CN103542948B - Intelligence child patient monitor - Google Patents
Intelligence child patient monitor Download PDFInfo
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- CN103542948B CN103542948B CN201310508788.2A CN201310508788A CN103542948B CN 103542948 B CN103542948 B CN 103542948B CN 201310508788 A CN201310508788 A CN 201310508788A CN 103542948 B CN103542948 B CN 103542948B
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Abstract
Intelligence child patient monitor, relates to a kind of child's patient monitor. Be provided with and measure button and handheld terminal; Measure button and be provided with internal and external temperature sensor, humidity sensor, the 1st microprocessor, wireless transmitter module, the 1st microprocessor is provided with three amplifiers, AD analog-digital converter, CPU and SPI interface; Handheld terminal is provided with wireless receiving module, controls button, wind speed measuring circuit, the 2nd microprocessor, display screen, alarm lamp, alarm buzzer. By measure baby underclothing inside and outside the temperature difference of both sides judge that whether child needs to increase and decrease clothing, has underwear simultaneously concurrently and makes monitoring soaked with sweat, air monitoring etc. Adopt twireless radio-frequency communication, realize long distance monitoring. Practical, function admirable, reliability is strong, and measurement data is accurate, and manufacturing cost is lower, is the good assistant that general family, hospital, sanatorium etc. look after infant, old man, patient etc.
Description
Technical field
The present invention relates to a kind of child's patient monitor, especially relate to a kind of intelligent child's patient monitor.
Background technology
Children in the time of 2～3 years old, because the antibody from parent in body fades away, physique a little less than. Sometimes cold and sometimes hot when weather, superviseProtect people and suitably do not increase and decrease clothing for children, easily cause children's cold fever. In addition, the children of this age bracket are active,The clothes of getting wet of often can perspiring, then blown by cool breeze, also probably catch cold. Therefore, the moment is understood child's shell temperature and outerThe temperature difference of boundary's temperature, and whether the extraneous wind speed of Real-Time Monitoring and baby underclothing make soaked with sweat, whether just can understand energetically child needsIncrease and decrease or the thing of changing one's clothes, reach the object that prevention baby cold is had a fever. Measurement result sends to tutorial by radio digital communicationOn hand-held terminal device, and current data and history curve are presented on display screen. By this patient monitor, even if guardianCan not pay close attention in real time " cold " " heat " state of child child at one's side yet, and can examine immediately when needs increase and decrease clothingFeel and process.
Intelligence child patient monitor is the intelligent monitor manufacturing and designing for child of tender age specially, but the old and the weak's disease of looking after for needsResidual person is also good helper.
Existing child's patient monitor adopts the direct body temperature of measuring child's body surface or other positions to react child's health shape mostlyCondition, electronic monitoring pad as disclosed in Chinese patent CN202714845U, the disclosed a kind of perambulator safety of CN203025908U are preventedProtecting system. Because the mankind are homeothermal animals, no matter human body sensory arrives " cold " or " heat ", body temperature under normal circumstances all maintainsAt 36～37 DEG C. Therefore general body temperature monitor, can only monitor child's body temperature have or not undesired, but now child may beThrough suffering from illness, these technology can not reach the object of preventing cold fever.
Summary of the invention
The object of the invention is to overcome the deficiencies in the prior art, provide that can to monitor in real time, accurately baby underclothing inside and outsideWhether temperature difference, can perception child feel " cold " or " heat ", and have concurrently make soaked with sweat monitoring, extraneous measuring wind speed, warning,The one intelligence child patient monitor of the functions such as demonstration.
