CN202078399U - Baby sleep monitor - Google Patents
Baby sleep monitor Download PDFInfo
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- CN202078399U CN202078399U CN2011200673569U CN201120067356U CN202078399U CN 202078399 U CN202078399 U CN 202078399U CN 2011200673569 U CN2011200673569 U CN 2011200673569U CN 201120067356 U CN201120067356 U CN 201120067356U CN 202078399 U CN202078399 U CN 202078399U
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Abstract
The utility model discloses a baby sleep monitor, wherein the baby sleep monitor comprises an information collector and a portable handset. The information collector comprises a first microprocessor, a diaper detection unit, a turning detection unit, a quilt kicking detection unit and a first wireless communication unit. The signal output ends of the diaper detection unit, the turning detection unit and the quilt kicking detection unit are respectively connected with the diaper detection signal input end, the turning detection signal input end and the quilt kicking detection signal input end of the first microprocessor; the baby state signal output end of the first microprocessor is connected with the signal input end of the first wireless communication unit; the portable handset comprises a second wireless communication unit, a voice prompting unit and a shake prompting unit; the second wireless communication unit and the first wireless communication unit are matched in a communication way; and the signal output end of the second wireless communication unit respectively controls the drive signal input ends of the voice prompting unit and the shake prompting unit.
Description
Technical field:
This utility model relates to a kind of baby sleep monitor device.
Background technology:
China is the maximum country of world population, and the infant sum also ranks among the best.The baby needs society to give more love and care as the disadvantaged group of society.Baby monitor is the major issue that family is concerned about always.Present most of family is still main relies on the household at every moment guarding child, and this has just caused the inconvenience etc. of father and mother's operate as normal, rest.Simultaneously because the baby does not have behavioral competence, if the baby wet at urine, play by, stand up and state such as wake up can be realized by father and mother timely that father and mother just can in time take measures areput.
The utility model content:
The purpose of this utility model provides a kind of baby sleep monitor device, baby's urinating, play by, state such as stand up and can send information timely, so that in time do not realized baby monitoring personnel at one's side.
A kind of baby sleep monitor device, wherein: comprise information acquisition device, the portable hand-held machine, wherein, described information acquisition device comprises first microprocessor, the wet detecting unit of urine, stand up detecting unit, play detected unit, first wireless communication unit, the wet detecting unit of urine, stand up detecting unit, play the wet detection signal input of urine that detected unitary signal output part connects first microprocessor respectively, stand up the detection signal input, play detected signal input part, the infantile state signal output part of first microprocessor connects the signal input part of first wireless communication unit; Described portable hand-held machine comprises second wireless communication unit, auditory tone cues unit, vibrations Tip element, the coupling of communicating by letter between second wireless communication unit and first wireless communication unit, the signal output part of second wireless communication unit is controlled the driving signal input of sound Tip element, vibrations Tip element respectively.
Described baby sleep monitor device, wherein: the wet detecting unit of described urine comprises first resistance, second resistance, first electric capacity, second end of first resistance is connected with first end of second resistance, first electric capacity is connected in parallel on the series circuit two ends that first, second resistance constitutes, first end of first resistance connects power supply, the second end ground connection of second resistance, first resistance are connected the wet detection signal input of urine of described first microprocessor with the intermediate contact of second resistance.
Described baby sleep monitor device, wherein: the described detecting unit that stands up comprises first varistor, second varistor, first end of first varistor connects power supply, second end of first varistor connects first end of second varistor, what the second end ground connection of second varistor, the intermediate contact of first, second varistor connected described first microprocessor stands up the detection signal input.
Described baby sleep monitor device, wherein: describedly play detected unit and comprise the infrared ray transmitter module, the infrared ray receiver module, the infrared ray transmitter module comprises second microprocessor, the first positive-negative-positive switch triode, the 2nd NPN type switch triode, first infrared transmitting tube, second infrared transmitting tube, the first positive-negative-positive switch triode, the base stage of the 2nd NPN type switch triode connects first of second microprocessor respectively, the second infrared driving signal output part, the emitter stage of the first positive-negative-positive switch triode connects power supply, the colelctor electrode of the first positive-negative-positive switch triode connects the colelctor electrode of the 2nd NPN type switch triode, and the emitter stage of the 2nd NPN type switch triode connects first infrared transmitting tube, the drive end of second infrared transmitting tube;
Described infrared ray receiver module comprises infrared remote receiver, and the signal output part of infrared remote receiver connects the detected signal input part of playing of first microprocessor.
