CN104777816A

CN104777816A - Ecological community household management system and monitoring method for internet of things process monitoring

Info

Publication number: CN104777816A
Application number: CN201510187306.7A
Authority: CN
Inventors: 赵敬辛; 谭征; 李伟巍; 张喜雨; 何航
Original assignee: Nanyang Institute of Technology
Current assignee: Nanyang Institute of Technology
Priority date: 2015-04-20
Filing date: 2015-04-20
Publication date: 2015-07-15
Anticipated expiration: 2035-04-20
Also published as: CN104777816B

Abstract

The invention provides an ecological community household management system and a monitoring method for internet of things process monitoring and mainly relates to an ecological community household management system mainly which can realize community information publishing and subscribing functions and adopts a process monitoring stack form so as to conveniently perform integrated monitoring aiming at various household appliance equipment and units connected with the system; mutual interactive monitoring and information transmission can be performed among monitoring subsystems in monitoring forms of publication and subscription; a re-configuration capable of performing monitoring configuration is also provided for a user to extend the function of the integrated monitoring system.

Description

The ecodistrict home control system of Internet of Things flow monitoring and method for supervising

Technical field

The present invention is ecodistrict home control system for a kind of Internet of Things flow monitoring and method for supervising, refers to a kind of ecodistrict home control system that can realize cell information and issue, subscribe to the program monitoring stack of function.

Background technology

General frequent use electric equipment products at home, as televisor, DVD Video Recorder, stereo set and other home electronics unit as, air conditioner, refrigerator, baking box, power window, video monitoring system, save caution system, baby monitoring system etc. from damage, become all gradually and say in normal life, the housed device unit that people commonly use.

Family in various electric unit institute arrange in pairs or groups use tool wireless network monitor telepilot, then family's electric unit of the normal difference because of label or use is different, and need telepilot corresponding to collocation to use, so in parlor, room always puts various telepilot, and when user to operate, configure associated appliance unit, equipment time, often corresponding telepilot of will first looking for or take, not very convenient in use; Therefore, and then derive the demand of family intelligent household appliance unit integrating monitoring also.

The radio network technique that early stage family's electric unit adopts then is still based on infrared transmission, consumption electronic products now or relevant electronic application unit, it is then the mainstream technology that is market with WIFI radio network technique, so be in, the wireless network integration of electric unit also must be compatible in traditional infrared transmission technology, and meet the standard of future wireless network technical protocol, but the intelligent household appliance equipment integration system on market is by the consideration at cost, mostly only carry out the major technique as Wireless Data Transmission with infrared transmission.

And current intelligent household appliance equipment integration system is with long-range mostly, unidirectional mode operates for linked unit, configuration, the function of monitoring, but to lack in real time, the function of integrating monitoring multiple household electrical appliances in many ways, and the interactive mode monitoring also cannot carried out between Monitor And Control Subsystem each other and information transmission, and the simple and easy function that user only can use integration system to provide, and then cannot for distributing home entertainment electronic equipment, the environment for use of family's electric unit, do effective equipment integrating monitoring or provide user to carry out monitoring the function being configured to expand integration system again of configuration.

Summary of the invention

The present invention is ecodistrict home control system for a kind of Internet of Things flow monitoring and method for supervising, mainly by realizing, cell information is issued, the ecodistrict home control system of the program monitoring stack of subscription function, so that the multiple household electrical appliances equipment linked for system, unit carry out integrating monitoring, and the interactive mode also can undertaken each other by the monitoring form issued, subscribe between Monitor And Control Subsystem is monitored and information transmission, and also provide user can carry out monitoring configuring again of configuration, expand the function of integrating monitoring system.

A kind of ecodistrict home control system of Internet of Things flow monitoring, it is characterized in that, comprising: information server, a plurality of device server, a plurality of monitoring dispensing unit, a plurality of wall control, plurality of sounds controller, a plurality of telepilot, a plurality of sensor unit and a plurality of unit; Wherein, information server, comprising: wireless network module and information memory cell; Device server, comprising: wireless network module and device information storage unit;

Device server is then with cable network or wireless network to be linked to information server, to carry out the transmission of data each other; Monitoring dispensing unit, wall control and voice controller are all then with cable network or wireless network to be connected to device server, to carry out the transmission of data each other; Telepilot is then with wireless network to be connected to device server, to carry out the transmission of data each other; Sensor unit is with cable network or wireless network to be connected to device server, to carry out the transmission of data each other; Unit is with cable network or wireless network to be connected to device server, to carry out the transmission of data each other;

Wireless network module is to carry out the transmission of data and monitor message with wireless network; Device information storage unit is used in storage data and monitor message; Information memory cell is used in storage data and monitor message;

Monitoring setup unit, comprising: Touch Screen module, video module and information display module; And touch control screen module, be used in input tribute material and configuration monitoring information, video module is used in image and transmission of sound signals; Information display module is used in display Word message or sends the warning statement sound.

