potentiometer VR1 other end connects power cathode, described humidity sensor part comprises hygristor 6, first resistance R1, the second resistance R2, NPN type first triode Q1, wherein hygristor 6 one end connects positive source, hygristor 6 other end is connected to the first triode Q1 base stage after being connected in series the first resistance R1, connect power cathode after this first triode Q1 emitter is connected in series the second resistance R2, this first triode Q1 collector connects the trigger end 6 of the alarm chip IC1 in chip controls part, described chip controls part comprises the first electric capacity C1, second electric capacity C2, first diode D1, second diode D2, 4th resistance R4, 6th resistance R6 and alarm chip IC1, described alarm chip IC1 model is SGZ07, power end the 7th pin 7 of this alarm chip IC1 connects positive source, earth terminal the 8th pin 8 connects power cathode, second pin 2 connects the 9th pin 9, 9th pin 9 connects the 4th resistance R4 one end, 4th another termination of resistance R4 the tenth pin 10, tenth pin 10 connects first electric capacity C1 one end, the first electric capacity C1 other end connects the first pin 1, first pin is as trigger output end, tenth pin 10 connects the first diode D1 positive pole, first diode D1 negative pole connects the 11 pin 11, 11 pin 11 connects one end of the second electric capacity C2, the second electric capacity C2 other end connects the 6th resistance R6 one end simultaneously, 14 pin 14 and the second diode D2 positive pole, second diode D2 negative pole connects the 5th pin 5, the 6th resistance R6 other end connects the 12 pin the 12 and the 13 pin 13 simultaneously, described alarm portion comprises the 5th resistance R5, NPN type second triode Q2, loudspeaker MK1, LED 1 and remote alarms trigger module, first pin 1 of the 5th resistance R5 one end chip IC 1 taking alarm, another termination second triode of 5th resistance R5 Q2 base stage, second triode Q2 emitter connects power cathode, second triode Q2 collector is connecting luminous diode LED1 negative pole and loudspeaker MK1 one end simultaneously, LED 1 positive pole connects positive source, another termination remote alarms trigger module one end of loudspeaker MK1, remote alarms trigger module other end positive source.The work process of described emergency control circuit is: when child's high fever, cling to the body back thermistor 7 residing for local environment temperature raise, described thermistor 7 is positive temperature coefficient thermistor (PTC), when temperature raises, its resistance value becomes large, therefore the voltage being distributed in thermistor 7 two ends also raises simultaneously, make the corresponding reduction of voltage at potentiometer VR1 two ends, thus make the trigger end 6 of alarm chip IC1 become low level from high level; When child wets the bed, or because of other reasons touch water time, the resistance of hygristor 6 reduces, the base stage of triode Q1 is made to obtain forward bias, triode Q1 conducting, the voltage step-down of triode Q1 collector, thus make the trigger end 6 of alarm chip IC1 become low level from high level.And when the trigger end 6 of alarm chip IC1 becomes low level from high level, alarm chip IC1 works, adopt audio oscillation principle, when alarm chip IC1 works, the sound signal of alarm chip IC1 is vibrated by the oscillation circuit that first electric capacity C2 and resistance R6 forms, the sound signal of alarm chip IC1 is carried out frequency modulation by the FM circuit that then electric capacity C1 and resistance R4 forms, finally by output terminal 1 output audio oscillator signal to sound and light alarm part.The signal that the output terminal 1 of alarm chip exports passes to LED 1 after the amplifier that resistance R5 and triode Q2 forms amplifies, loudspeaker MK1 and remote alarms trigger module, make LED 1 luminous, loudspeaker MK1 sounding, and by remote alarms trigger module distally alarm assemblies transmitting trigger alarm signals, described remote-end alarm assembly can be the mobile phone in head of a family's hand, it receives the trigger pip of remote alarms trigger module by bluetooth mode and reports to the police after receiving trigger pip, like this when child's high fever or urine wet, the very first time can notify the head of a family by trigger alarm and on-the-spot mode of raising one's voice, the danger that when urinating wet or high fever, Nobody Knows causes is prevented to occur, before providing comfortable sleeping for child, ensure that child there will not be high fever or the wet lower situation that Nobody Knows of urine by emergency control circuit.
