CN205304843U

CN205304843U - Sensor data centralized management router

Info

Publication number: CN205304843U
Application number: CN201520773982.8U
Authority: CN
Inventors: 李兴文
Original assignee: Shanghai Kedou Electronic Technology Co Ltd
Current assignee: Shanghai Kedou Electronic Technology Co Ltd
Priority date: 2014-10-08
Filing date: 2015-09-30
Publication date: 2016-06-08
Anticipated expiration: 2025-09-30
Also published as: CN205787663U; CN105513313A; CN205177126U; CN205722353U; CN205388698U; CN214154544U; CN105511271A; CN205301968U; CN105517204A; CN205485359U

Abstract

The utility model relates to an electron field, concretely relates to sensor technology. The sensor data centralized management router and uses thereof relates to wireless sensor data centralization collection system and sensor data centralized management router. Wireless sensor data centralization collection system is including a sensor data centralized management router to an and at least wireless sensor, be equipped with a mutual communication network module in the sensor data centralized management router to and a non - internet wireless communication module and non - internet wireless communication module, wireless sensor includes a sensing device and non - internet radio communication mechanism, and non - internet radio communication mechanism NOT AND internet radio communication module is matchd. Wireless sensor sends sensor data centralized management router with sensing signal, and sensor data centralized management router passes through each other communication network module, will include the data of sensing signal information, sends through the internet.

Description

Sensing data concentrates management router

Technical field

This utility model relates to electronic applications, is specifically related to router technology.

Background technology

Along with the development of sensor technology, and the development of technology of Internet of things, the application of sensor gets more and more. No matter it is host computer, hand-set host, or other device Hosts, the sensor connected is that quantity gets more and more. Not only the operation of main frame is born and increase the weight of to some extent, and the complexity of system, complexity during use, also all increase to some extent.

Sensor technology application in room, also increases gradually, is widely used in various warning system. Particularly more and more it is applied in intelligent domestic system.

Utility model content

The purpose of this utility model is in that to provide a kind of sensing data to concentrate management router, to solve above-mentioned technical problem.

The purpose of this utility model is in that to provide a kind of wireless sensor data concentrated collection system, to solve above-mentioned technical problem.

Sensing data concentrates management router, it is characterised in that includes a router cover, is provided with a Internet communication module and a non-internet wireless communication module in described router cover;

Also including a microprocessor system, described the Internet communication module connects described microprocessor system, and described microprocessor system connects described non-internet wireless communication module.

It is that a sensing data is concentrated the management of management router concentration or obtains a large amount of wireless sensor data, and uploads network, it is provided that hardware foundation.

Router circuit system it is additionally provided with in described router cover. So that sensing data is concentrated management router be integrated in traditional router. Described router circuit system is a wireless router system. By in the system integration to router.

The Internet communication module, non-internet wireless communication module and microprocessor system, it is possible to the router circuit system integration on same circuit board. And it is public to allow partial circuit to intersect.

Wireless sensor data concentrated collection system, it is characterised in that include a sensing data and concentrate management router and at least two wireless senser;

Sensing data concentrates management router, including a router cover, is provided with a Internet communication module and a non-internet wireless communication module in described router cover;

Also including a microprocessor system, described the Internet communication module connects described microprocessor system, and described microprocessor system connects described non-internet wireless communication module;

Described wireless senser includes a senser element and a non-internet wireless communication mechanisms, described non-internet wireless communication mechanisms and described non-internet radio communication mold Block-matching.

Thus realizing: wireless senser, by induced signal, is sent to sensing data and concentrates management router, and sensing data concentrates management router by the Internet communication module, by including the data of induced signal information, is sent by the Internet. Desktop computer, mobile phone, panel computer, intelligent watch, intelligent glasses, intelligent household control terminal or at least one smart machine terminal in server can be sent to by the Internet.

Being preferably, sensing data concentrates management router by the Internet communication module, will include the data of induced signal information, is sent to server by the Internet, and the data after process are sent to other smart machine terminals by server again.

Being preferably, the data after process are sent to intelligent household control terminal by server again. Pass through intelligent household control terminal, it is achieved the control to the home appliance being controlled by intelligent household control terminal.

Intelligent household control terminal is in intelligent domestic system, for the equipment that home appliance is controlled. Intelligent household control terminal, it is possible to be such as number of patent application: " the intelligent domestic system remote control unit " of 201420323844.5. The air box etc. of Haier for another example.

Again by server process, and the data after processing are sent to other smart machine terminals, it is simple to combing signal format, avoid the system crash that causes because operating system is different, also allow for carrying out additional data process. Be conducive to stability and reliability that signal transmits, and allow to carry out more complicated software data calculation process.

Or, sensing data concentrates management router by the Internet communication module, will include the data of induced signal information, is sent to server by the Internet, and the data after process are resend and concentrate management router to sensing data by server more again. Concentrated management router to store by sensing data, or carry out other execution.

Described wireless sensor data concentrated collection system includes wireless senser described at least two.

Have only to connect sensing data by the Internet concentrate management router thus realizing smart machine terminal, just can obtain the induced signal of at least two wireless senser, even dozens of, up to a hundred wireless senser information. The quantity of the internet device that smart machine terminal is directly connected to will be substantially reduced, by being substantially reduced the complexity that smart machine terminal system is arranged, the complexity reducing smart machine terminal system running software, be greatly reduced the use difficulty of user.

Described sensing data concentrates management router to be provided with a microprocessor system, and described microprocessor system, by the induced signal of wireless senser described at least two, is sent by the Internet communication module together.