An ecodistrict family method for supervising for Internet of Things flow monitoring is the ecodistrict home control system being applied in Internet of Things flow monitoring, the flow monitoring of being correlated with the equipment connected ecodistrict home control system; It is characterized in that comprising: substantially monitor form; Wherein, substantially monitor form, comprising: the substantially sub-form of basic monitoring; Substantially the sub-form of basic monitoring, comprise: sensor unit is through being connected to device server, then device server by the sensor unit monitor state configuration corresponding to using state current for sensor unit, can be stored in the unit monitors state information storage unit of device information storage unit with the form of data; And when the using state of sensor unit changes, then device server also can corresponding be updated the equipment the sensor unit monitor state configuration data of unit monitors state information storage unit of information memory cell;

And sensor unit also can transmission sensor cell signal information to device server, with by the state of sensor unit institute sensor detecting external environment condition or internal arithmetic execution result, be transferred to device server with electronic signal or data message; Device server then by sensor unit signal message, can be stored in the unit input information memory cell of device information storage unit in the form of data;

Unit is through being connected to device server, then device server by the unit monitor state configuration corresponding to using state current for unit, can be stored in the unit monitors state information storage unit of device information storage unit with the form of data; And when the using state of unit changes, then device server also can corresponding be updated the equipment the unit monitor state configuration data of unit monitors state information storage unit of information memory cell;

And unit also can transmission equipment cell signal information to device server, with by the state of unit institute sensor detecting external environment condition or internal arithmetic execution result, be transferred to device server with electronic signal or data; Device server then by unit signal message, can be stored in the unit input information memory cell of device information storage unit in the form of data;

Unit testing module, be be used in the using state of testing the monitoring dispensing unit, wall control, voice controller, telepilot, sensor unit and the unit that are connected to device server, and unit testing result be stored in the form of data the Unit Test Report information memory cell of device information storage unit;

Device server is through confirming the unit testing result data of the Unit Test Report information memory cell of device information storage unit, if unit testing result data has abnormal error message, then device server can show Word message or send the warning statement sound, to inform, remind user via the information display module of monitoring dispensing unit; Line test module is used in the data transmission state that test is connected to the wired connection unit of information server; And line test result is stored in the form of data the line test report information storage unit of information memory cell;

User can be connected to the equipment greedy material storehouse of device server via monitoring dispensing unit, and configure the page in the correspondence monitoring of monitoring dispensing unit, input user account and password, then login the data of information memory cell to confirm user identity via the user of device server comparison device information storage unit;

Person to be used logins device server, user can be connected to the device information storage unit of device server via monitoring dispensing unit, and configure the page in the correspondence monitoring of monitoring dispensing unit, wall control unit link configuration is carried out to wall control, to configure or to change a little sensor unit that wall control institute wants corresponding connection monitor or unit a bit; Wherein, wall control unit link configuration is then the monitor-interface definition information storage unit being stored in device information storage unit in the form of data;

Device server is then through being connected to wall control, and link configuration data according to the wall control unit of the monitor-interface definition information storage unit of device information storage unit, carry out corresponding configuration wall control, then wall control can be arranged by the button on direct control wall control, configures or changes a little sensor unit that corresponding connection is monitored or the using state that unit is current a bit;

Person to be used logins device server, user can be connected to the device information storage unit of device server via monitoring dispensing unit, and configure the page in the correspondence monitoring of monitoring dispensing unit, voice controller unit link configuration is carried out to voice controller, to configure or to change a little sensor unit that voice controller institute wants corresponding connection monitor or unit a bit; Wherein, voice controller unit link configuration is then the monitor-interface definition information storage unit being stored in device information storage unit in the form of data;

Device server is then through being connected to voice controller, and link configuration data according to the voice controller unit of the monitor-interface definition information storage unit of device information storage unit, carry out corresponding configure sound controller, then voice controller by the monitoring voice of direct sound import controller, can configure or change a little sensor unit that corresponding connection is monitored or the using state that unit is current a bit.

