CN103529776A - Intelligent house microenvironment detection control system - Google Patents
Intelligent house microenvironment detection control system Download PDFInfo
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- CN103529776A CN103529776A CN201310451475.8A CN201310451475A CN103529776A CN 103529776 A CN103529776 A CN 103529776A CN 201310451475 A CN201310451475 A CN 201310451475A CN 103529776 A CN103529776 A CN 103529776A
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Abstract
The invention relates to an intelligent house microenvironment detection control system, which comprises a host machine, a slave machine and an electric appliance control machine, wherein the slave machine and the electric appliance control machine are respectively in wireless communication with the host machine, the host machine detects the indoor temperature, humidity and gas conditions, controls the electric appliance control machine to start an indoor electric appliance to work according to the detected indoor temperature, humidity and gas, carries out indoor temperature, humidity and gas display and warning, and sends warning short messages to preset mobile phones, the slave machine is used for detecting the indoor gas condition and sends the indoor gas condition to the host machine in a wireless way, and the electric appliance control machine receives signals which are sent by the host machine and are used for starting the work of the indoor electric appliance in a wireless way, and starts corresponding electric appliances to work. The intelligent house microenvironment detection control system has the advantages that the indoor environment can be comprehensively detected and regulated, the integration degree is high, the size is small and exquisite, the use is convenient, the cost is low, and the power consumption is extremely low.
Description
Technical field
The present invention relates to a kind of environment measuring regulating device.Particularly relate to a kind of Smart Home microenvironment that is main control chip based on C8051F020 single-chip microcomputer and detect control system.
Background technology
Investigation shows, modern on average has 90% time live and work indoor, and 65% time at home.Yet many civilian and room air pollution degree commercial building are 4-10 times of outdoor air pollution, have even over 100 times.Indoor environmental pollution has caused the increase of global population M & M, and is put into one of five kinds of maximum environmental factors of public health harm.Except room air pollution, although the factors such as indoor humiture and light can not cause direct injury to human body, also affect comfortable for living.People wish that the ambient light of oneself working, learn, living is sufficient, with fresh air, temperature is suitable.Therefore strengthen the maintenance of indoor environment, healthy also very important to guaranteeing.
Simultaneously, along with current living standard and common people's health perception improve constantly, country is also more and more higher to the attention degree of indoor environmental pollution, make indoor environment monitoring and governance develop into gradually a new national economy industry, the relevant criterion that country puts into effect simultaneously provides good criterion for we weigh indoor environment.
Yet people can not clearly perceive pollution condition indoor at ordinary times, the monitoring of specialty is said also not human-oriented from every side, indoor environment monitoring and the threshold regulating are very high, use not extensively, and the portable easy-to-use monitoring of a set of cheapness and conditioning equipment extremely lack on the market.
Summary of the invention
Technical matters to be solved by this invention is, a kind of house system that can automatically detect and regulate indoor living environment is provided, realize real-time detection, adjusting, record, the Smart Home microenvironment of building a comfortable living environment of health for people detects control system.
The technical solution adopted in the present invention is: a kind of Smart Home microenvironment detects control system, comprise: main frame and carry out respectively slave and the appliance controling machine of radio communication with main frame, wherein, described main frame, detect indoor temperature, humidity, gas-condition, according to detected indoor temperature, humidity, gas, control apparatus controller starts indoor electric appliance and carries out work, and carry out indoor temperature, humidity, the demonstration of gas and warning and send alarming short message to default mobile phone, described slave is for detection of interior gas-condition, and the wireless main frame that sends to, the signal of electrical work in the priming chamber that described appliance controling machine wireless receiving main frame sends, start corresponding electrical equipment and carry out work.