Microprocessor system can adopt Single Chip Microcomputer (SCM) system or ARM system.

Further it may be that described microprocessor system is by the induced signal of wireless senser described at least two, it is placed in a packet, is sent by the Internet communication module.

Described sensing data concentrates management router to send data by the Internet communication module to smart machine terminal. Described sensing data concentrates the mode that management router actively sends data to smart machine terminal to be that batch (-type) sends, twice transmission interval greater than 10 seconds. So that reduction energy consumption, and reduce system data burden.

Described microprocessor system, by wireless senser described at least two, the induced signal in time between twice transmission data sends, is placed in a packet, is sent by the Internet communication module. So that reduction energy consumption, and reduce system data burden. And ensure the stability of transmission.

The setting of a kind of real-time transmission can also be included: described sensing data concentrates management router when the induced signal receiving the wireless senser connected changes, and starts and sends data to smart machine terminal. So that reminding user as early as possible. Or automatically process.

Or, described sensing data concentrates management router when the induced signal receiving the wireless senser connected varies more than a setting threshold value, starts and sends data to smart machine terminal. So that reminding user as early as possible. Or automatically process.

Also include an action executing system, described action executing system is provided with one for performing the action executing module of remote control actions, microprocessor system and a non-internet wireless communication mechanisms, described non-internet wireless communication mechanisms and described non-internet radio communication mold Block-matching;

The signal input part of described microprocessor system connects described non-internet wireless communication mechanisms; The signal output part of described microprocessor system connects described action executing module.

By above-mentioned design, sensing data is allowed to concentrate management router that action executing system is controlled, and then make sensing data concentrate management router not only to have the function of sensing data concentration management, also it is provided with the function that sensing data is automated toed respond to action.

Described action executing module can be at least one in relay, wireless transmitter module, infrared transmission module, audion, IGCT. To realize the control to electrical equipment. Especially by infrared transmission module, it is possible to achieve the control to the household electrical appliances of numerous use infrared remote controls.

Sensing data concentrates management router to pass through the Internet communication module, the data of induced signal information will be included, it is sent to server by the Internet, data after process are resend and concentrate management router to sensing data by server more again, and described action executing system performs server and sends the control instruction comprised in the data returned. And then realize the unmanned closed-loop automatic control participated in. People can be freed from equipment control, particularly free from the control of Smart Home.

Server, relative to intelligent terminal such as mobile phones, has stability, reliability more, is conducive to stability and the reliability of whole system. Such as server is seldom even without the problems such as shutdown, deadlock, the system failure occur. Process fire, juridical-person personnel invades, leak etc. promptly accident time, there is good reliability.

Server runs and has a data processing software system, described data processing software system is provided with an Accounting system, described Accounting system is provided with at least 3 accounts, at least 3 accounts are respectively equipped with condition triggering system, described condition triggering system is an induced signal according to described wireless senser, produces the triggering system of corresponding control instruction.

In work, sensing data described in concentrates management router corresponding to an account.

In described condition triggering system, the control instruction that the induced signal of described wireless senser is corresponding, it is allowed to user is associated arranging.

Described server allows portable intelligent device to access, and logs in described account. Described condition triggering system is provided with at least 3 control instructions, after logging in described account, it is allowed to carry out the induced signal of wireless senser described in, the setting of corresponding at least one of which control instruction.

Such as, wireless senser is radio temperature sensor, and when temperature being detected more than a threshold value, corresponding control instruction can set that as opeing the window, open ventilation fan or the one opening in air-conditioning or two kinds.

When the induced signal of a wireless senser changes or during more than a setting threshold value, described sensing data concentrates management router the induced signal information of other at least one wireless sensers connected to be sent to smart machine terminal together.

Described sensing data concentrates management router when the induced signal change information of the wireless senser being not received by connecting, and does not send data to smart machine terminal. Reduce energy consumption further, and reduce data burden.

Or being optimized for, described sensing data concentrates management router when the induced signal change information of the wireless senser being not received by connecting, and interval sends a secondary data to smart machine terminal in more than 10 seconds. To carry out data renewal, it is to avoid data message leakage passes. Further, concentrate in 2 seconds after the induced signal receiving the wireless senser connected changes of management router to smart machine terminal transmission data at described sensing data. So that reminding user as early as possible.

Described sensing data concentrates management router to be additionally provided with a radio-frequency card sweep mechanism, and described radio-frequency card sweep mechanism connects described microprocessor system. So that accessing described wireless senser by radio-frequency card scanning.

Described wireless senser is provided with radio-frequency card label. So that being connected to described sensing data easily to concentrate management router.

Described radio-frequency card sweep mechanism is preferably NFC sweep mechanism.

Described radio-frequency card label is preferably NFC label.

In NFC label, storage has the parameter information of the wireless senser at place, after radio-frequency card sweep mechanism scan N FC label, reads parameter information, completes wireless senser and concentrates mating of management router with sensing data.

Described sensing data concentrates management router receiving from the Internet communication module, when requiring the instruction obtaining wireless senser information, start radio-frequency card sweep mechanism and carry out radio-frequency card scanning, complete wireless senser and concentrate mating of management router with sensing data.

Sensing data concentrates management router by non-internet wireless communication module to described non-internet wireless communication mechanisms, send request signal, after described wireless senser receives request signal, management router is concentrated to send induced signal to described sensing data. Thus avoiding because of transmission time interval, and miss the response of crucial induced signal.

Sensing data concentrates management router by non-internet wireless communication module to described non-internet wireless communication mechanisms, send request signal, after not yet concentrating the wireless senser that management router is mated to receive request signal with sensing data, management router is concentrated to send the parameter information of wireless senser to described sensing data.So that described sensing data concentrates management router to complete with wireless senser to mate pairing.