Described baby sleep monitor device, wherein: described information acquisition device also comprises the humiture detecting unit, and the humiture detecting unit comprises Temperature Humidity Sensor, and the signal output part of Temperature Humidity Sensor connects the temperature-humidity signal input of first microprocessor.
Described baby sleep monitor device, wherein: described information acquisition device comprises that also color lamp is consoled and lighting unit, color lamp is consoled and lighting unit comprises color lamp, sensor devices, illuminating lamp, and the color lamp of first microprocessor is consoled the feeder ear of signal output part control connection color lamp; The signal output part of sensor devices connects the photoreceptor signal input of first microprocessor, the feeder ear of the illumination control signal outfan control connection illuminating lamp of first microprocessor.
Described baby sleep monitor device, wherein: described information acquisition device also comprises infrared temperature check unit, infrared temperature check unit comprises infrared body temperature trans, and the signal output part of infrared body temperature trans connects the infrared temperature check signal input part of first microprocessor.
This utility model will reach following technique effect after adopting technique scheme:
Baby sleep monitor device of the present utility model, by the wet detecting unit of the urine in the information acquisition device, stand up detecting unit, play detected unit detect respectively the baby whether wet the bed, stand up, play by, detection signal is sent into the corresponding signal input of first microprocessor, first microprocessor is handled the back and by first wireless communication unit corresponding information is delivered on the portable hand-held machine, carries out corresponding prompting by the auditory tone cues unit in the portable hand-held machine, vibrations Tip element; Further, baby sleep monitor device of the present utility model comprises also that humiture detecting unit, color lamp are consoled and lighting unit, infrared temperature check unit, the humiture detecting unit is used for testing environment humiture information, color lamp is consoled and lighting unit is in time consoled and when ambient brightness is low at baby's WA, open illuminating lamp, it is like this that infrared temperature check unit is used to detect baby's body temperature, by baby sleep monitor device of the present utility model, even father and mother can in time not understand baby's situation at one's side yet the baby.
Description of drawings:
Fig. 1 is the structured flowchart of baby sleep monitor device of the present utility model;
Fig. 2 a is the pin sketch map of first microprocessor among Fig. 1;
Fig. 2 b is the pin sketch map of second microprocessor among Fig. 1;
Fig. 3 a is the circuit theory diagrams of urinating wet detecting unit among Fig. 1, standing up detecting unit;
Fig. 3 b detects the structure principle chart of the wet test section of urine in the mat for urine wets, stands up;
Fig. 3 c detects the structure principle chart that stands up the test section in the mat for urine wets, stands up;
Fig. 4 a is for playing the circuit theory diagrams of detected unit middle infrared (Mid-IR) transmitter module among Fig. 1;
Fig. 4 b is for playing the circuit theory diagrams of detected unit middle infrared (Mid-IR) receiver module among Fig. 1;
Fig. 4 c is the pin sketch map of the 3rd microprocessor among Fig. 4 a;
Fig. 5 is the circuit theory diagrams of humiture detecting unit among Fig. 1;
Fig. 6 is the unitary circuit theory diagrams of infrared temperature check among Fig. 1;
Fig. 7 a, Fig. 7 b are the circuit theory diagrams of color lamp and sensitization among Fig. 1, lighting unit;
Fig. 8 a is the circuit theory diagrams of first wireless communication unit among Fig. 1;
Fig. 8 b is the circuit theory diagrams of second wireless communication unit among Fig. 1;
Fig. 9 a pacifies unitary circuit theory diagrams for the voice of information acquisition device among Fig. 1;
Fig. 9 b is the voice alerting unit of hand-held set among Fig. 1, the circuit theory diagrams of vibrations Tip element, buzzing Tip element;
Figure 10 is the circuit theory diagrams of the key-press input unit of hand-held set among Fig. 1;
Figure 11 a is the pin connection diagram of display screen in first display unit of information acquisition device among Fig. 1;
Figure 11 b is the pin connection diagram of display screen in second display unit of hand-held set among Fig. 1.