The present invention is provided with and measures button and handheld terminal; Described measurement button is provided with interior temperature sensor, outer temperature sensor, wet(wireless transmitter module comprises the 1st rf chip and sends out for degree sensor, the 1st microprocessor (MCU), wireless transmitter modulePenetrate antenna) and power supply circuits, described the 1st microprocessor (MCU) is provided with the first amplifier, the second amplifier, the 3rd amplificationDevice, AD analog-digital converter, CPU and SPI interface; Described handheld terminal is provided with wireless receiving module (wireless receiving module bagDraw together reception antenna and the 2nd rf chip), control button, wind speed measuring circuit, the 2nd microprocessor (MCU), showScreen, alarm lamp, alarm buzzer (loudspeaker) and power supply circuits (battery compartment); The output of described interior temperature sensorConnect the input of the first amplifier; The input of output termination second amplifier of described outer temperature sensor; Described humidity sensorThe input of output termination the 3rd amplifier of device; The output of described the first amplifier, the output of the second amplifier and the 3rdThe output of amplifier all connects the input of AD analog-digital converter, the input of the output termination CPU of AD analog-digital converter,The input of the output termination SPI interface of CPU, the input of output termination the 1st rf chip of SPI interface, the 1stRf chip is communicated by letter with reception antenna through transmitting antenna; Power supply circuits and the 1st microprocessor (MCU) and the 1st radio frequency are receivedSend out chip electrical connection; Described reception antenna is connected with the 2nd rf chip, the 2nd rf chip and the 2nd microprocessor(MCU) connect, control the output of button and the output of wind speed measuring circuit defeated with the 2nd microprocessor (MCU) respectivelyInbound port connects, and the output port of the 2nd microprocessor (MCU) (is raised with display screen, alarm lamp and alarm buzzer respectivelySound device) input connect, power supply circuits (battery compartment) and the 2nd rf chip and the 2nd microprocessor (MCU) electricityConnect.
Described measurement button can be provided with shell, interior temperature sensor, outer temperature sensor, humidity sensor, the 1st microprocessor(MCU), the 1st rf chip, transmitting antenna, power supply circuits can be located on the PCB printed circuit board (PCB) that is positioned at shell,On shell, can be provided with clamping the clip of clothing and the catching groove buckling into for clothing clasp.
Two temperature sensor composition temperature-measuring modules, the side that interior temperature sensor is placed in button presses close to underwear, for measuringChild's body surface temperature, outer temperature sensor is placed in the opposite side of button, for measuring the temperature outside underwear, poor by both,Judge that whether child clothes is enough warming or too much.
Humidity sensor is provided with the dew cell that a precision need not be too high, is positioned over the same side of button with temperature sensor, usesWhether carry out sensing baby underclothing makes soaked with sweat.
Data processing on data processing module and handheld terminal on button and control module all adopt microprocessor (MCU).
Wind speed measuring circuit can be provided with two good thermistors of uniformity, by the poor principle measuring wind of heat.
Display screen is a LCD LCDs.
The present invention by measure baby underclothing inside and outside the temperature difference of both sides judge that whether child needs to increase and decrease clothing, has underwear sweat concurrently simultaneouslyWet monitoring, air monitoring etc. The present invention adopts twireless radio-frequency communication, realizes long distance monitoring. Advantage of the present invention: practical,Function admirable, reliability is strong, and measurement data is accurate, and manufacturing cost is lower, is that general family, hospital, sanatorium etc. look after babyChild, old man, patient's etc. good assistant.
Brief description of the drawings
Fig. 1 is the structure composition schematic diagram of the embodiment of the present invention.
Fig. 2 is the front view of the measurement button of the embodiment of the present invention.
Fig. 3 is the right view of the measurement button of the embodiment of the present invention.
Fig. 4 is the rearview of the measurement button of the embodiment of the present invention.
Fig. 5 is the front view of the handheld terminal of the embodiment of the present invention.
Fig. 6 is the handheld terminal right view of the embodiment of the present invention.
Fig. 7 is the handheld terminal rearview of the embodiment of the present invention.
In figure, each mark represents:
1, measure button; 11, interior temperature sensor; 12, outer temperature sensor; 13, humidity sensor; 14, the 1st micro-placeReason device (MCU); 141, the first amplifier; 142, the second amplifier; 143, the 3rd amplifier; 144, AD analog-digital converter;145, CPU; 146, SPI; 15, the 1st rf chip; 16, transmitting antenna; 17, power supply circuits; 18, clip;19, catching groove;
2, handheld terminal; 21, reception antenna; 22, the 2nd rf chip; 23, control button;
231, make soaked with sweat, require to upgrade and make data 264 soaked with sweat immediately;
232, alarm lamp, switches alarm lamp 27 on off states;
233, power supply, switches the on off state of whole patient monitor;
234, temperature, warm data 261, outer temperature data 262 and temperature difference data 263 in requiring to upgrade immediately;
235, wind speed, requires to upgrade immediately air speed data 265;
236, alarm sound, switches alarm buzzer 27 on off states;
237, switch, switch the measurement data that shows multiple measurement buttons;
24, wind speed measuring circuit;
25, the 2nd microprocessor (MCU);
26, display screen;
260, measurement button label corresponding to current data and the dump energy of these measurement button power supply circuits 17;
261, interior temperature, data and historical data curve that interior temperature sensor 11 is measured;
262, outer temperature, data and historical data curve that outer temperature sensor 12 is measured;
263, the temperature difference, interior temperature 261 deducts difference data and the historical data curve thereof of outer temperature 262;
264, make the data that humidity sensor 13 is measured and historical data curve soaked with sweat;
265, wind speed, the data that wind speed measuring circuit 24 is measured and historical data curve;
266, TIPS, the prompting of adding and subtracting clothes and changing one's clothes;
267, the dump energy of handheld terminal power supply circuits 29;
268, alarm sound on off state, the i.e. on off state of buzzer 28;
269, alarm lamp on off state, the i.e. on off state of indicator lamp 27;
27, alarm lamp;
28, alarm buzzer (loudspeaker);
29, power supply circuits (battery compartment).