After completing pairing, after receiving request signal, then send induced signal. Realize normal operation.

Or, after not yet concentrating the wireless senser that management router is mated to power on sensing data, concentrate management router to send the parameter information of wireless senser to described sensing data. So that described sensing data concentrates management router to complete with wireless senser to mate pairing.

Or, described sensing data concentrates management router receiving from the Internet communication module, it is desirable to when obtaining the instruction of wireless senser information, carries out instruction identification, and sends data.

Described wireless senser includes a senser element, and a non-internet wireless communication mechanisms, also including a microprocessor system, described senser element connects described microprocessor system signal input part, and described non-internet wireless communication mechanisms connects described microprocessor system signal output part.

Described senser element can be at least one in temperature sensor, humidity sensor, pressure transducer, oxygen concentration sensor, carbonomonoxide concentration sensor, gas concentration lwevel sensor, sound transducer, photographic head, concentration of formaldehyde sensor, limit switch, tongue tube, pyroelectric sensor, infrared proximity transducer, gas concentration sensor, Smoke Sensor, rolling dynamic sensor, gyro sensor, angular transducer. So that carrying out diversified parameter detecting.

Described microprocessor system adopts the mode that batch (-type) gathers data to work.

Wireless senser is a wireless senser detecting Switch for door and window for being fixed on door and window. Being provided with a fixing device for being fixed on door and window, senser element adopts limit switch or tongue tube. Switch for door and window is detected for being fixed on door and window. Fixing device can be adhesive layer, bolt or retaining mechanism.

It is preferably, wireless sensor data concentrated collection system, concentrates management router including a sensing data, and one is fixed on door and window and detects the wireless senser of Switch for door and window, a pyroelectric sensor and an intelligent household control terminal. To realize door and window detection, physical activity detection, and the basic function automatically household electrical appliances being controlled. It was verified that this structure can low cost, simple in construction premise under, meet the primary demand of most users. It it is a kind of desirably minimum system.

Wireless sensor data concentrated collection system, also includes the wireless senser adopting Smoke Sensor as senser element. Catch fire problem for detection, it is provided that fire alarm this concerning the technical guarantee of lives and properties.

Wireless sensor data concentrated collection system, also includes the wireless senser adopting gas concentration sensor as senser element. For detecting gas leak problem, it is provided that coal gas leakage alarming this concerning the technical guarantee of lives and properties.

Can be that twice pair of senser element carried out the interval of data acquisition more than 0.4 second. In order to solve signal accuracy problems during data acquisition, it is allowed to adopt at least twice signal sampling.

Being preferably, the time that once collection data procedures spends is less than 1/10th of twice data collection interval.

When gathering data, microprocessor system is in wake-up states, and during the interval of twice data acquisition, microprocessor system is in a dormant state or low power consumpting state.So that it is energy-conservation.

Described microprocessor system storage has the data of data acquisition last time; The data of collection and upper secondary data are contrasted by described microprocessor system, and when two secondary data differences, or when the difference of two secondary data sets threshold value more than one, described microprocessor system is considered as there is induced signal change. Described microprocessor system sends the data message gathered by non-internet wireless communication mechanisms.

Or, in described microprocessor system, storage has at least one reference data; The data of collection and at least one reference data are contrasted by described microprocessor system, and when two data differences, or when the difference of two data sets threshold value more than one, described microprocessor system is considered as there is induced signal change. Described microprocessor system sends the data message gathered by non-internet wireless communication mechanisms.

Described microprocessor system adopts the mode that batch (-type) sends data to work. Even if also keep batch (-type) to send data when wireless senser does not have induced signal to change. To ensure that sensing data concentrates management router or smart machine terminal real time correction data message.

Can be, pass twice through non-internet wireless communication mechanisms be sent out data interval greater than 0.4 second. It is further preferably greater than 60 seconds. Less than 30 minutes.

It is preferably, the interval that twice sends data, more than ten times of the time that transmission data procedures spends.

Described non-internet wireless communication module is provided with the wireless signal receiver of operating frequency 315MHZ.

Described non-internet wireless communication mechanisms is provided with the wireless signal transmitter of operating frequency 315MHZ.

Described non-internet wireless communication module is provided with the wireless signal receiver of operating frequency 2.4GHZ.

Described non-internet wireless communication mechanisms is provided with the wireless signal transmitter of operating frequency 2.4GHZ.

Described non-internet wireless communication mechanisms can be bluetooth module. Bluetooth module has that capacity of resisting disturbance is strong, low power consumption and other advantages.

Described non-internet wireless communication module is additionally provided with wireless signal transmitter. Described non-internet wireless communication mechanisms is additionally provided with wireless signal receiver. So that wireless senser and microprocessor system interact formula communication.

Described sensing data concentrates management router after receiving the data that described wireless senser sends, and sends confirmation signal; Described wireless senser completes to send after data at least one times, and whether inquiry receives described confirmation signal, without receiving, again carrying out data transmission, if received, no longer again carrying out data transmission. To ensure the reliability that data are transmitted.

Described wireless senser is additionally provided with a power module, and described power module adopts a battery module.

Described wireless senser is additionally provided with a power module, and described power module adopts a magnetic power generator system, described magnetic power generator system to include a power input movable part. By driving power input movable part mobilizing exercises, drive the generating of magnetic power generator system, produce electric energy.

Described magnetic power generator system is provided with an electromotor, passes through electrical power generators.