Described main frame includes: host computer control circuit, the gas sensor module being connected with described host computer control circuit respectively, human body induction module, alarm buzzer, LCDs, speech recognition/synthesis module, Temperature Humidity Sensor module and bluetooth integrated circuit, main frame wireless transport module and antenna, GSM/GPRS Mobile data transmission/reception antennas and button, also be provided with respectively and described host computer control circuit, gas sensor module, human body induction module, alarm buzzer, LCDs, speech recognition/synthesis module, Temperature Humidity Sensor and bluetooth integrated circuit, main frame wireless transport module and antenna, GSM/GPRS Mobile data transmission/reception antennas is connected with button for the host power supply module of power supply is provided, described host power supply module connects respectively usb power supply interface and mains-supplied interface by main frame master switch.
On described host computer control circuit, be also connected with SD card memory module.
Described host power supply module, host computer control circuit, SD card memory module and Temperature Humidity Sensor module and bluetooth integrated circuit are arranged in host shell, and described usb power supply interface, mains-supplied interface, alarm buzzer, LCDs, main frame master switch, main frame wireless transport module and antenna, GSM/GPRS Mobile data transmission/reception antennas, gas sensor module, speech recognition/synthesis module, button, LCDs and human body induction module are separately positioned on the surface of host shell.
Described gas sensor module comprises MQ-2 smoke transducer and MQ-135 gaseous contamination sensor.
Described slave includes slave control circuit, the slave wireless transport module being connected with slave control circuit respectively and antenna and gas sensor module, and lithium battery and the power module for the powering that by slave master switch, connect respectively slave control circuit, slave wireless transport module and antenna and gas sensor module.
Described lithium battery and power module and slave control circuit are arranged in engine housing, and described slave master switch, slave wireless transport module and antenna and gas sensor module are arranged on from the surface of engine housing.
Described appliance controling machine includes: electric switch control circuit, the relay control module being connected with electric switch control circuit respectively, controller wireless transport module and antenna and relay indicating light, and the power module of difference connecting circuit ON-OFF control circuit and controller wireless transport module and antenna, described relay control module connects control apparatus interface, and the power input of described power module is connected working power interface with relay control module power input.
Described electric switch control circuit, relay control module and power module is arranged in electrical equipment control engine housing, and described controller wireless transport module and antenna, relay indicating light, working power interface and control apparatus interface are separately positioned on the surface of electrical equipment control engine housing.
Smart Home microenvironment of the present invention detects control system, has following beneficial effect:
1. complete function.The present invention can complete detection and adjusting indoor environment, has filled up the blank of association area, be on the market rarely integrate the equipment that Detection of Air Quality is reported to the police and robotization specific aim regulates, only need a set of equipment can meet the needs of livable environment.
2. portable easy-to-use.Main frame slave of the present invention has very high integrated level, and volume is small and exquisite, adds 300 grams only of weight after packing, further improves after integrated level its weight and still has and reduce very greatly space; The present invention is easy to use, only slave need be placed in to indoor interference-free position, and main frame is carried out can using after simple initialization.
3. cheap low-power consumption.The professional checkout equipment cost of commercially available major part is high, power consumption is large, and average family is difficult to application.Integrated level of the present invention is high, with low cost, and power consumption is extremely low, can use lithium battery to drive, and greatly degree has reduced use threshold.
Accompanying drawing explanation
Fig. 1 is the whole block diagram that forms of the present invention;
Fig. 2 is host shell structural representation of the present invention;
Fig. 3 is that host circuit of the present invention forms block diagram;
Fig. 4 is slave shell structure schematic diagram of the present invention;
Fig. 5 is that slave circuit of the present invention forms block diagram;
Fig. 6 is appliance controling machine shell structure schematic diagram of the present invention;
Fig. 7 is that appliance controling machine circuit of the present invention forms block diagram.
In figure
1: host power supply module 2:usb power supply interface
3: mains-supplied interface 4: alarm buzzer
5: main frame master switch 6: main frame wireless transport module and antenna
7:GSM/GPRS Mobile data transmission/reception antennas
8: gas sensor module 9: speech recognition/synthesis module
10: button 11: LCDs
12: Temperature Humidity Sensor module and bluetooth integrated circuit
13: human body induction module 14: host computer control circuit
15: lithium battery and power module 16: slave master switch
17: slave wireless transport module and antenna 18: gas sensor module
19: slave control circuit 20: electric switch control circuit
21: relay control module 22: controller wireless transport module and antenna
23: relay indicating light 24: working power interface
25: control apparatus interface 26: power module
27:SD card memory module 28: host shell
29: from engine housing 30: electrical equipment control engine housing
Embodiment
Below in conjunction with embodiment and accompanying drawing, Smart Home microenvironment detection control system of the present invention is described in detail.