Detailed description of the invention
The present invention is further illustrated in connection with accompanying drawing for embodiment below.
As shown in Fig. 1～7, the embodiment of the present invention is provided with measures button 1 and handheld terminal 2; Described measurement button 1 is provided with interior temperatureDegree sensor 11, outer temperature sensor 12, humidity sensor 13, the 1st microprocessor (MCU) 14, wireless transmitter module(wireless transmitter module comprises the 1st rf chip 15 and transmitting antenna 16) and power supply circuits 17, described the 1st micro-processingDevice (MCU) 14 be provided with the first amplifier 141, the second amplifier 142, the 3rd amplifier 143, AD analog-digital converter 144,CPU145 and SPI interface 146; Described handheld terminal 2 is provided with wireless receiving module, and (wireless receiving module comprises reception antennaThe 21 and the 2nd rf chip 22), control button 23, wind speed measuring circuit 24, the 2nd microprocessor (MCU) 25, aobviousShow screen 26, alarm lamp 27, alarm buzzer (loudspeaker) 28 and power supply circuits (battery compartment) 29; Described interior temperatureThe input of output termination first amplifier 141 of sensor 11; The output termination second of described outer temperature sensor 12 is amplifiedThe input of device 142; The input of output termination the 3rd amplifier 143 of described humidity sensor 13; Described the first amplifierThe output of 141 output, the output of the second amplifier 142 and the 3rd amplifier 143 all connects AD analog-digital converter 144Input, the input of the output termination CPU145 of AD analog-digital converter 144, the output termination SPI interface of CPU145146 input, the input of output termination the 1st rf chip 15 of SPI interface 146, the 1st rf chip15 communicate by letter with reception antenna 21 through transmitting antenna 16; Power supply circuits 17 and the 1st microprocessor (MCU) the 14 and the 1st radio frequencyTransceiving chip 15 is electrically connected; Described reception antenna 21 is connected with the 2nd rf chip 22, the 2nd rf chip 22Be connected with the 2nd microprocessor (MCU) 25, control the output of button 23 and the output of wind speed measuring circuit 24 respectively withThe input port of the 2nd microprocessor (MCU) 25 connects, the output port of the 2nd microprocessor (MCU) 25 respectively with demonstrationScreen 26, alarm lamp 27 is connected with the input of alarm buzzer (loudspeaker) 28, power supply circuits (battery compartment) 29 andThe 2nd rf chip 22 and the 2nd microprocessor (MCU) 25 electrical connections.
Described measurement button 1 is provided with shell, interior temperature sensor 11, outer temperature sensor 12, humidity sensor 13, the 1stMicroprocessor (MCU) the 14, the 1st rf chip 15, transmitting antenna 16, power supply circuits 17 can be located at and be positioned at shellPCB printed circuit board (PCB) on, on shell, can be provided with clamping the clip 18 of clothing and the catching groove 19 buckling into for clothing clasp.
Temperature-measuring module of the present invention, comprises two temperature sensors, and temperature sensor A is placed in button and presses close to underwearOne side, for measuring child's body surface temperature, another temperature sensor B is placed in the opposite side of button, for measuring outside underwearTemperature, poor by both, judges that whether child clothes is enough warming or too much.
Moisture measurement module comprises the dew cell that a precision need not be too high, is positioned over the same side of button with temperature sensor A,Whether be used for sensing baby underclothing makes soaked with sweat.
Data processing on data processing module and handheld terminal on button and control module all adopt microprocessor (MCU).
Air monitoring module comprises two good thermistors of uniformity, by the poor principle measuring wind of heat.
Abnormal alarm module comprises voice guard or light crossing-signal.
Display screen is a LCD LCDs.