Described magnetic power generator system is provided with a solaode, passes through solar cell power generation.

Described magnetic power generator system is provided with a magnetic circuit Switching power, is generated electricity by magnetic circuit Switching power.

Described magnetic circuit Switching power includes a soft magnetic bodies, and described soft magnetic bodies is provided with two ends, is wound with an inductance coil between two ends; Also including a permanent magnet, permanent magnet N level is close to the one end in soft magnetic bodies two ends, and permanent magnet S level is close to the other end of soft magnetic bodies;Also including an actuating unit, described actuating unit drives the N level of described permanent magnet and S level to switch at soft magnetic bodies go-and-retum. Thus realizing the strong variations in magnetic field in inductance coil, and then produce bigger electric energy.

Described magnetic power generator system connects a battery system. Store produced electric energy.

Accompanying drawing explanation

Fig. 1 is wireless sensor data concentrated collection system structure schematic diagram;

Fig. 2 is wireless senser structural representation.

Detailed description of the invention

In order to specifically describe wheel generator of the present utility model and adopt the product of wheel generator, below in conjunction with being specifically illustrating, it is expanded on further.

With reference to Fig. 1, sensing data concentrates management router 1, including a router cover, is provided with a Internet communication module 13 and a non-internet wireless communication module 12 in router cover; Also including a microprocessor system 11, the Internet communication module 13 connects microprocessor system 11, and microprocessor system 11 connects non-internet wireless communication module 12.

Router circuit system it is additionally provided with in router cover. So that sensing data is concentrated management router be integrated in traditional router. Described router circuit system is a wireless router system. By in the system integration to router. The Internet communication module, non-internet wireless communication module and microprocessor system, it is possible to the router circuit system integration on same circuit board. And it is public to allow partial circuit to intersect. So that by the system integration to router.

Wireless sensor data concentrated collection system, concentrates management router 1 and at least two wireless senser 2 including a sensing data; Sensing data concentrates management router 1, including a router cover, is provided with a Internet communication module 13 and a non-internet wireless communication module 12 in router cover; Also including a microprocessor system 11, the Internet communication module 13 connects microprocessor system 11, and microprocessor system 11 connects non-internet wireless communication module 12; Wireless senser 2 includes a senser element 21 and a non-internet wireless communication mechanisms 22, and non-internet wireless communication mechanisms 22 is mated with non-internet wireless communication module 12.

Thus realizing: wireless senser 2, by induced signal, is sent to sensing data and concentrates management router 1, and sensing data concentrates management router 1 by the Internet communication module 13, by including the data of induced signal information, is sent by the Internet. Desktop computer, mobile phone, panel computer, intelligent watch, intelligent glasses or at least one smart machine terminal 3 in server can be sent to by the Internet. Microprocessor system 11 can adopt Single Chip Microcomputer (SCM) system or ARM system.

Being preferably, sensing data concentrates management router 1 by the Internet communication module 13, will include the data of induced signal information, is sent to server by the Internet, and the data after process are sent to other smart machine terminals by server again.

Intelligent household control terminal is in intelligent domestic system, for the equipment that home appliance is controlled. Intelligent household control terminal, it is possible to be such as number of patent application: " the intelligent domestic system remote control unit " of 201420323844.5.The air box etc. of Haier for another example.

Or, sensing data concentrates management router 1 by the Internet communication module 13, to include the data of induced signal information, be sent to server by the Internet, the data after process are resend and concentrate management router 1 to sensing data by server more again. Concentrated management router 1 to store by sensing data, or carry out other execution.

Non-internet wireless communication module 12 is provided with the wireless signal receiver of operating frequency 315MHZ. Non-internet wireless communication mechanisms 22 is provided with the wireless signal transmitter of operating frequency 315MHZ. Or, non-internet wireless communication module 12 is provided with the wireless signal receiver of operating frequency 2.4GHZ. Non-internet wireless communication mechanisms 22 is provided with the wireless signal transmitter of operating frequency 2.4GHZ. Non-internet wireless communication module 12 can be bluetooth module. Internet wireless communication agency 22 can be bluetooth module.

Wireless sensor data concentrated collection system is preferably and includes at least two wireless senser 2. Have only to connect sensing data by the Internet concentrate management router 1 thus realizing smart machine terminal 3, just can obtain the induced signal of at least two wireless senser 2, even dozens of, up to a hundred wireless senser 2 information. The quantity of the internet device that smart machine terminal 3 is directly connected to will be substantially reduced, by being substantially reduced the complexity that smart machine terminal 3 system is arranged, the complexity reducing the operation of smart machine terminal 3 systems soft ware, be greatly reduced the use difficulty of user.

Sensing data concentrates management router 1 to be provided with a microprocessor system 11, and microprocessor system 11, by the induced signal of at least two wireless senser 2, is sent by the Internet communication module 13 together. Further it may be that microprocessor system 11 is by the induced signal of at least two wireless senser 2, it is placed in a packet, is sent by the Internet communication module 13.

Mode one is sent by the Internet communication module 13:

Sensing data concentrates management router 1 to send data by the Internet communication module 13 to smart machine terminal 3. Actively sending the mode of data to smart machine terminal 3 is that batch (-type) sends, twice transmission interval greater than 10 seconds. So that reduction energy consumption, and reduce system data burden.

Microprocessor system 11, by least two wireless senser 2, the induced signal in time between twice transmission data sends, is placed in a packet, is sent by the Internet communication module 13. So that reduction energy consumption, and reduce system data burden. And ensure the stability of transmission.