The specific embodiment:
Baby sleep monitor device of the present utility model, as shown in Figure 1, comprise information acquisition device, the portable hand-held machine, wherein, described information acquisition device comprises first microprocessor CPU1, the wet detecting unit of urine, stand up detecting unit, play detected unit, the unit pacified in voice, the humiture detecting unit, infrared temperature check unit, color lamp and sensitization, lighting unit, first display unit, first wireless communication unit, the wet detecting unit of urine, stand up detecting unit, play detected unit, the humiture detecting unit, the unitary signal output part of infrared temperature check connects the wet detection signal input of urine of first microprocessor CPU1 respectively, stand up the detection signal input, play detected signal input part, humiture detection signal input, infrared temperature check signal input part, the infantile state signal output part of first microprocessor CPU1 connects the signal input part of first wireless communication unit, and signal output part pacified in the voice of first microprocessor CPU1, color lamp and illumination sign outfan, the shows signal outfan connects voice respectively and pacifies unitary driving signal input, the unitary driving signal output part of color lamp and sensitive illuminance, the driving signal input of display unit.
Described portable hand-held machine comprises second microprocessor CPU 2, second wireless communication unit, voice alerting unit, the vibrations Tip element, the buzzing Tip element, show output unit, the coupling of communicating by letter between second wireless communication unit and first wireless communication unit, the signal output part of second wireless communication unit connects the information input terminal of the second microprocessor CUP2, the voice suggestion signal output part of second microprocessor, vibrations cue outfan, buzzing cue outfan, the shows signal outfan connects the driving signal input of voice alerting unit respectively, the driving signal input of vibrations Tip element, the driving signal input of buzzing Tip element, the driving signal input of display unit.
In the present embodiment, first microprocessor CPU1 adopts single chip computer AT mega64, and Fig. 2 a is depicted as its pin sketch map.Second microprocessor CPU 2 adopts single chip computer AT MEGA16, sees Fig. 2 b.
As Fig. 3 a, the wet detecting unit of described urine comprises the first resistance EMR1, the second resistance EMR2, the first electric capacity EMC1, second end of the first resistance EMR1 is connected with first end of the second resistance EMR2, the first electric capacity EMC1 is connected in parallel on first, the second resistance EMR1, the series circuit two ends that EMR2 constitutes, first end of the first resistance EMR1 connects power supply DVCC, the second end ground connection DGND of the second resistance EMR2, the first resistance EMR1 are connected wet detection signal input 61 feet (EMI1 pin) of urine of described first microprocessor CPU1ATmega64 with the intermediate contact of the second resistance EMR2.
The wet detecting unit of described urine comprises that also a special urine wets, stand up the detection mat, this urine is wet, standing up the detection mat comprises the wet test section of urine and stands up the test section, the principle assumption diagram of the wet test section of urine is shown in Fig. 3 b: joint A, B is connected with lead respectively, the lead that its center tap A is connected comprises first vertical lead, the right side of first vertical lead is connected with many first horizontal leads, the lead that joint B is connected comprises second vertical lead, the left side of second vertical lead is connected with many second horizontal leads, the setting that is oriented in opposite directions and evenly alternates of the first horizontal lead and the second horizontal lead, like this, when the baby wets the bed, urine will be urinated the first horizontal lead and the second horizontal lead connection conduction on the wet test section, like this, the first resistance EMR1 and connector JEM1 and urine are wet, stand up the wet test section of the urine that detects mat and constitute the loop, intermediate contact between first end of second end of the first resistance EMR1 and the second resistance EMR2 has voltage signal and carries to wet detection signal input 61 feet (EMI1 pin) of urine of first microprocessor CPU1ATmega64, by first microprocessor CPU1 the wet detection signal magnitude of voltage of the urine of its 61 foot (EMI1 pin) is carried out the AD sampling processing, can by first microprocessor CPU1 the urine-wet alarm threshold value be set according to practical situation, improve the accuracy of judging.When the baby wets the bed, urine is wet, it is big more to stand up the ducting capacity that detects the wet test section of urine in the mat, resistance is more little, it is big more that the EMI1 foot of first microprocessor CPU1 receives magnitude of voltage, judge the wet detection signal of this urine and surpass on the voltage threshold of setting and prescribe a time limit when first microprocessor CPU1 receives the wet detection signal of urine of its 61 foot (EMI1 pin) and handles, first microprocessor CPU1 sends to this information on the hand-held set by first wireless communication unit, by the voice alerting unit in the hand-held set, the vibrations Tip element, the buzzing Tip element is pointed out warning, in time warning message is informed father and mother.