As shown in Figure 1, Smart Home microenvironment of the present invention detects control system, comprise: host A and carry out respectively slave B and the appliance controling machine C of radio communication with host A, wherein, described host A, detect indoor temperature, humidity, gas-condition, according to detected indoor temperature, humidity, gas, control apparatus controller C starts indoor electric appliance and carries out work, and carry out indoor temperature, humidity, the demonstration of gas and warning and send alarming short message to default mobile phone, described slave B is for detection of indoor gas situation, and the wireless host A that sends to, the signal of electrical work in the priming chamber that described appliance controling machine C wireless receiving host A sends, start corresponding electrical equipment and carry out work.
As shown in Figure 3, described host A includes: the host computer control circuit 14 consisting of C8051F020 single-chip microcomputer, the gas sensor module 8 being connected with described host computer control circuit 14 respectively, human body induction module 13, alarm buzzer 4, LCDs 11, speech recognition/synthesis module 9, Temperature Humidity Sensor module and bluetooth integrated circuit 12, main frame wireless transport module and antenna 6, GSM/GPRS Mobile data transmission/reception antennas 7 and button 10, also be provided with respectively and described host computer control circuit 14, gas sensor module 8, human body induction module 13, alarm buzzer 4, LCDs 11, speech recognition/synthesis module 9, DHT11 Temperature Humidity Sensor and bluetooth integrated circuit 12, main frame wireless transport module and antenna 6, GSM/GPRS Mobile data transmission/reception antennas 7 is connected with button 10 for the host power supply module 1 of power supply is provided, described host power supply module 1 connects respectively usb power supply interface 2 and mains-supplied interface 3 by main frame master switch 5.On described host computer control circuit 14, be also connected with SD card memory module 27.
As shown in Figure 2, described host power supply module 1, host computer control circuit 14, SD card memory module 27 and Temperature Humidity Sensor module and bluetooth integrated circuit 12 are arranged in host shell 28, described usb power supply interface 2, mains-supplied interface 3, alarm buzzer 4, LCDs 11, main frame master switch 5, main frame wireless transport module and antenna 6, GSM/GPRS Mobile data transmission/reception antennas 7, gas sensor module 8, speech recognition/synthesis module 9, button 10, LCDs 11 and human body induction module 13 are separately positioned on the surface of host shell 28.Described gas sensor module 8 comprises MQ-2 smoke transducer and MQ-135 gaseous contamination sensor.
As shown in Figure 5, described slave B includes slave control circuit 19, the slave wireless transport module being connected with slave control circuit 19 respectively and antenna 17 and gas sensor module 18, and lithium battery and the power module 15 for the powering that by slave master switch 16, connect respectively slave control circuit 19, slave wireless transport module and antenna 17 and gas sensor module 18.
As shown in Figure 4, described lithium battery and power module 15 and slave control circuit 19 are arranged in engine housing 29, and described slave master switch 16, slave wireless transport module and antenna 17 and gas sensor module 18 are arranged on from the surface of engine housing 29.
As shown in Figure 7, described appliance controling machine C includes: electric switch control circuit 20, the relay control module 21 being connected with electric switch control circuit 20 respectively, controller wireless transport module and antenna 22 and relay indicating light 23, and the power module 26 of difference connecting circuit ON-OFF control circuit 20 and controller wireless transport module and antenna 22, described relay control module 21 connects control apparatus interface 25, and the power input of described power module 26 is connected working power interface 24 with relay control module 21 power inputs.