Mode two is sent by the Internet communication module 13:

The setting of a kind of real-time transmission can also be included: when sensing data concentration management router 1 is when the induced signal receiving the wireless senser 2 connected changes or more than a setting threshold value, starts and send data to smart machine terminal 3. So that reminding user as early as possible. When the induced signal of a wireless senser 2 changes or during more than a setting threshold value, sensing data concentrates management router 1 the induced signal information of other at least one wireless sensers 2 connected to be sent to smart machine terminal 3 together.

Mode three is sent by the Internet communication module 13:

Sensing data concentrates management router 1 when the induced signal change information of the wireless senser 2 being not received by connecting, and does not send data to smart machine terminal 3. Reduce energy consumption further, and reduce data burden.

Mode four is sent by the Internet communication module 13:

Or being optimized for, sensing data concentrates management router 1 when the induced signal change information of the wireless senser 2 being not received by connecting, and interval sends a secondary data to smart machine terminal 3 in more than 10 seconds. To carry out data renewal, it is to avoid data message leakage passes. Further, sensing data concentrate management router 1 receive the wireless senser 2 connected induced signal change after 2 seconds in send data to smart machine terminal 3. So that reminding user as early as possible.

Or, sensing data concentrates management router 1 when the induced signal receiving the wireless senser 2 connected varies more than a setting threshold value, starts and sends data to smart machine terminal. So that reminding user as early as possible. Or automatically process.

Also include an action executing system, action executing system is provided with one for performing the action executing module of remote control actions, microprocessor system and a non-internet wireless communication mechanisms 22, and non-internet wireless communication mechanisms 22 is mated with non-internet wireless communication module 12; The signal input part of microprocessor system connects non-internet wireless communication mechanisms 22; The signal output part connecting moves of microprocessor system performs module.

By above-mentioned design, sensing data is allowed to concentrate management router 1 that action executing system is controlled, and then make sensing data concentrate management router 1 not only to have the function of sensing data concentration management, also it is provided with the function that sensing data is automated toed respond to action.

Action executing module can be at least one in relay, wireless transmitter module, infrared transmission module, audion, IGCT. To realize the control to electrical equipment. Especially by infrared transmission module, it is possible to achieve the control to the household electrical appliances of numerous use infrared remote controls.

Action executing system can also be the systems such as intelligent household control terminal, remote control socket, remote control sound, remote-controlled curtain suspension, remote controlled lantern.

Sensing data concentrates management router 1 by the Internet communication module 13, the data of induced signal information will be included, it is sent to server by the Internet, data after process are resend and concentrate management router 1 to sensing data by server more again, and action executing system performs server and sends the control instruction comprised in the data returned. And then realize the unmanned closed-loop automatic control participated in. People can be freed from equipment control, particularly free from the control of Smart Home.

Server runs and has a data processing software system, data processing software system is provided with an Accounting system, Accounting system is provided with at least 3 accounts, at least 3 accounts are respectively equipped with condition triggering system, condition triggering system is an induced signal according to wireless senser 2, produces the triggering system of corresponding control instruction.In work, a sensing data concentrates management router 1 corresponding to an account. In condition triggering system, the control instruction that the induced signal of wireless senser 2 is corresponding, it is allowed to user is associated arranging.

Server allows portable intelligent device to access, and login account. Condition triggering system is provided with at least 3 control instructions, after login account, it is allowed to carry out the induced signal of a wireless senser 2, the setting of corresponding at least one of which control instruction. Such as, wireless senser 2 is radio temperature sensor, and when temperature being detected more than a threshold value, corresponding control instruction can set that as opeing the window, open ventilation fan or the one opening in air-conditioning or two kinds.

Sensing data concentrates management router 1 to be additionally provided with a radio-frequency card sweep mechanism, and radio-frequency card sweep mechanism connects microprocessor system 11. So that accessing sensor by radio-frequency card scanning. Wireless senser 2 is provided with radio-frequency card label. So that being connected to sensing data easily to concentrate management router 1. Radio-frequency card sweep mechanism is preferably NFC sweep mechanism. Radio-frequency card label is preferably NFC label.

In NFC label, storage has the parameter information of the wireless senser 2 at place, after radio-frequency card sweep mechanism scan N FC label, reads parameter information, completes wireless senser 2 and concentrates mating of management router 1 with sensing data.

Sensing data concentrates management router 1 receiving from the Internet communication module 13, when requiring the instruction obtaining wireless senser 2 information, start radio-frequency card sweep mechanism and carry out radio-frequency card scanning, complete wireless senser 2 and concentrate mating of management router 1 with sensing data.

Sensing data concentrates management router 1 by non-internet wireless communication module 12 to non-internet wireless communication mechanisms 22, send request signal, after wireless senser 2 receives request signal, management router 1 is concentrated to send induced signal to sensing data. Thus avoiding because of transmission time interval, and miss the response of crucial induced signal.

Sensing data concentrates management router 1 by non-internet wireless communication module 12 to non-internet wireless communication mechanisms 22, send request signal, after not yet concentrating the wireless senser 2 that management router 1 is mated to receive request signal with sensing data, management router 1 is concentrated to send the parameter information of wireless senser 2 to sensing data. So that sensing data concentrates management router 1 to complete to mate pairing with wireless senser 2.

Or, after not yet concentrating the wireless senser 2 that management router 1 is mated to power on sensing data, concentrate management router 1 to send the parameter information of wireless senser 2 to sensing data. So that sensing data concentrates management router 1 to complete to mate pairing with wireless senser 2.