The anti-concrete structure kicking quilt control module that Control Component 1 of the present invention comprises is described below, as shown in Figure 6, describedly anti-kick quilt control module and comprise MCU101, power module 102, wireless receiving module 103, wireless transmitter module 104 and storer 105, wherein said MCU101 is connected to described power module 102 as center processing parts simultaneously, wireless receiving module 103, wireless transmitter module 104 and storer 105, described power module provides operating voltage for whole control module, the temperature sensing signal that described wireless receiving module 103 wirelessly transmits for receiving temperature sensor 12 that quilt is arranged, described wireless transmitter module 104 is by the wirelessly distally alarm assemblies transmission of the warning Trig control signal after MCU1010 process, described remote-end alarm assembly can be the mobile phone in head of a family's hand, it receives the warning trigger pip of wireless transmitter module 104 by bluetooth mode and reports to the police after receiving trigger pip, described storer 105 is as the storage facilities of MCU101 data processing.Each temperature sensor 12 that described quilt is arranged is connected to described MCU101 with communication, the each magnetic stripe inductor 2 simultaneously described bed body arranged and stretching motor 3 are connected on described MCU101 simultaneously, the action that described MCU101 can control strain stretch motor 3 according to the Magnetic Induction signal of the temperature sensing signal of each temperature sensor and each magnetic stripe inductor 2, and send warning trigger pip according to setting distally alarm assemblies.As previously mentioned, described MCU101 is to be in the temperature sensor 12 in a body and the same bight of quilt, magnetic stripe inductor 2 and stretching motor 3 as same control group, the described anti-control module that kicks quilt has quilt simultaneously and kicks open the several functions such as warning, automatic cover, has higher intelligent level.Concrete accompanying drawing 7 provides and describedly anti-kicks quilt control module specific works flow process, first child sleeps on bed body and after covering quilt, each temperature sensor 12 is started working respectively, the temperature information at position, real-time sensing place, and by the temperature real-time Transmission of sensing to MCU101, and be stored in storer 105, before child falls asleep in half an hour, the general head of a family aside accompanies, therefore each temperature sensor 12 is using half an hour before starting working as standard temperature data acquisition time section, when the temperature gathered in front half an hour is transferred to MCU by each temperature sensor 12, correspond to the foundation of each temperature sensor in memory and have respective standard temperature distribution field, respective standard temperature field set up respectively by two temperature sensors as being in child's leg, respective standard temperature field also set up by the temperature sensor being in child's belly position, two temperature sensors being in child's shoulder are also set up respectively respective standard temperature field, the standard temperature distribution field of each temperature sensor is incomplete same, and also there is difference corresponding to the standard temperature field distribution that each temperature sensor of different people is set up at same position, important innovations part of the present invention is exactly before child falls asleep in half an hour, each temperature sensor collection warmly takes and respective standard temperature field distribution is set up at scene in real time, to mate the different difference of different human body temperature, allly in prior art prevent the standard temperature kicking quilt son from being nearly all be fixed between 25-37 degree Celsius, the present invention specializes the Temperature Distribution of different human body different parts more in the difference of this temperature.Simultaneously under the head of a family starts the prerequisite of accompanying quilt complete cover on whole bed body, the magnetite bar 11 in each bight of quilt adsorbs with the magnetic stripe inductor in corresponding bight respectively, each stretching motor is by pulling rope 5 by quilt stretching and leveling, illustrate that described magnetite bar 11 and magnetic stripe inductor adsorb faint simultaneously, and stretching motor is less to pulling the pulling force of rope 5, can by rope stretch by stretching motor, oppositely freely can retract rope by quilt simultaneously, magnetite bar 11 is for quilt provides faint acting force with pulling rope 5, the unnatural restriction causing quilt to human body can not be stood up at human body.After half an hour, each temperature sensor senses the temperature at respective position in real time, and it is transferred to MCU in real time, when the temperature value that a certain temperature sensor 12 being in quilt bight senses departs from corresponding with this temperature sensor normal temperature distribution field set up in storer, MCU101 reading and this temperature sensor are in the output data of the magnetic stripe inductor near same corner positions, see whether this magnetic stripe inductor now exports