The described detecting unit that stands up comprises the first resistance ACTR1, the second resistance ACTR2, it is wet that first end of the first resistance ACTR1 is connected to described urine by connector JEM1, stand up the first end C end that stands up pressure sensitive switch K in the test section that detects mat, the second end D end of pressure sensitive switch K is connected to power supply DVCC, Fig. 3 c is wet for urine, stand up and detect the structure principle chart that stands up the test section in the mat, second end of the first resistance ACTR1 connects first end of the second resistance ACTR2, the second end ground connection DGND of the second resistance ACTR2, first, the second resistance ACTR1, what the intermediate contact of ACTR2 connected described first microprocessor CPU1 stands up detection signal input ACTM.Be arranged on urine on the pressure sensitive switch K and wet, stand up the place of detecting mat middle part infant sleep, can be pressed on the pressure sensitive switch K during infant sleep, pressure sensitive switch K closure, when the baby stands up, pressure sensitive switch K disconnects, the voltage that stands up detection signal input ACTM of first microprocessor CPU1 changes, thereby make first microprocessor CPU1 obtain signal, first microprocessor sends to this information on the hand-held set by first wireless communication unit, point out warning by the voice alerting unit in the hand-held set, vibrations Tip element, in time warning message is informed father and mother.
Describedly play detected unit and comprise infrared ray transmitter module, infrared ray receiver module; The infrared ray transmitter module, as Fig. 4 a, comprise that the 3rd microprocessor CPU 3(adopts single chip computer AT mega8, see Fig. 4 c), the first positive-negative-positive switch triode QP1, the 2nd NPN type switch triode QN1, the first infrared transmitting tube REDLED1, the second infrared transmitting tube REDLED2, the first positive-negative-positive switch triode QP1, the base stage of the 2nd NPN type switch triode QN1 connects the first infrared driving signal output part TXD of the 3rd microprocessor CPU 3 respectively, the second infrared driving signal output part OC1A, the emitter stage of the first positive-negative-positive switch triode QP1 connects power supply DVCC, the colelctor electrode of the first positive-negative-positive switch triode QP1 connects the colelctor electrode of the 2nd NPN type switch triode QN1, the emitter stage of the 2nd NPN type switch triode QN1 connects the first infrared transmitting tube REDLED1, the positive pole of the second infrared transmitting tube REDLED2, the first infrared transmitting tube LED1, the second infrared transmitting tube LED2 is in parallel, the first infrared transmitting tube LED1, the minus earth of the second infrared transmitting tube LED2.
Described infrared ray receiver module as Fig. 4 b, comprises infrared remote receiver RED-PORT, and signal output part 4 feet of infrared remote receiver RED_PORT connect the detected signal input part RED_OUT that plays of first microprocessor CPU1.
The 3rd microprocessor CPU 3 in the infrared ray transmitter module regularly drives the first positive-negative-positive switch triode QP1, the 2nd NPN type switch triode QN1 conducting, make the first infrared transmitting tube REDLED1, the second infrared transmitting tube REDLED2 gets electroluminescence, whether the real-time detection of infrared ray receiver module has infrared signal, the first infrared transmitting tube REDLED1, the second infrared transmitting tube REDLED2 is corresponding with infrared remote receiver RED_PORT to be provided with (all is placed on infrared transmitting tube in the present embodiment on baby's the body as shank, because by subcovering, infrared remote receiver does not receive infrared signal under the normal condition.Infrared remote receiver is arranged on information acquisition device, can be placed on the infanette head part), in case the baby play by, infrared remote receiver RED_PORT will receive infrared signal, transmission information is given the detected signal input part RED_OUT that plays of first microprocessor CPU1, first microprocessor CPU1 sends to this information on the hand-held set by first wireless communication unit after handling, point out warning by the voice alerting unit in the hand-held set, vibrations Tip element, buzzing Tip element, in time warning message is informed father and mother.
As Fig. 5, described humiture detecting unit comprises Temperature Humidity Sensor SHT10, and the signal output part SDA pin (2 foot) of Temperature Humidity Sensor SHT10, SCK pin (3 foot) connect temperature-humidity signal input SHT_SDA pin (33 foot), the SHT_SCK pin (34 foot) of first microprocessor CPU1 respectively.Temperature Humidity Sensor SHT10 periodic intervals testing environment temperature, and the real-time temperature-humidity signal input SHT_SDA pin (33 foot) that temperature-humidity signal is sent to first microprocessor CPU1, SHT_SCK pin (34 foot), first microprocessor CPU1 exports this information and shows corresponding humiture by first display unit, send on the hand-held set by first wireless communication unit simultaneously, export demonstration by second display unit in the hand-held set, hand-held set will be by voice suggestion when humiture surpasses set point, the vibrations prompting is informed father and mother with warning message.