Sensing data concentrates management router 1 receiving what smart machine terminal 3 was sent by the Internet communication module 13, it is desirable to when obtaining the instruction of wireless senser 2 information, carries out instruction identification, and sends data. Actively ask for realizing data.

With reference to Fig. 2, wireless senser 2 includes a senser element 21 and a non-internet wireless communication mechanisms 22, also includes a microprocessor system 20, senser element 21 connects microprocessor system 20 signal input part, and non-internet wireless communication mechanisms 22 connects microprocessor system 20 signal output part.

Senser element 21 can be at least one in temperature sensor, humidity sensor, pressure transducer, oxygen concentration sensor, carbonomonoxide concentration sensor, gas concentration lwevel sensor, pyroelectric sensor, infrared proximity transducer, concentration of formaldehyde sensor, sound transducer, photographic head, limit switch, tongue tube, gas concentration sensor, Smoke Sensor, rolling dynamic sensor, gyro sensor, angular transducer. So that carrying out diversified parameter detecting.

Wireless senser 2 is a wireless senser detecting Switch for door and window for being fixed on door and window. Being provided with a fixing device for being fixed on door and window, senser element 21 adopts limit switch or tongue tube. Switch for door and window is detected for being fixed on door and window. Fixing device can be adhesive layer, bolt or retaining mechanism.

Wireless sensor data concentrated collection system, also includes the wireless senser adopting Smoke Sensor as senser element. Catch fire problem for detection, it is provided that fire alarm this concerning the technical guarantee of lives and properties. It is to ensure that the minimum system of lives and properties.

Wireless sensor data concentrated collection system, also includes the wireless senser adopting gas concentration sensor as senser element. For detecting gas leak problem, it is provided that coal gas leakage alarming this concerning the technical guarantee of lives and properties. It it is the necessary guarantee to life.

Microprocessor system 20 adopts the mode that batch (-type) gathers data to work. Can be that twice pair of senser element 21 carried out the interval of data acquisition more than 0.4 second. In order to solve signal accuracy problems during data acquisition, it is allowed to adopt at least twice signal sampling. Being preferably, the time that once collection data procedures spends is less than 1/10th of twice data collection interval.

When gathering data, microprocessor system 20 is in wake-up states, and during the interval of twice data acquisition, microprocessor system 20 is in a dormant state or low power consumpting state. So that it is energy-conservation.

Microprocessor system 20 storage has the data of data acquisition last time; The data of collection and upper secondary data are contrasted by microprocessor system 20, and when two secondary data differences, or when the difference of two secondary data sets threshold value more than one, microprocessor system 20 is considered as there is induced signal change. When there is induced signal change or during more than a setting threshold value, microprocessor system 20 sends the data message gathered by non-internet wireless communication mechanisms 22.

Or, in microprocessor system 20, storage has at least one reference data; The data of collection and at least one reference data are contrasted by microprocessor system 20, and when two data differences, or when the difference of two data sets threshold value more than one, microprocessor system 20 is considered as there is induced signal change. When there is induced signal change or during more than a setting threshold value, microprocessor system 20 sends the data message gathered by non-internet wireless communication mechanisms 22.

It addition, wireless senser 2 also adopts the mode that batch (-type) sends data to work. Even if there is no induced signal or microprocessor system 20 also keeps batch (-type) to send data during more than a setting threshold value at wireless senser 2. To ensure that sensing data concentrates management router 1 or smart machine terminal 3 real time correction data message.

Can be, pass twice through non-internet wireless communication mechanisms 22 be sent out data interval greater than 0.4 second. It is further preferably greater than 60 seconds. Less than 30 minutes. It is preferably, the interval that twice sends data, more than ten times of the time that transmission data procedures spends.

Non-internet wireless communication module 12 is additionally provided with wireless signal transmitter. Non-internet wireless communication mechanisms 22 is additionally provided with wireless signal receiver. So that wireless senser 2 and microprocessor system 11 interact formula communication.

Sensing data concentrates management router 1 after receiving the data that wireless senser 2 sends, and sends confirmation signal; Wireless senser 2 completes to send after data at least one times, and whether inquiry receives confirmation signal, without receiving, again carrying out data transmission, if received, no longer again carrying out data transmission. To ensure the reliability that data are transmitted.

The power module scheme of wireless senser 2:

(1) wireless senser 2 is additionally provided with a power module, and power module adopts a battery module.

(2) wireless senser 2 is additionally provided with a power module, and power module adopts a magnetic power generator system, and magnetic power generator system includes a power input movable part. By driving power input movable part mobilizing exercises, drive the generating of magnetic power generator system, produce electric energy. Connect a battery system. Store produced electric energy.

(3) magnetic power generator system is provided with an electromotor, passes through electrical power generators. Connect a battery system. Store produced electric energy.

(4) magnetic power generator system is provided with a solaode, passes through solar cell power generation. Connect a battery system. Store produced electric energy.

(5) magnetic power generator system is provided with a magnetic circuit Switching power, is generated electricity by magnetic circuit Switching power. Magnetic circuit Switching power includes a soft magnetic bodies, and soft magnetic bodies is provided with two ends, is wound with an inductance coil between two ends; Also including a permanent magnet, permanent magnet N level is close to the one end in soft magnetic bodies two ends, and permanent magnet S level is close to the other end of soft magnetic bodies; Also including an actuating unit, actuating unit drives the N level of permanent magnet and S level to switch at soft magnetic bodies go-and-retum. Thus realizing the strong variations in magnetic field in inductance coil, and then produce bigger electric energy. Magnetic power generator system connects a battery system. Store produced electric energy.