the induced signal that is magnetic, if had, show that the quilt in this bight covers normally on bed body, because when described magnetic stripe inductor only has in magnetic field range that to aim at magnetite bar and be namely in magnetite bar, just can produce Magnetic Induction signal and export, now child may initiatively stretch out in outside quilt corresponding to the health in this bight, at this moment MCU generates warning Trig control signal and is transmitted to remote-end alarm assembly by wireless transmitter module, as head of a family's mobile phone, trigger remote-end alarm assembly to report to the police, thus wake the head of a family by child body lid in quilt.If now magnetic stripe inductor does not export Magnetic Induction signal, then show that the magnetic stripe inductor in bight, quilt place does not have the magnetite bar in bight corresponding to bed body to aim at, this bight of quilt may be kicked open by child, now MCU generates drive singal and exports to the stretching motor being in same adjacent corner with described temperature sensor, restrained stretching machine operation, by stretching rope, the quilt in this bight is pulled to the aligned position that magnetic stripe inductor has induced signal, complete automatic cover subprocess, stretching motor quits work simultaneously, then the temperature sensor being in this bight continues monitor temperature, and warmly take data by what arrange that clock signal control lag reads this temperature sensor again after 5 minutes in MCU, because the body part just having built quilt needs certain hour could recover normally to warmly take.That is described MCU is after generating warning Trig control signal or stretching motor drive signal according to the monitor temperature of each temperature sensor, and delay scheduled time (general 3-5 minute) receives the monitor temperature signal of this temperature sensor again.MCU is to being in the temperature sensing signal process of each temperature sensor in other each bights of quilt and the identical of an above-mentioned bight, and aforesaid operations can be carried out in each bight simultaneously.MCU, when restrained stretching machine operation, stops driving stretching motor when again receiving the Magnetic Induction signal of the magnetic stripe inductor being in same bight with the motor that stretches.When the temperature value that the temperature sensor 12 be in the middle part of quilt senses departs from corresponding with this temperature sensor normal temperature distribution field set up in storer, MCU101 directly generates warning Trig control signal and is transmitted to remote-end alarm assembly by wireless transmitter module, as head of a family's mobile phone, trigger remote-end alarm assembly to report to the police, thus wake the head of a family by child body lid in quilt, then delay scheduled time (general 3-5 minute) receives the monitor temperature signal of this temperature sensor again.The anti-control module that kicks quilt of the present invention can based on the sensing temperature information of human body each main portions in bed by the way, Realtime Alerts or automatically carry out cover, ensure that sleep comfort level, avoid the flu risk kicked open quilt and may cause.
Further the present invention adopts fibre optic temperature sensor to sense the temperature at each position of quilt, described fibre optic temperature sensor is described above, drift based on interference peak can the change of sensing temperature in real time, therefore when adopting above-mentioned fibre optic temperature sensor, within the half an hour of starting working, MCU sets up based on the temperature value that fibre optic temperature sensor senses accurately can reflect that the Temperature Distribution field of temperature changing process is as normal temperature field distribution, the more above-mentioned temperature field with a certain range temperature value reflection is more accurate, specifically for the fibre optic temperature sensor in a certain bight, within the half an hour starting sleep, MCU sets up temperature rising change curve corresponding with it based on its temperature information sensed, obtain temperature rising rate of change, when quilt is kicked open or health is in outside quilt, the temperature that the fibre optic temperature sensor of correspondence position senses will decline, thus MCU carries out reporting to the police or the sub-action of cover based on rising control procedure.The largest benefit introducing fibre optic temperature sensor is, MCU is based on producing each fibre optic temperature sensor after corresponding actions without the need to gathering the data of this fibre optic temperature sensor after time delay again, because fibre optic temperature sensor can sensing temperature delta data in real time, it is not kelvin rating, after quilt is kicked open and is built, even if the temperature that position, place starts is lower, but temperature is change of rising, the initial segment of the temperature variation distribution field initially set up with position, place is identical, now can't affect the normal running of MCU, this Comparison of standards temperature field of whether departing from using rate of temperature change as temperature can control the work of each parts more accurately, but therefore the present invention is not limited.