As shown in Figure 6, described electric switch control circuit 20, relay control module 21 and power module 26 are arranged in electrical equipment control engine housing 30, and described controller wireless transport module and antenna 22, relay indicating light 23, working power interface 24 and control apparatus interface 25 are separately positioned on the surface of electrical equipment control engine housing 30.
Smart Home microenvironment of the present invention detects control system, by C8051F020 single-chip microcomputer, as host computer control circuit, controls LCDs to the demonstration of record data, SD card memory module, the unlatching of alarm buzzer and the control of keyboard.What wherein LCDs adopted is 12864 liquid crystal, has 8 bit parallel interface modes, the dot-matrix lcd module that GB one-level, secondary simplified form of Chinese Character character library are contained in inside; Its display resolution is 128 * 64, built-in 8192 16*16 point Chinese characters, and 128 16*8 point ascii character-sets.With this module interface mode and operational order simply and easily flexibly, can form complete Chinese man-machine interaction graphical interfaces.The Chinese character that can show 8 * 4 row 16 * 16 dot matrix.Also can complete figure and show, its distinguishing feature is low-voltage, low-power consumption.
DHT11 Temperature Humidity Sensor, MQ-2 smoke transducer, MQ-135 gaseous contamination sensor that the present invention installs, the concentration of basic humiture, inflammable gas, toxic gas etc. in sensing chamber, and indoor dust more all sidedly etc.Now MQ-135 gas sensor illustrates its principle of work for example, and while there is dusty gas in sensor environment of living in, the conductivity of sensor increases with the increase of dusty gas concentration in air.Use simple analog to digital conversion circuit the variation of conductivity can be converted to the output signal corresponding with this gas concentration, from chance, this signal is conveyed to main frame, by main frame, analyzed.All the other working sensor principles are identical therewith.
What main frame wireless transport module of the present invention and antenna and slave wireless transport module and antenna adopted is CC1101 low-consumption wireless communication chip, slave can be positioned over to indoor optional position, the harmful gas information exchange that gathers anywhere is crossed main frame wireless transport module and antenna and slave wireless transport module and antenna and is beamed back in time main frame and process.Power is suitable avoids loss of data, adopts digital quantity to avoid distortion, and principal and subordinate's separation has expanded sensing range.Between main frame slave, adopt 16 bit walk patterns, first 8 is address bit, and latter 8 is data bit.During main frame start, default address position is 0xFF, and during slave start, default address is 0x00.After slave start, address assignment request data word 0x00AA can be sent to main frame, after main frame receives, can send and distribute address to this slave, utilize this to distribute address main frame can realize the control to a plurality of slaves.Slave also can be by distributing address to be stored in EEPROM, and when again restarting, slave addresses is still for distributing address.
The present invention has formed human-computer interaction module by speech recognition/synthesis module 9 and GSM/GPRS Mobile data transmission/reception antennas 7, by host computer control circuit, sends steering order.GSM/GPRS Mobile data transmission/reception antennas adopts SIM900A module.When the data of receiving surpass default numerical value, the meeting of host computer control circuit is automatically controlled GSM/GPRS Mobile data transmission/reception antennas and is informed that to default cell-phone number transmission note user's indoor environmental pollution transfinites, dials the police emergency number to residential property simultaneously.What speech recognition/synthesis module adopted is LD3320 Voice ASIC and SYN6288 chipspeech, integrated speech recognition, speech-sound synthesizing function and some external circuits, information after identification is received by host computer control circuit, and user can pass through speech control system active adjustment indoor environment.Also integrated Android client in system, " 360 environment bodyguard " Android software of our exploitation is installed on mobile phone, can receive at any time the detection data of main frame to indoor environment, on user mobile phone interface, show, facilitate user to consult, user can also control main frame by client in certain distance.
Household electrical appliance comprise various environment adjusting devices and control circuit in family.The core of appliance controling machine C is electric switch control circuit, main frame sends to electric switch control circuit by controller wireless transport module and antenna by control command, electric switch control circuit can complete the control to relay control module, thereby reaches the control to Household appliance switch.The relay control module that we adopt is low level work.