Of the present utility model ultimate principle and principal character of the present utility model advantage are more than shown and described. The industry skilled person will appreciate that this utility model is by the restriction of above-mentioned using method; described in above-mentioned using method and description is say principle of the present utility model; under the premise without departing from this utility model spirit and scope, this utility model also has various changes and modifications, and these changes and improvements both fall within the claimed scope of this utility model within the scope of claimed this utility model and defined by appending claims and equivalent thereof.

Claims

1. sensing data concentrates management router, it is characterised in that includes a router cover, is provided with a Internet communication module and a non-internet wireless communication module in described router cover;

2. sensing data according to claim 1 concentrates management router, it is characterised in that be additionally provided with router circuit system in described router cover.

3. sensing data according to claim 2 concentrates management router, it is characterised in that described router circuit system is a wireless router system. By in the system integration to router.

4. sensing data according to claim 1 concentrates management router, it is characterised in that the Internet communication module, non-internet wireless communication module and microprocessor system, with the router circuit system integration on same circuit board.

5. sensing data according to claim 1 concentrates management router, it is characterised in that the Internet communication module, non-internet wireless communication module and microprocessor system, public with router circuit components of system as directed circuit cross-overs.

6. sensing data according to claim 1 concentrates management router, it is characterised in that sensing data concentrates management router at least two wireless sensers of communication connection.

7. the wireless senser concentrating management router communication connection with sensing data according to claim 6, it is characterized in that, described wireless senser includes a senser element, and a non-internet wireless communication mechanisms, described non-internet wireless communication mechanisms and described non-internet radio communication mold Block-matching.

8. sensing data according to claim 6 concentrates management router, it is characterized in that, wireless senser is by induced signal, it is sent to sensing data and concentrates management router, sensing data concentrates management router to pass through the Internet communication module, by including the data of induced signal information, sent by the Internet.

9. sensing data according to claim 8 concentrates management router, it is characterized in that, sensing data is concentrated management router to be sent out by the Internet and induced signal is given desktop computer, mobile phone, panel computer, intelligent watch, intelligent glasses, intelligent household control terminal, or at least one smart machine terminal in server.

10. sensing data according to claim 8 concentrates management router, it is characterized in that, sensing data concentrates management router to pass through the Internet communication module, the data of induced signal information will be included, being sent to server by the Internet, the data after process are sent to other smart machine terminals by server again.

11. sensing data according to claim 10 concentrates management router, it is characterised in that the data after process are sent to intelligent household control terminal by server again.

12. sensing data according to claim 8 concentrates management router, it is characterized in that, sensing data concentrates management router to pass through the Internet communication module, the data of induced signal information will be included, being sent to server by the Internet, the data after process are resend and concentrate management router to sensing data by server more again.

13. sensing data according to claim 6 concentrates management router, it is characterised in that described sensing data concentrates management router to be provided with a microprocessor system.

14. sensing data according to claim 13 concentrates management router, it is characterised in that described microprocessor system, by the induced signal of wireless senser described at least two, is sent by the Internet communication module together.

15. sensing data according to claim 13 concentrates management router, it is characterised in that microprocessor system adopts Single Chip Microcomputer (SCM) system or ARM system.

16. sensing data according to claim 14 concentrates management router, it is characterised in that described microprocessor system, by the induced signal of wireless senser described at least two, is placed in a packet, is sent by the Internet communication module.

17. sensing data according to claim 9 concentrates management router, it is characterised in that described sensing data concentrates management router to send data by the Internet communication module to smart machine terminal.

18. sensing data according to claim 17 concentrates management router, it is characterized in that, described sensing data concentrates the mode that management router actively sends data to smart machine terminal to be that batch (-type) sends, twice transmission interval greater than 10 seconds.

19. sensing data according to claim 18 concentrates management router, it is characterised in that described sensing data concentrates management router when the induced signal receiving the wireless senser connected changes, and starts and sends data to smart machine terminal.

20. sensing data according to claim 18 concentrates management router, it is characterized in that, described sensing data concentrates management router when the induced signal receiving the wireless senser connected varies more than a setting threshold value, starts and sends data to smart machine terminal.

21. the sensing data according to any one in claim 1-20 concentrates management router, it is characterised in that sensing data concentrates management router to communicate to connect an action executing system.

22. the action executing system concentrating management router communication connection with sensing data according to claim 21, it is characterized in that, described action executing system is provided with one for performing the action executing module of remote control actions, microprocessor system and a non-internet wireless communication mechanisms, described non-internet wireless communication mechanisms and described non-internet radio communication mold Block-matching;

23. action executing system according to claim 22, it is characterised in that described action executing module is at least one in relay, wireless transmitter module, infrared transmission module, audion, IGCT.

24. action executing system according to claim 23, it is characterised in that described action executing module is infrared transmission module.

25. sensing data according to claim 21 concentrates management router, it is characterized in that, sensing data concentrates management router to pass through the Internet communication module, the data of induced signal information will be included, it is sent to server by the Internet, data after process are resend and concentrate management router to sensing data by server more again, and described action executing system performs server and sends the control instruction comprised in the data returned.

26. sensing data according to claim 25 concentrates management router, it is characterized in that, server runs and has a data processing software system, described data processing software system is provided with an Accounting system, described Accounting system is provided with at least 3 accounts, being respectively equipped with condition triggering system at least 3 accounts, described condition triggering system is an induced signal according to described wireless senser, produces the triggering system of corresponding control instruction.

27. sensing data according to claim 26 concentrates management router, it is characterised in that in work, sensing data described in concentrates management router corresponding to an account.