Measuring button 1 is flat, and monobasic coin-size can utilize clip 17 by the button of making in child's underskirt outsideSub-buckle enters in catching groove 18. Interior temperature sensor 11 and humidity sensor 13 are placed in button towards underwear one side, outer temperature sensor12 are placed in a button side outwardly. The shell of measuring button can adopt silica gel material, reduces inadaptable sense and the skin mistake of skinQuick probability. Handheld terminal 2 is similar rectangular-shaped, can hold in hand. Front as shown in Figure 5, comprises display screen 26, controlsButton 23, alarm lamp 27 and exposed aerial wind speed measuring circuit 24. The back side as shown in Figure 7, comprises an electricityStorehouse, pond 29 and loudspeaker 28. The shell of handheld terminal can use plastic material.
The interior temperature sensor 11 of measuring on button 1 utilizes high-precision thermistor to realize with outer temperature sensor 12, measuresTemperature range covers 10 DEG C to 40 DEG C, and precision is higher than 0.2 DEG C. Humidity sensor 13 can utilize humistor or humicapRealize. Owing to measuring the volume restrictions of button, require the 1st microprocessor (MCU) the 14 and the 2nd processor (MCU) 25 energyThe first amplifier 141, the second amplifier 142 and the 3rd amplifier 143 of enough integrated programmables, high-precision AD analog-to-digital conversionDevice 144 and SPI interface 146, select the PSoC4 of Cypress company just can meet above-mentioned requirements. The 1st rf chipThe 15 and the 2nd rf chip 22 can be selected the RF transceiver of TI company, for example cc2420. Due to volume restrictions, send outPenetrate antenna 16 and can select piece type antenna with reception antenna 21. Power supply circuits 17 cores can be one piece of button cells, for wholeThe power supply of measurement button. Wind speed measuring circuit 24 on handheld terminal, (one is exposed to adopt two good RTDs of uniformityIn air, one seals), utilize heat convection principle, poor according to the heat of two resistance, set up fluid by bridge circuitThe relation of speed and bridge circuit output voltage, thus air speed data obtained. Display screen 26 adopts dot matrix LCD LCDs.Power supply circuits 29 can be some joint dry cells or rechargeable lithium battary, are handheld terminal power supply.
The output of interior temperature sensor 11, outer temperature sensor 12 and humidity sensor 13 respectively with the 1st microprocessor (MCU)14 the first amplifier 141, the second amplifier 142 are connected with the input of the 3rd amplifier 143, the output of three amplifiersEnd is connected with the input of AD analog-digital converter 144 through a MUX again. The output of AD analog-digital converter 144I/O(input with CPU145) interface is connected. The I/O interface of CPU145 is through spi bus and the 1st radio frequency of MCUThe input of transceiving chip 15 is connected. In addition the control signal input/output terminal of CPU directly and the control input/output of this chipEnd is connected, output (while measuring button transmission data) and the input (when measurement button receives data) and transmitting of this chipAntenna 16 is connected. The output of power supply circuits 17 connects the 1st microprocessor (MCU) the 14 and the 1st rf chip 15Power input. Measure reception antenna 21 wireless connections of transmitting antenna 16 with the handheld terminal of button. Reception antenna 21 withThe input (when handheld terminal receives data) of the 2nd rf chip 22 and output (when handheld terminal sends data) phaseConnect, this chip is connected with the input or output interface of the 2nd microprocessor (MCU) 25. In addition, control button 23 and wind speedMeasuring circuit 24 is also connected with the input interface of the 2nd microprocessor (MCU) 25. The output interface of MCU respectively with display screen26, alarm lamp 27, alarm buzzer (loudspeaker) 28 are connected. The output of power supply circuits 29 connects the 2nd radio frequency and receivesSend out chip 22 in the power input of the 2nd microprocessor (MCU) 25.
Interior temperature sensor 11 and outer temperature sensor 12 are measured the analog signal of gained, deliver to respectively the 1st micro-place on buttonReason device (MCU) 14, through the first amplifier 141, the second amplifier 142 and the 3rd amplifier 143 and AD modulus of MCUConverter 144 obtains the digital quantity of the two measurement, obtains the digital quantity of button both sides temperature difference after CPU145 subtracts each other. WetThe analog quantity that photosensitive elements 13 records converts digital quantity to by above-mentioned processing equally. Humidity data and temperature difference data-signal are through the 1stThe SPI interface 146 of microprocessor (MCU) 14 is sent to the 1st rf chip 15, then is sent by transmitting antenna 16.Power supply circuits 17 are whole measurement button power supply.