Technical indicators more of the present invention are as follows: temperature detecting precision: 1 ℃; Humidity Detection precision: 5%; Gas accuracy of detection: 0.1%; The cycle detection cycle: 500ms; The data memory cycle: normal 5min, abnormal 30s; System memory size: maximum can extend to 1G; Master-slave communication distance: open ground > 50m.
Smart Home microenvironment of the present invention detects the principle of work of control system, connect after the mains-supplied interface 3 or usb power supply interface 2 of main frame, power module 1 can obtain burning voltage and to all the other module for power supply, when user moves after main frame master switch 5, main frame is started working, and LCDs 11 starts to show the information such as the temperature record, humidity.User comes main control system to realize control work by speech recognition/synthesis module 9.When Host Detection exceeds standard to harmful gas, hummer will sound, and can to default mobile phone, send alarming short message with reminding user by GSM/GPRS Mobile data transmission/reception antennas 7.In main frame, in Temperature Humidity Sensor module and bluetooth integrated circuit 12, have bluetooth module, the environmental data detecting can send to the mobile phone that corresponding Android software is housed by bluetooth module, facilitates user to check at any time indoor environmental quality by mobile phone.
Slave volume is very small and exquisite, can be placed on indoor any interference-free place, and micro power consumption, can power by lithium battery source module 15, when slave has detected gas parameter and has exceeded standard, can to main frame, send detection information by wireless transport module and antenna 17, main frame wireless transport module and antenna 6 can be accepted corresponding information.
When main frame receives the data of slave transmission, can send control information by main frame wireless transport module and a day alignment appliance controling machine, as drive humidifier, fan etc., the electric switch control circuit in appliance controling machine is understood the use that electrical equipment was opened or disconnected to pilot relay control module 21 after receiving corresponding information.
Whole system main frame, slave, appliance controling machine co-ordination simultaneously realize Intelligent Measurement and regulate the function of controlling.
The present invention's all combinations open and that disclose can produce by using for reference disclosure herein, although combination of the present invention is described by detailed implementation process, but those skilled in the art obviously can be spliced or change device as herein described within not departing from content of the present invention, spirit and scope, or increase and decrease some parts, more particularly, all similar replacements and change apparent to those skilled in the artly, they are deemed to be included among spirit of the present invention, scope and content.
Claims (9)
1. a Smart Home microenvironment detects control system, it is characterized in that, comprise: main frame (A) and carry out respectively slave (B) and the appliance controling machine (C) of radio communication with main frame (A), wherein, described main frame (A), detect indoor temperature, humidity, gas-condition, according to detected indoor temperature, humidity, gas, control apparatus controller (C) starts indoor electric appliance and carries out work, and carry out indoor temperature, humidity, the demonstration of gas and warning and send alarming short message to default mobile phone, described slave (B) is for detection of interior gas-condition, and the wireless main frame (A) that sends to, the signal of electrical work in the priming chamber that described appliance controling machine (C) wireless receiving main frame (A) sends, start corresponding electrical equipment and carry out work.
2. Smart Home microenvironment according to claim 1 detects control system, it is characterized in that, described main frame (A) includes: host computer control circuit (14), the gas sensor module (8) being connected with described host computer control circuit (14) respectively, human body induction module (13), alarm buzzer (4), LCDs (11), speech recognition/synthesis module (9), Temperature Humidity Sensor module and bluetooth integrated circuit (12), main frame wireless transport module and antenna (6), GSM/GPRS Mobile data transmission/reception antennas (7) and button (10), be also provided with respectively and described host computer control circuit (14), gas sensor module (8), human body induction module (13), alarm buzzer (4), LCDs (11), speech recognition/synthesis module (9), Temperature Humidity Sensor and bluetooth integrated circuit (12), main frame wireless transport module and antenna (6), GSM/GPRS Mobile data transmission/reception antennas (7) is connected with button (10) for the host power supply module (1) of power supply is provided, and described host power supply module (1) connects respectively usb power supply interface (2) and mains-supplied interface (3) by main frame master switch (5).