The present invention further can arrange vibrating mechanism in the position that each bight of above-mentioned bed body is corresponding with magnetite bar, and vibrating mechanism kicks quilt control module with anti-, above-mentioned magnetic stripe sensing apparatus be magnetic induced signal export and monitors temperature is abnormal time, the vibrating mechanism first starting corresponding bight reminds child to stretch within quilt by the health corresponding to this bight, then after predetermined time delay when the temperature of this corner positions of temperature sensor monitors is still abnormal, just carry out above-mentioned MCU generate warning Trig control signal and be transmitted to remote-end alarm assembly by wireless transmitter module, as head of a family's mobile phone, trigger remote-end alarm assembly to report to the police, thus wake the head of a family by child body lid to the process in quilt.That is in above-mentioned control procedure, this pilot process of automatic vibration is added, corresponding described MCU generate according to the monitor temperature of each temperature sensor warning Trig control signal, stretching motor drive signal or to the drive singal of vibrating mechanism after, delay scheduled time (general 3-5 minute) receives the monitor temperature signal of this temperature sensor again.
Pedal by prevention child of the present invention the intelligent sleep monitor system kicking quilt son and can pedal quilt in child's sleep, kick quilt son carry out warning and can automatically for child's cover son, in preventing child to sleep, quilt is kicked open and the generation of catching a cold that causes catching a cold, there is automatic cover subfunction simultaneously, thus automatically child can be pedaled the quilt kicked open without the need to startling adult as a rule and cover, prevent flu of catching a cold, ensure that good sleep quality, there is timely warning function simultaneously, when after automatic cover quilt, temperature also departs from normal value, system launches alerting signal to the remote-end alarm assembly of household, by adult, quilt is covered to child, described intelligent alarm monitoring system has high fever and the wet monitoring, alarming function of urine simultaneously, can while guarantee sleep quality, ensure the Safe sleep of child to greatest extent.The temperature sensor be arranged in addition on quilt adopts wireless infrared transmitting technology, without any radiation, be connected without wire with each Control Component that bed body is arranged simultaneously, not only easy to use, and without any potential safety hazard, the magnetite bar adopted and magnetic induction assembly thereof can provide magnetic physiotherapeutic health-care effect for health, fibre optic temperature sensor wherein especially based on body-care infrared light work and detection sensitivity is very high, the comfortable quality of sleep of children can be ensured to greatest extent, there is wide marketing prospect.
Below be only that the preferred embodiment of the present invention is described; technical scheme of the present invention is not limited to this; the any known distortion that those skilled in the art do on the basis that major technique of the present invention is conceived all belongs to the claimed technology category of the present invention, and the concrete protection domain of the present invention is as the criterion with the record of claims.

Claims (10)

1. one kind is prevented child to pedal to kick quilt the intelligent sleep monitor system of son, it is characterized in that, comprise Control Component (1), magnetic stripe inductor (2), stretching motor (3), driven pulley (4), pull rope (5), hygristor (6), thermistor (7), draw ring (10), magnetite bar (11), temperature sensor (12) and remote-end alarm assembly, described hygristor (6) is arranged at a middle and lower part in body front, described thermistor (7) is arranged at a middle part in body front, described magnetic stripe inductor (2) includes four, be arranged at a upper left corner in body front respectively, the lower left corner, the upper right corner and the lower right corner, described stretching motor (3) includes four, be arranged at a upper left corner at the body back side respectively, the lower left corner, the upper right corner and the lower right corner, described Control Component (1) is arranged at a body back side and comprises emergency control circuit and prevent kicking quilt control module, described hygristor (6) and thermistor (7) are connected to described emergency control circuit, described magnetic stripe inductor (2) and stretching motor (3) are connected to and describedly anti-kick quilt control module, described driven pulley (4) includes four, be arranged at an outer edge in the body upper left corner respectively, the outer edge in the lower left corner, the outer edge in the upper right corner and the outer edge in the lower right corner, and the driven