Reception antenna 21 on handheld terminal 2 receives from measuring the signal of button, through the 2nd rf chip 22 by numberWord signal sends the 2nd microprocessor (MCU) 25 to and carries out data processing. The simulation letter that wind speed measuring circuit 24 records simultaneouslyNumber convert data signal to by the 2nd microprocessor (MCU) 25. All data are through the 2nd microprocessor (MCU) 25Send display screen 26 to, if meet alert if, alarm lamp 27 and alarm buzzer (loudspeaker) 28 will divide be you can well imagineReport to the police and audible alarm for light. In addition, control button 23 and send logic control signal to the 2nd microprocessor (MCU) 25, warpCross that data processing can be controlled handheld terminal 2 duties or through the 2nd rf chip 22, reception antenna 21, transmitting dayLine 16, the 1st rf chip 15 send to the 1st microprocessor (MCU) 14 of measuring on button 1 to carry out data processing,And then the duty of control survey button 1.
Display screen 26 need to show following data: measure button electric power system dump energy (260), interior temperature (interior TEMPThe current measurement value of device 11 and historical data curve) 261, outer temperature (current measurement value of outer temperature sensor 12 and historical dataCurve) 262, (measured value of current interior temperature sensor 11 deducts the survey of outer temperature sensor 12 to measure the temperature difference of button both sidesValue and historical data curve) 263, make (current measurement value of humidity sensor 13 and historical data curve) 264, wind speed soaked with sweat(current measurement value of wind speed measuring circuit 24 and historical data) 265, child feel " cold " (need to put on more clothes) or " heat "(need to subtract clothes) points out and need to change underwear prompting 266, handheld terminal electric power system dump energy 267, audible alarm switchState 268, alarm lamp switch shape 269.
Control button 23 on handheld terminal has following functions: start and close patient monitor 233, require display screen upgrade in temperature,Outer gentle temperature difference data 234, require display screen upgrade make data 231 soaked with sweat, require display screen upgrade air speed data 235, start orClose alarm lamp 232, start or close buzzer warning 236.
Guardian can control patient monitor duty by controlling button 23. If select to close patient monitor with controlling button 23,Measure button 1 and all power-off of handheld terminal 2. If select to start patient monitor with controlling button 23, patient monitor is in work shapeState, MCU is temperature sensor 11, outer temperature sensor 12, humidity sensor 13, wind speed in 10min reads once automaticallyThe measurement data of measuring circuit 24, and on display screen 26, upgrade warm 261 in showing, outer temperature 262, the temperature difference 263, make 264 soaked with sweat,The prompting that wind speed 265, TIPS(add and subtract clothes and change one's clothes) data such as 266;
If guardian by button make 231 soaked with sweat, temperature 234, wind speed 235, require to upgrade make soaked with sweat, temperature or air speed data,MCU reads the corresponding of interior temperature sensor 11, outer temperature sensor 12, humidity sensor 13 and wind speed measuring circuit 24 immediatelyData, and upgrade demonstration. In the time that the temperature difference is greater than certain value, show that the clothing that child wears is warming not, TIPS266 prompting " addsClothes ", if this time or audible alarm, in starting state, are reported to the police; In the time that the temperature difference is less than certain value, show the clothing that child wearsThing is too warming, and TIPS266 points out " subtracting clothes ", if this time or audible alarm, in starting state, are reported to the police. Work as sweatWet while being greater than certain value, represent that baby underclothing makes soaked with sweat, TIPS266 points out " changing underwear ", if this time or audible alarm placeIn starting state, report to the police. When wind speed is greater than certain value, show that ambient wind velocity of living in is larger, TIPS266 prompting " adds clothingClothes ", if this time or audible alarm, in starting state, are reported to the police. If guardian selects to close alarm lamp 27 or reportAlert buzzer (loudspeaker) 28(alarm lamp on off state 269 and alarm sound on off state 268 do not show), soEven if meeting alert if, measurement data result also do not report to the police.
As a further improvement on the present invention, the present invention can be provided with multiple measurement buttons and be placed in respectively the same child's differenceWith it position or several child. Different measurement button timesharing send data to same handheld terminal, and timesharing on display screenShow. Now, can switch the measurement data that shows different measuring button, current number on display screen by the switching 237 of buttonAccording to the dump energy 260 of corresponding measurement button label and these measurement button power supply circuits 17, interior temperature 261, outer temperature on display screen262, the temperature difference 263, make 264 soaked with sweat, prompting that wind speed 265, TIPS(added and subtracted clothes and changed one's clothes) data such as 266, aobviousShow the measurement data that current selected measurement button sends.