28. sensing data according to claim 26 concentrates management router, it is characterised in that in described condition triggering system, the control instruction that the induced signal of described wireless senser is corresponding, it is allowed to user is associated arranging.

29. sensing data according to claim 26 concentrates management router, it is characterised in that described server allows portable intelligent device to access, and logs in described account.

30. sensing data according to claim 26 concentrates management router, it is characterized in that, described condition triggering system is provided with at least 3 control instructions, after logging in described account, allow to carry out the induced signal of wireless senser described in, the setting of corresponding at least one of which control instruction.

31. the sensing data according to any one in claim 6-20 concentrates management router, it is characterized in that, described sensing data concentrates management router to be additionally provided with a radio-frequency card sweep mechanism, and described radio-frequency card sweep mechanism connects described microprocessor system.

32. sensing data according to claim 31 concentrates management router, it is characterised in that described wireless senser is provided with radio-frequency card label.

33. sensing data according to claim 32 concentrates management router, it is characterised in that described radio-frequency card sweep mechanism is NFC sweep mechanism.

34. sensing data according to claim 33 concentrates management router, it is characterised in that described radio-frequency card label is NFC label.

35. sensing data according to claim 34 concentrates management router, it is characterized in that, in NFC label, storage has the parameter information of the wireless senser at place, after radio-frequency card sweep mechanism scan N FC0 label, read parameter information, complete wireless senser and concentrate mating of management router with sensing data.

36. wireless senser according to claim 7, it is characterized in that, described wireless senser also includes a microprocessor system, and described senser element connects described microprocessor system signal input part, and described non-internet wireless communication mechanisms connects described microprocessor system signal output part.

37. wireless senser according to claim 7, it is characterized in that, described senser element is at least one in temperature sensor, humidity sensor, pressure transducer, oxygen concentration sensor, carbonomonoxide concentration sensor, gas concentration lwevel sensor, sound transducer, photographic head, concentration of formaldehyde sensor, limit switch, tongue tube, pyroelectric sensor, infrared proximity transducer, gas concentration sensor, Smoke Sensor, rolling dynamic sensor, gyro sensor, angular transducer.

38. wireless senser according to claim 36, it is characterised in that described microprocessor system adopts the mode that batch (-type) gathers data to work.

39. wireless senser according to claim 7, it is characterised in that wireless senser is a wireless senser detecting Switch for door and window for being fixed on door and window.

40. the wireless senser according to claim 39, it is characterised in that wireless senser is provided with a fixing device for being fixed on door and window, senser element adopts limit switch or tongue tube.

41. wireless senser according to claim 40, it is characterised in that fixing device is adhesive layer, bolt or retaining mechanism.

42. the wireless senser according to claim 38, it is characterised in that pass twice through non-internet wireless communication mechanisms be sent out data interval greater than 0.4 second.

43. wireless senser according to claim 42, it is characterised in that pass twice through non-internet wireless communication mechanisms be sent out data interval greater than 60 seconds and less than 30 minutes.

44. wireless senser according to claim 43, it is characterised in that the interval that twice sends data, more than ten times of the time that transmission data procedures spends.

45. the wireless senser according to any one in claim 36-44, it is characterised in that described non-internet wireless communication mechanisms is provided with the wireless signal transmitter of operating frequency 315MHZ.

46. the wireless senser according to any one in claim 36-44, it is characterised in that described non-internet wireless communication mechanisms is provided with the wireless signal transmitter of operating frequency 2.4GHZ.

47. the wireless senser according to any one in claim 36-44, it is characterised in that described non-internet wireless communication mechanisms is bluetooth module.

48. the sensing data according to any one in claim 1-20 concentrates management router, it is characterised in that described non-internet wireless communication module is provided with the wireless signal receiver of operating frequency 315MHZ.

49. the sensing data according to any one in claim 1-20 concentrates management router, it is characterised in that described non-internet wireless communication module is provided with the wireless signal receiver of operating frequency 2.4GHZ.

50. the sensing data according to any one in claim 6-20 concentrates management router, it is characterised in that described sensing data concentrates management router after receiving the data that described wireless senser sends, and sends confirmation signal; Described wireless senser completes to send after data at least one times, and whether inquiry receives described confirmation signal, without receiving, again carrying out data transmission, if received, no longer again carrying out data transmission.

51. the wireless senser according to any one in claim 36-44, it is characterised in that described wireless senser is additionally provided with a power module, and described power module adopts a battery module.

52. the wireless senser according to any one in claim 36-44, it is characterized in that, described wireless senser is additionally provided with a power module, and described power module adopts a magnetic power generator system, described magnetic power generator system to include a power input movable part.

53. wireless senser according to claim 52, it is characterised in that described magnetic power generator system is provided with an electromotor, passes through electrical power generators.

54. wireless senser according to claim 52, it is characterised in that described magnetic power generator system is provided with a solaode, passes through solar cell power generation.

55. wireless senser according to claim 52, it is characterised in that described magnetic power generator system is provided with a magnetic circuit Switching power, is generated electricity by magnetic circuit Switching power.

56. wireless senser according to claim 55, it is characterised in that described magnetic circuit Switching power includes a soft magnetic bodies, and described soft magnetic bodies is provided with two ends, is wound with an inductance coil between two ends; Also including a permanent magnet, permanent magnet N level is close to the one end in soft magnetic bodies two ends, and permanent magnet S level is close to the other end of soft magnetic bodies;Also including an actuating unit, described actuating unit drives the N level of described permanent magnet and S level to switch at soft magnetic bodies go-and-retum.

57. wireless senser according to claim 52, it is characterised in that described magnetic power generator system connects a battery system.