pulley (4) being arranged at the same bight of a body is corresponding with stretching motor, described magnetite bar (11) includes four, be arranged at the upper left corner of quilt respectively, the lower left corner, the upper right corner and the lower right corner, and when quilt spreads on a body, the magnetite bar (11) being arranged at a certain bight of quilt is corresponding with the magnetic stripe inductor (2) be arranged on the same bight of a body, described draw ring (10) includes four and is arranged at four bights of quilt respectively, the draw ring (10) in each bight is connected on the stretching motor (3) of same bight setting after pulling rope (5) to walk around the driven pulley (4) in same bight, described temperature sensor (12) includes five and is distributed in the left and right sides that quilt corresponds to human foot respectively, the left and right sides corresponding to shoulders of human body and the position corresponding to human body belly, be in the temperature sensor (12) of quilt and the same adjacent corner of bed body, magnetic stripe inductor (2), stretching motor (3) and magnetite bar (11) form a corresponding sensing control group, the sensing control group in different bight is separate, the anti-control module that kicks quilt that described temperature sensor (12) and the bed body back side are arranged is connected with wireless communication mode, described Control Component (1) is connected with the wireless telecommunications of remote-end alarm assembly.Described emergency control circuit comprises power supply, temperature sensing portion, humidity sensor part, chip controls part and alarm portion, described temperature sensing portion comprises the 3rd resistance (R3) and potentiometer (VR1), described thermistor (7) one end connects the positive pole of power supply, one end of described 3rd resistance (R3) of described thermistor (7) other end serial connection, 3rd resistance (R3) other end connects one end of potentiometer (VR1), described 3rd resistance (R3) other end connects the 6th pin of the alarm chip (IC1) in chip controls part simultaneously, the other end of described potentiometer (VR1) connects power cathode, described humidity sensor part comprises the first resistance (R1), second resistance (R2), first triode (Q1) of NPN type, described hygristor (6) one end connects the positive pole of power supply, described first resistance (R1) of other end serial connection of described hygristor (6) connects the base stage of described first triode (Q1) afterwards, described second resistance (R2) of emitter serial connection of described first triode (Q1) connects the negative pole of power supply afterwards, the collector of described first triode (Q1) connects the 6th pin of the alarm chip (IC1) in chip controls part, described chip controls part comprises the first electric capacity (C1), second electric capacity (C2), first diode (D1), second diode (D2), 4th resistance (R4), 6th resistance (R6) and alarm chip (IC1), described alarm chip (IC1) model is SGZ07, there are 14 pins, 7th pin of described alarm chip (IC1) connects positive source, 8th pin connects power cathode, second pin connects the 9th pin, 9th pin connects one end of the 4th resistance (R4), another termination the tenth pin of the 4th resistance (R4), tenth pin connects one end of the first electric capacity (C1), the other end of the first electric capacity (C1) connects the first pin, first pin is as trigger pip output terminal, tenth pin connects the positive pole of the first diode (D1), the negative pole of the first diode (D1) connects the 11 pin, 11 pin connects one end of the second electric capacity (C2), the other end of the second electric capacity (C2) connects one end of the 6th resistance (R6) simultaneously, the positive pole of the 14 pin and the second diode (D2), the negative pole of the second diode (D2) connects the 5th pin, the other end of the 6th resistance (R6) connects the 12 pin and the 13 pin simultaneously, described alarm portion comprises the 5th resistance (R5), second triode (Q2) of NPN type, loudspeaker (MK1), light emitting diode (LED1) and remote-end alarm trigger module, first pin of one end chip taking alarm (IC1) of the 5th resistance (R5), the base stage of another termination second triode (Q2) of the 5th resistance (R5), the emitter of the second triode (Q2) connects power cathode, the collector negative pole of connecting luminous diode (LED1) and one end of loudspeaker (MK1) simultaneously of second triode (Q2), the positive pole of light emitting diode (LED1) connects positive source, one end of another termination remote-end alarm trigger module of loudspeaker (MK1), another termination positive source of remote-end alarm trigger module, described remote-end alarm trigger module is connected with the wireless telecommunications of described remote-end alarm assembly, described thermistor (7) is positive temperature coefficient thermistor.Describedly anti-kick quilt control module and comprise