3. Smart Home microenvironment according to claim 2 detects control system, it is characterized in that, on described host computer control circuit (14), is also connected with SD card memory module (27).
4. Smart Home microenvironment according to claim 2 detects control system, it is characterized in that, described host power supply module (1), host computer control circuit (14), SD card memory module (27) and Temperature Humidity Sensor module and bluetooth integrated circuit (12) are arranged in host shell (28), described usb power supply interface (2), mains-supplied interface (3), alarm buzzer (4), LCDs (11), main frame master switch (5), main frame wireless transport module and antenna (6), GSM/GPRS Mobile data transmission/reception antennas (7), gas sensor module (8), speech recognition/synthesis module (9), button (10), LCDs (11) and human body induction module (13) are separately positioned on the surface of host shell (28).
5. Smart Home microenvironment according to claim 2 detects control system, it is characterized in that, described gas sensor module (8) comprises MQ-2 smoke transducer and MQ-135 gaseous contamination sensor.
6. Smart Home microenvironment according to claim 1 detects control system, it is characterized in that, described slave (B) includes slave control circuit (19), the slave wireless transport module being connected with slave control circuit (19) respectively and antenna (17) and gas sensor module (18), and lithium battery and the power module (15) for the powering that by slave master switch (16), connect respectively slave control circuit (19), slave wireless transport module and antenna (17) and gas sensor module (18).
7. Smart Home microenvironment according to claim 6 detects control system, it is characterized in that, described lithium battery and power module (15) and slave control circuit (19) are arranged in engine housing (29), and described slave master switch (16), slave wireless transport module and antenna (17) and gas sensor module (18) are arranged on from the surface of engine housing (29).
8. Smart Home microenvironment according to claim 1 detects control system, it is characterized in that, described appliance controling machine (C) includes: electric switch control circuit (20), the relay control module (21) being connected with electric switch control circuit (20) respectively, controller wireless transport module and antenna (22) and relay indicating light (23), and the power module (26) of difference connecting circuit ON-OFF control circuit (20) and controller wireless transport module and antenna (22), described relay control module (21) connects control apparatus interface (25), the power input of described power module (26) is connected working power interface (24) with relay control module (21) power input.
9. Smart Home microenvironment according to claim 8 detects control system, it is characterized in that, described electric switch control circuit (20), relay control module (21) and power module (26) are arranged in electrical equipment control engine housing (30), and described controller wireless transport module and antenna (22), relay indicating light (23), working power interface (24) and control apparatus interface (25) are separately positioned on the surface of electrical equipment control engine housing (30).
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| CN103968304A (en) * | 2014-05-07 | 2014-08-06 | 李军 | Indoor LED lamp and environment monitoring system |
| CN104280517A (en) * | 2014-03-19 | 2015-01-14 | 黄克亚 | Wireless air quality monitoring system |
| CN105136203A (en) * | 2015-09-06 | 2015-12-09 | 浙江科技学院 | Multifunctional temperature and humidity monitor |
| CN105245182A (en) * | 2015-10-19 | 2016-01-13 | 山东师范大学 | Household solar energy power generation system |
| CN105253855A (en) * | 2015-11-03 | 2016-01-20 | 上海合既得动氢机器有限公司 | Water-hydrogen intelligent home system |
| CN105466824A (en) * | 2015-12-10 | 2016-04-06 | 榆林学院 | PM2.5 real-time monitoring device |
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| CN105911953A (en) * | 2016-06-23 | 2016-08-31 | 李玉盛 | Novel control system for intelligent home |
| CN106125557A (en) * | 2016-06-23 | 2016-11-16 | 刘光旭 | A kind of Novel monitoring system for Smart Home based on Internet of Things |
| CN106155143A (en) * | 2016-08-12 | 2016-11-23 | 太仓市金诸农业发展有限公司 | A kind of pig house comprehensive monitoring system |
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Application publication date: 20140122 |