As Fig. 6, described infrared temperature check unit comprises infrared body temperature trans MLX90614, the signal output part MLXSCL pin (4 foot) of infrared body temperature trans MLX90614, MLXSDA(3 foot) connect the infrared temperature check signal input part MLXSCK(43 foot of first microprocessor CPU1 respectively), the MLXSDA(18 foot).When using infrared temperature check unit to detect baby's body temperature, press the test button START among Fig. 6, this test button START is connected 19 feet of first microprocessor CPU1 and the 5 foot (DGND of infrared body temperature trans MLX90614, be ground connection) between, the infrared temperature check signal input part of first microprocessor CPU1 is handled temperature data and is shown on first display unit, simultaneously, first microprocessor CPU1 sends to this information on the hand-held set by first wireless communication unit, and second display unit in the hand-held set is also exported demonstration.
Described color lamp and sensitive illuminance unit comprise color lamp part and sensitization, illumination section; The color lamp part comprises a plurality of color lamp FLGRED1, FLGRED2 and outside standby color lamp as Fig. 7 a, color lamp signal output part FLASH_LED pin (50 foot) the control color lamp FLGRED1 of first microprocessor CPU1, the light on and off of FLGRED2; The standby color lamp outfan COLUR_LED(49 foot of first microprocessor CPU1) by gauge tap audion Q1 and relay J 1-1, make outside standby color lamp open or close, outside standby color lamp is not shown, one end of outside standby color lamp connects 2 feet of relay J 1-1 coil, outside standby color lamp other end ground connection; After first microprocessor CPU1 detects the baby action message is arranged, drive irradiancy of colored light, in time console the baby by control output end FLASH_LED pin, the COLUR_LED pin of first microprocessor CPU1;
As Fig. 7 b, sensitization, illumination section comprise that sensor devices LTD1 and illuminating lamp LDLAMP(illuminating lamp LDLAMP see Fig. 7 a); Sensor devices LTD1(adopts light sensitive diode) positive pole connect the photoreceptor signal input LIGHG_IN pin of first microprocessor CPU1, the real-time testing environment brightness of sensor devices LTD1 also sends the photoreceptor signal input LIGHG_IN pin of first microprocessor CPU1 to, if ambient brightness is lower than the minimum that first microprocessor CPU1 sets, the illumination control signal outfan LAMP(51 foot of first microprocessor CPU1) becomes low level, make illuminating lamp LDLAMP loop work on power, when father and mother overtake, make things convenient for baby-sit.
Fig. 8 a is the first wireless communication unit schematic diagram among Fig. 1, and Fig. 8 b is the second wireless communication unit schematic diagram of hand-held set part, and first wireless communication unit and second wireless communication unit are used for finishing the wireless telecommunications between information acquisition device and the hand-held set.First radio communication unit comprises wireless communicator (model is APC240), its feeder ear VCC+3v, GND are connected to power supply DVCC, DGND respectively, the pattern of wireless communication unit be provided with pin SET_A, SET_B with and data input and output pin RXD, TXD, indication pin AUX be connected to SET_WLAND, SET_WLBAND, TXD1, RXD1, the INDEX_WLHD pin of first microprocessor CPU1 respectively.
Second radio communication unit comprises wireless communicator (model is APC240), its feeder ear VCC+3v, GND are connected to power supply DVCC, DGND respectively, its pattern be provided with pin SET_A, SET_B with and data input and output pin RXD, TXD be connected to SET_WIA, SET_WIB, TXD0, the RXD0 pin of second microprocessor CPU 2 respectively.
When data need be passed to hand-held set, the TXD1 foot of first microprocessor CPU1 is passed to first wireless communication unit, be sent to second wireless communication unit by first wireless communication unit, pass to the RXD1 pin of second microprocessor CPU 2 through the RXD pin of the wireless communicator in second wireless communication unit, thereby finish the radio communication of information acquisition device and hand-held set.