MCU (101), power module (102), wireless receiving module (103), wireless transmitter module (104) and storer (105), described MCU (101) is connected to described power module (102) simultaneously, wireless receiving module (103), wireless transmitter module (104) and storer (105), described wireless receiving module (103) wirelessly receives the temperature signal that described temperature sensor (12) senses, the warning trigger pip that MCU (101) provides by described wireless transmitter module (104) is distally alarm assemblies transmission wirelessly, described magnetic stripe inductor (2) and stretching motor (3) are connected to described MCU (101), described anti-when kicking quilt control module work, what first quilt was smooth is covered on a body, the magnetic stripe inductor in the magnetite bar (11) in each bight of quilt bight corresponding to bed body respectively adsorbs, and described MCU (101) is that respective standard temperature distribution field set up by each temperature sensor (12) according to the temperature data gathered in each temperature sensor (12) front half an hour, and be stored in storer, then each temperature sensor senses in real time and transmits the temperature at respective position, when corresponding with this temperature sensor standard temperature distribution field that the temperature departure storer that the temperature sensor (12) being in a certain bight of quilt senses prestores, described MCU (101) judges that the magnetic stripe inductor (2) being in same corner positions with the described temperature sensor induced signal that whether is magnetic exports, if have, described MCU (101) generates warning trigger pip and is transmitted to remote-end alarm assembly by wireless transmitter module, if be in the stretching motor output drive signal of same adjacent corner without, described MCU (101) to described magnetic stripe inductor (2), drive stretching machine operation, when stretching motor by the magnetite bar that the quilt in this bight to be pulled to this bight by stretching rope, magnetic stripe inductor is stated to residence and produce on magnetic stripe inductor Magnetic Induction signal export time, the stretching motor that described MCU (101) controls corresponding bight quits work, when corresponding with this temperature sensor standard temperature distribution field being in that temperature departure storer that the temperature sensor in the middle part of quilt (12) senses prestores, described MCU (101) generates warning trigger pip and is transmitted to remote-end alarm assembly by wireless transmitter module.
2. intelligent sleep monitor system according to claim 1, is characterized in that, the temperature monitoring precision of described thermistor (7) is 0.1 DEG C.
3. intelligent sleep monitor system according to claim 1 and 2, it is characterized in that, described magnetite bar (11) and magnetic stripe inductor (2) all adopt health-care magnetic iron to make, have certain magnetic attraction effect between the two, described magnetic stripe sensing apparatus is magnetic sensing function can produce Magnetic Induction signal and export to Control Component when attracting with the magnetic stripe stone generation magnetic being in same corner positions.
4. the intelligent sleep monitor system according to any one of claim 1-3, it is characterized in that, the course of work of described emergency control circuit is: when high fever occurs child, the resistance value of described thermistor becomes large, the voltage being distributed in thermistor (7) two ends raises, the trigger pip being provided to alarm chip (IC1) the 6th pin becomes low level from high level, when child wets the bed, the resistance of described hygristor (6) reduces, the base stage forward bias conducting of the first triode (Q1), the voltage step-down of the first triode (Q1) collector, the trigger pip being provided to alarm chip (IC1) the 6th pin becomes low level from high level, when the trigger pip of alarm chip (IC1) the 6th pin becomes low level from high level, alarm chip (IC1) works, first the oscillation circuit be made up of the second electric capacity (C2) and the 6th resistance (R6) vibrates to sound signal, the FM circuit be then made up of the first electric capacity (C1) and the 4th resistance (R4) carries out frequency modulation to sound signal, the amplifier be finally made up of the first pin output audio vibration FM signal to the second resistance (R5) and the second triode (Q2), signal passes to light emitting diode (LED1) after amplifying, loudspeaker (MK1) and remote-end alarm trigger module (S), make light emitting diode (LED1) luminous, loudspeaker (MK1) sounding, and by remote-end alarm trigger module (S) distally alarm assemblies transmitting trigger alarm signals.
5. the intelligent sleep monitor system according to any one of claim 1-4, is characterized in that, described remote-end alarm assembly is mobile phone, and it is by bluetooth mode and Control Component (1) communication.