Measurement button of the present invention is fixed on outside baby underclothing, for child clothes internal-external temperature difference with make monitoring, handheld terminal soaked with sweatFor air monitoring, demonstration, warning and control.
Claims (2)
1. intelligent child's patient monitor, is characterized in that being provided with measurement button and handheld terminal; Described measurement button is provided with interior temperature and passesSensor, outer temperature sensor, humidity sensor, the 1st microprocessor, wireless transmitter module and power supply circuits, wireless transmission mouldPiece is provided with the 1st rf chip and transmitting antenna; Described the 1st microprocessor is provided with the first amplifier, the second amplifier,Three amplifiers, AD analog-digital converter, CPU and SPI interface; Described handheld terminal be provided with wireless receiving module, control button,Wind speed measuring circuit, the 2nd microprocessor, display screen, alarm lamp, alarm buzzer and power supply circuits; Wireless receiving mouldPiece is provided with reception antenna and the 2nd rf chip; The input of output termination first amplifier of described interior temperature sensor;The input of output termination second amplifier of described outer temperature sensor; Output termination the 3rd amplifier of described humidity sensorInput; The output of the output of described the first amplifier, the output of the second amplifier and the 3rd amplifier all connects AD mouldThe input of number converter, the input of the output termination CPU of AD analog-digital converter, the output termination SPI interface of CPUInput, the input of output termination the 1st rf chip of SPI interface, the 1st rf chip through transmitting antenna withReception antenna communication; Power supply circuits are electrically connected with the 1st microprocessor and the 1st rf chip; Described reception antenna and the 2ndRf chip connects, and the 2nd rf chip is connected with the 2nd microprocessor, controls output and the measuring wind speed of buttonThe output of circuit is connected with the input port of the 2nd microprocessor respectively, the output port of the 2nd microprocessor respectively with display screen,The input of alarm lamp and alarm buzzer is connected, and power supply circuits and the 2nd rf chip and the 2nd microprocessor are electrically connectedConnect;
Described measurement button is provided with shell, interior temperature sensor, outer temperature sensor, humidity sensor, the 1st microprocessor,The 1st rf chip, transmitting antenna, power supply circuits are located on the PCB printed circuit board (PCB) that is positioned at shell;
Described shell is provided with clamping the clip of clothing and the catching groove buckling into for clothing clasp.
2. intelligent child's patient monitor as claimed in claim 1, is characterized in that described display screen is LCD LCDs.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310508788.2A CN103542948B (en) | 2013-10-24 | 2013-10-24 | Intelligence child patient monitor |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310508788.2A CN103542948B (en) | 2013-10-24 | 2013-10-24 | Intelligence child patient monitor |
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| CN103542948A CN103542948A (en) | 2014-01-29 |
| CN103542948B true CN103542948B (en) | 2016-05-25 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201310508788.2A Expired - Fee Related CN103542948B (en) | 2013-10-24 | 2013-10-24 | Intelligence child patient monitor |
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Families Citing this family (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104965491A (en) * | 2015-03-13 | 2015-10-07 | 齐鲁工业大学 | Novel baby monitoring apparatus based on vehicle-mounted voice prompt |
| CN105054912A (en) * | 2015-09-01 | 2015-11-18 | 饶彬 | Miniature vital sign detecting device |
| CN105147257A (en) * | 2015-09-29 | 2015-12-16 | 苏州工业职业技术学院 | Child nursing device and child nursing method |
| CN105233362A (en) * | 2015-10-29 | 2016-01-13 | 陈文香 | Ward nursing alarm system |
| CN105573281A (en) * | 2016-01-29 | 2016-05-11 | 宇龙计算机通信科技(深圳)有限公司 | Humidity monitoring method, device and system |
| WO2017165997A1 (en) * | 2016-03-28 | 2017-10-05 | 石磊 | Infant care device based on internet of things |
| CN108414027A (en) * | 2018-05-15 | 2018-08-17 | 深圳市共田电子有限公司 | A kind of portable body-sensing measurement warning device |
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| EP1698242A4 (en) * | 2003-12-25 | 2008-06-18 | Seft Dev Lab Co Ltd | Air-conditioned garment |
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| CN201468187U (en) * | 2009-08-31 | 2010-05-19 | 北京意优创意科技有限公司 | Ultraviolet detection functional buckle |
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| CN202547787U (en) * | 2012-04-16 | 2012-11-21 | 中原工学院 | Body feeling thermometer |
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| CN103542948A (en) | 2014-01-29 |
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