When sending data by hand-held set, then pass to second wireless communication unit by the TXD foot of second microprocessor CPU 2, be sent to first wireless communication unit by second wireless communication unit, pass to the RXD1 pin of first microprocessor CPU1 through the RXD pin of wireless communicator in first wireless communication unit, thereby finish the radio communication with information acquisition device.
The voice of described information acquisition device are pacified the unit and are seen Fig. 9 a, comprise voice driven chip VOICE(model WT588D), loudspeaker SP1, pin P01, the P02 of voice driven chip VOICE, P03 connect pin PA7, PA5, the PA6 of first microprocessor CPU1 respectively, and pin PWM+, the PWM-of voice driven chip VOICE connects loudspeaker SP1 by connector VAR-VOICE.
As Fig. 9 b: the voice section branch of hand-held set comprises voice driven chip VOICE(model WT588D), loudspeaker SP1, pin P01, the P02 of voice driven chip VOICE, P03, BUSY, RESET connect pin PA7, PA5, PA6, BUSY, the RESET_V of second microprocessor CPU 2 respectively, and pin PWM+, the PWM-of voice driven chip VOICE connects loudspeaker SP1 by connector VAR-VOICE.
The vibrations Tip element comprises electromagnetic shaker MOTOR, switch triode Q1, the base stage of switch triode Q1 connects the WAVE foot of second microprocessor CPU 2, the colelctor electrode of switch triode Q1 connects the negative pole of electromagnetic shaker MOTOR, the positive pole of electromagnetic shaker MOTOR connects power supply DVCC, the grounded emitter of switch triode Q1.
The buzzing Tip element comprises buzzer BELL, switch triode BEEPQN1, the base stage of switch triode BEEPQN1 connects the BEEP foot of two microprocessor CPUs 2, the colelctor electrode of switch triode BEEPQN1 connects the pin of buzzer BEL, another pin of buzzer BELL connects power supply DVCC, the grounded emitter of switch triode BEEPQN1.
When information acquisition device detects the baby action message is arranged, pacify the unit by its first microprocessor CPU1 control voice and play the music of pacifying that records in advance; Simultaneously, after hand-held set receives corresponding information, by the concrete state of the second microprocessor judges baby, and by control voice suggestion partly play baby's status information, drive simultaneously vibrations and buzzing prompting input bring in shake, buzzing points out, with better prompting father and mother.
As Figure 10, the key-press input unit of hand-held set comprises four independent buttons, wherein button SET_S1: be used for controlling illuminating lamp, when needs were opened illuminating lamp, only need press this key just can open illuminating lamp LDLAMP, presses once more and can close; Button SET_S2: be used for controlling color lamp FLASH_LED, when needs were opened color lamp, only need press this key just can open color lamp FLGRED1, FLGRED2, presses once more and can close; Button SET_S3: be used for controlling external standby color lamp, when needs were opened external standby color lamp, only need press this key just can open external standby color lamp, presses once more and can close; Button SET_S4: be used for controlling voice and pacify unitary work, when cell operation pacified in the needs voice, only need press this key and just can control voice and pacify the unit and work on power, press once more and can close; First end of button SET_S1, SET_S2, SET_S3, SET_S4 all connects ground wire DGND, and second end of button SET_S1, SET_S2, SET_S3, SET_S4 connects second microprocessor CPU, 2 pin PAR_SET, PAR_UP, PAR_DOWN, PAR_ENT respectively.When father and mother think that Artificial Control information acquisition device end voice are pacified, when color lamp, illuminating lamp, just can control by corresponding button.When respective keys is pressed, second microprocessor CPU 2 is handled these key informations, sends corresponding control command by second wireless communication unit again and realizes the distant control information acquisition device.
First display unit of information acquisition device such as Figure 11 a, comprise the first display J_OLED1,1 of the first display J_OLED1,2 feet are connected to power supply DVCC respectively, earth terminal DGND, 3 ~ 15 feet of the first display J_OLED1 are connected to the OLED_D1 of first microprocessor CPU1 respectively, OLED_D0, OLED_D3, OLED_D2, OLED_D5, OLED_D4, OLED_D7, OLED_D6, OLED_E_RD, OLED_WR, OLED_D/C, OLED_RES, the OLED_CS pin is controlled the first display J_OLED1 by first microprocessor CPU1 baby's corresponding information is shown.