6. the intelligent sleep monitor system according to any one of claim 1-5, it is characterized in that, described temperature sensor is fibre optic temperature sensor, comprise infrared light supply (13), spectrum demodulator (14), wireless launcher (15), single-mode fiber (17) and inductive head (18), described infrared light supply (13) adopts the wideband light source of centre wavelength between 1520-1560nm, its light source output terminal is connected to one end of described single-mode fiber (17), the middle part of described single-mode fiber (17) is bent into the semi-circular structure of radius-of-curvature at 2mm-4mm, the other end of described single-mode fiber (17) is connected to described spectrum demodulator (14), the output terminal of described spectrum demodulator (14) is connected to described wireless launcher (15), on the semi-circular bending structure of described single-mode fiber (17), gummed solidify to form described inductive head (18).
7. intelligent sleep monitor system according to claim 6, it is characterized in that, described single-mode fiber (17) adopts low attenuation single-mode fiber, comprise core layer, sink covering and surrounding layer, wherein core layer is made up of refractive index three sandwich layers from high to low, and the first described sandwich layer diameter is 5 μm ~ 6.5 μm, and refractive index contrast Δ n1 is 0.25% ~ 0.4%, the second described sandwich layer diameter is 8 μm ~ 10 μm, refractive index contrast Δ n 2be 0.15% ~ 0.25%, the 3rd described sandwich layer diameter is 10.5 μm ~ 13 μm, refractive index contrast Δ n 3for-0.03% ~ 0.15%, and the refractive index contrast of three sandwich layers meets Δ n 1> Δ n 2> Δ n 3, the quartz glass that wherein core layer is mixed altogether by fluorine and germanium forms, and core layer outer cladding is sunk covering, and described sagging cladding diameter is 13 μm ~ 16 μm, refractive index contrast Δ n 4for-0.15% ~ 0%, the quartz glass that described sagging covering is mixed altogether by fluorine and germanium forms, and outermost layer is surrounding layer, and surrounding layer is pure silicon dioxide quartz glass layer, described refractive index contrast Δ=[(n i-n 0)/n 0] * 100%, n ifor the refractive index of each corresponding part, n 0pure silicon dioxide glass refraction.
8. intelligent sleep monitor system according to claim 7, it is characterized in that, described fibre optic temperature sensor (12) causes the principle of interference peaks wave length shift to carry out temperature sensing based on temperature variation on the rate impact of bending fiber birefringence, by spectrum demodulator (14), interference peaks wave length shift is resolved to temperature variation, described fibre optic temperature sensor can sense the temperature variation of less than 0.05 DEG C, described MCU (101) is the standard temperature distribution field that its foundation can reflect temperature changing process according to the temperature data that fibre optic temperature sensor (12) gathers, and carry out relevant control according to the temperature data of fibre optic temperature sensor sensing in real time.
9. the intelligent sleep monitor system according to any one of claim 1-5, it is characterized in that, described MCU is after generating the drive singal of warning trigger pip or stretching motor according to the sensing temperature of a certain temperature sensor, and the sensing temperature again according to this temperature sensor after delay scheduled time carries out relevant control.
10. the intelligent sleep monitor system according to any one of claim 1-9, it is characterized in that, also include four and be arranged at a vibrating mechanism in bight, surface respectively, described vibrating mechanism is connected to be prevented kicking quilt control module, when corresponding with this temperature sensor standard temperature distribution field that the temperature departure storer that the temperature sensor (12) being in a certain bight of quilt senses prestores, described MCU (101) judges that the magnetic stripe inductor (2) being in same corner positions with the described temperature sensor induced signal that whether is magnetic exports, if be magnetic, induced signal exports, and described MCU (101) drives vibrating mechanism work predetermined amount of time, then described MCU (101) judges whether the temperature that the temperature sensor (12) in this bight senses still departs from standard temperature distribution field again, if then generate warning trigger pip and be transmitted to remote-end alarm assembly by wireless transmitter module, then control vibrating mechanism if not to quit work, if when described MCU (101) judges that the magnetic stripe inductor (2) being in same corner positions with described temperature sensor does not have Magnetic Induction signal to export, then described MCU (101) is in the stretching motor output drive signal of same adjacent corner to described magnetic stripe inductor (2).
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