As Figure 11 b, second display unit of hander comprises the second display J_OLED2; 1,2 feet of the second display J_OLED2 are connected to power supply DVCC, earth terminal DGND respectively, and 3 ~ 15 pins of the second display J_OLED2 are connected to OLED_D1, the OLED_D0 of second microprocessor CPU 2, OLED_D3, OLED_D2, OLED_D5, OLED_D4, OLED_D7, OLED_D6, OLED_E_RD, OLED_WR, OLED_D/C, OLED_RES, OLED_CS pin respectively.After the infantile state data that second wireless communication unit receives were handled through second microprocessor CPU 2, the second display J_OLED2 showed baby's corresponding information by 2 controls of second microprocessor CPU.
Claims (7)
1. baby sleep monitor device, it is characterized in that: comprise information acquisition device, the portable hand-held machine, wherein, described information acquisition device comprises first microprocessor, the wet detecting unit of urine, stand up detecting unit, play detected unit, first wireless communication unit, the wet detecting unit of urine, stand up detecting unit, play the wet detection signal input of urine that detected unitary signal output part connects first microprocessor respectively, stand up the detection signal input, play detected signal input part, the infantile state signal output part of first microprocessor connects the signal input part of first wireless communication unit; Described portable hand-held machine comprises second wireless communication unit, auditory tone cues unit, vibrations Tip element, the coupling of communicating by letter between second wireless communication unit and first wireless communication unit, the signal output part of second wireless communication unit is controlled the driving signal input of sound Tip element, vibrations Tip element respectively.
2. baby sleep monitor device as claimed in claim 1, it is characterized in that: the wet detecting unit of described urine comprises first resistance, second resistance, first electric capacity, second end of first resistance is connected with first end of second resistance, first electric capacity is connected in parallel on the series circuit two ends that first, second resistance constitutes, first end of first resistance connects power supply, the second end ground connection of second resistance, first resistance are connected the wet detection signal input of urine of described first microprocessor with the intermediate contact of second resistance.
3. baby sleep monitor device as claimed in claim 1, it is characterized in that: the described detecting unit that stands up comprises first varistor, second varistor, first end of first varistor connects power supply, second end of first varistor connects first end of second varistor, what the second end ground connection of second varistor, the intermediate contact of first, second varistor connected described first microprocessor stands up the detection signal input.
4. baby sleep monitor device as claimed in claim 1, it is characterized in that: describedly play detected unit and comprise the infrared ray transmitter module, the infrared ray receiver module, the infrared ray transmitter module comprises second microprocessor, the first positive-negative-positive switch triode, the 2nd NPN type switch triode, first infrared transmitting tube, second infrared transmitting tube, the first positive-negative-positive switch triode, the base stage of the 2nd NPN type switch triode connects first of second microprocessor respectively, the second infrared driving signal output part, the emitter stage of the first positive-negative-positive switch triode connects power supply, the colelctor electrode of the first positive-negative-positive switch triode connects the colelctor electrode of the 2nd NPN type switch triode, and the emitter stage of the 2nd NPN type switch triode connects first infrared transmitting tube, the drive end of second infrared transmitting tube;
Described infrared ray receiver module comprises infrared remote receiver, and the signal output part of infrared remote receiver connects the detected signal input part of playing of first microprocessor.
5. baby sleep monitor device as claimed in claim 4, it is characterized in that: described information acquisition device also comprises the humiture detecting unit, the humiture detecting unit comprises Temperature Humidity Sensor, and the signal output part of Temperature Humidity Sensor connects the temperature-humidity signal input of first microprocessor.
6. baby sleep monitor device as claimed in claim 5, it is characterized in that: described information acquisition device comprises that also color lamp is consoled and lighting unit, color lamp is consoled and lighting unit comprises color lamp, sensor devices, illuminating lamp, and the color lamp of first microprocessor is consoled the feeder ear of signal output part control connection color lamp; The signal output part of sensor devices connects the photoreceptor signal input of first microprocessor, the feeder ear of the illumination control signal outfan control connection illuminating lamp of first microprocessor.
7. baby sleep monitor device as claimed in claim 1, it is characterized in that: described information acquisition device also comprises infrared temperature check unit, infrared temperature check unit comprises infrared body temperature trans, and the signal output part of infrared body temperature trans connects the infrared temperature check signal input part of first microprocessor.
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| Application Number | Priority Date | Filing Date | Title |
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| CN2011200673569U CN202078399U (en) | 2011-03-15 | 2011-03-15 | Baby sleep monitor |
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| CN2011200673569U CN202078399U (en) | 2011-03-15 | 2011-03-15 | Baby sleep monitor |
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| CN202078399U true CN202078399U (en) | 2011-12-21 |
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| CN2011200673569U Expired - Fee Related CN202078399U (en) | 2011-03-15 | 2011-03-15 | Baby sleep monitor |
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Cited By (12)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102610066A (en) * | 2012-03-23 | 2012-07-25 | 江南大学 | Infant bed-wetting detection alarm system |
| CN103646494A (en) * | 2013-12-10 | 2014-03-19 | 厦门市奔致网络技术有限公司 | Baby quilt kicking alarm based on Bluetooth technology |
| CN103646497A (en) * | 2013-11-22 | 2014-03-19 | 成都捷康特科技有限公司 | A baby monitor system based on a UWB |
| CN104622113A (en) * | 2015-02-23 | 2015-05-20 | 曹进 | Children mattress with humiture and vibration detection function |
| CN106054992A (en) * | 2016-08-11 | 2016-10-26 | 安徽健搏信息科技有限公司 | Measurement and control system used for intelligent cradle |
| CN106466174A (en) * | 2015-08-14 | 2017-03-01 | 上海趣时信息技术有限公司 | The remote monitoring system of sleep action and its monitoring method |
| CN106710146A (en) * | 2017-03-17 | 2017-05-24 | 淮阴工学院 | Multifunctional prompting device used for sleep of infants |
| CN107126010A (en) * | 2017-05-27 | 2017-09-05 | 温雅璐 | It is intelligent baby bed |
| CN107137091A (en) * | 2017-06-26 | 2017-09-08 | 哈尔滨理工大学 | A kind of infantal sleeping monitor |
| CN107255256A (en) * | 2017-06-16 | 2017-10-17 | 浙江工业大学 | Parent-offspring's light fixture that a kind of assisting child is independently slept |
| CN108143397A (en) * | 2018-01-25 | 2018-06-12 | 五邑大学 | A kind of baby sleeping monitors system |
| CN113812805A (en) * | 2021-10-26 | 2021-12-21 | 皖江工学院 | Intelligent temperature control baby crib |
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2011
- 2011-03-15 CN CN2011200673569U patent/CN202078399U/en not_active Expired - Fee Related
Cited By (13)
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| CN102610066A (en) * | 2012-03-23 | 2012-07-25 | 江南大学 | Infant bed-wetting detection alarm system |
| CN103646497A (en) * | 2013-11-22 | 2014-03-19 | 成都捷康特科技有限公司 | A baby monitor system based on a UWB |
| CN103646494A (en) * | 2013-12-10 | 2014-03-19 | 厦门市奔致网络技术有限公司 | Baby quilt kicking alarm based on Bluetooth technology |
| CN103646494B (en) * | 2013-12-10 | 2016-05-18 | 厦门市奔致网络技术有限公司 | A kind of baby's quilt kicking alarm based on Bluetooth technology |
| CN104622113A (en) * | 2015-02-23 | 2015-05-20 | 曹进 | Children mattress with humiture and vibration detection function |
| CN106466174A (en) * | 2015-08-14 | 2017-03-01 | 上海趣时信息技术有限公司 | The remote monitoring system of sleep action and its monitoring method |
| CN106054992A (en) * | 2016-08-11 | 2016-10-26 | 安徽健搏信息科技有限公司 | Measurement and control system used for intelligent cradle |
| CN106710146A (en) * | 2017-03-17 | 2017-05-24 | 淮阴工学院 | Multifunctional prompting device used for sleep of infants |
| CN107126010A (en) * | 2017-05-27 | 2017-09-05 | 温雅璐 | It is intelligent baby bed |
| CN107255256A (en) * | 2017-06-16 | 2017-10-17 | 浙江工业大学 | Parent-offspring's light fixture that a kind of assisting child is independently slept |
| CN107137091A (en) * | 2017-06-26 | 2017-09-08 | 哈尔滨理工大学 | A kind of infantal sleeping monitor |
| CN108143397A (en) * | 2018-01-25 | 2018-06-12 | 五邑大学 | A kind of baby sleeping monitors system |
| CN113812805A (en) * | 2021-10-26 | 2021-12-21 | 皖江工学院 | Intelligent temperature control baby crib |
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