Flow monitoring form, comprising: the substantially sub-form of flow monitoring; Substantially the sub-form of flow monitoring, comprise: person to be used logins device server, user can be connected to the device information storage unit of device server via monitoring dispensing unit, and configure the page in the correspondence monitoring of monitoring dispensing unit, flow monitoring configuration is carried out to more specific sensor unit or a little unit, with the application configuration by sequencing, integrate the using state of a little sensor unit of configuration or a little unit; Wherein, flow monitoring configuration is then the program monitoring configuration information storage unit being stored in device information storage unit with the form of lean;

And namely user can need according to specific user demand or situation, integrate a little sensor unit of the corresponding monitoring of configuration or the using state of a little unit; And under the monitoring condition configured user, in the mode of sequential monitoring or synchronization monitoring, carry out sequential start or close a little sensor unit of corresponding monitoring or a little unit, or at the same time between start or close a little sensor unit or the unit a bit of corresponding monitoring;

Person to be used logins device server, user can be connected to the device information storage unit of device server via monitoring dispensing unit, and configure the page in the correspondence monitoring of monitoring dispensing unit, carry out the flow monitoring configuration data of the flow monitoring configuration information storage unit of actuating equipment information memory cell;

Device server is then directly connected to a little sensor unit or a little unit, and the program monitoring configuration data of the flow monitoring configuration information storage unit of foundation device information storage unit, come a little sensor unit of corresponding configuration or a little unit, and then with the application configuration of sequencing, configure or change a little sensor unit of corresponding monitoring or the current using state of a little unit;

Person to be used logins device server, user can be connected to the device information storage unit of device server via monitoring dispensing unit, and configure the page in the correspondence monitoring of monitoring dispensing unit, the flow monitoring configuration data of the flow monitoring configuration information storage unit of device information storage unit is configured to the wall control program monitoring configuration of wall control, with the application configuration by sequencing, integrate the using state of a little sensor unit of configuration or a little unit; Its, wall control flow monitoring configures, be then the flow monitoring Configuration Database being stored in device information storage unit in the form of data,

Device server is then through being connected to wall control, and the wall control flow monitoring configuration data of the flow monitoring configuration information storage unit of foundation device information storage unit, carry out corresponding configuration wall control, then wall control can be arranged by the button on direct control wall control, and then with the application configuration of sequencing, configure or change a little sensor unit that corresponding connection is monitored or the using state that unit is current a bit;

Person to be used logins device server, user can be connected to the device information storage unit of device server via monitoring dispensing unit, and configure the page in the correspondence monitoring of monitoring dispensing unit, the flow monitoring configuration data of the flow monitoring configuration information storage unit of device information storage unit is configured to the voice controller program monitoring configuration of voice controller, with the application configuration by sequencing, integrate the using state of a little sensor unit of configuration or a little unit, wherein, voice controller flow monitoring configures, it is the flow monitoring Configuration Database being stored in device information storage unit in the form of data, device server is then through being connected to voice controller, and the voice controller flow monitoring configuration data of the flow monitoring configuration information storage unit of foundation device information storage unit, carry out corresponding configure sound controller, then voice controller can by the monitoring voice of direct sound import controller, and then with the application configuration of sequencing, configure or change a little sensor unit that corresponding connection is monitored or the using state that unit is current a bit.

Flow monitoring pattern, comprising: the sub-form of long-range issue of flow monitoring; The sub-form of long-range issue of flow monitoring, comprise: person to be used logins device server, user can be connected to the device information storage unit of device server via monitoring dispensing unit, and configure the page in the correspondence monitoring of monitoring dispensing unit, the flow monitoring configuration data of the flow monitoring Configuration Database of corresponding device information memory cell, carry out the explanation of configuration flow monitor theme, after performing flow monitoring configuration with devices illustrated server, and integrated the using state of a little sensor unit of configuration or a little unit by the application configuration institute of sequencing; Wherein, flow monitoring subject specification is then that the flow monitoring being stored in device information storage unit in the form of data releases news storage unit;

And device server is again via being connected to information server, and the flow monitoring subject specification data of the storage unit that the flow monitoring of device information storage unit released news are transferred to information server; Flow monitoring subject specification data are then configured to flow monitoring subject specification bulletin by information server, and correspondingly can produce notice information; So that flow monitoring subject specification data are disclosed in information server, and announce at information server in the mode of instant message; Wherein, program monitoring subject specification is announced, be then the flow monitoring publishing announcement information storage unit being stored in information memory cell in the form of data, notice information is then the notice information storage unit being stored in information memory cell in the form of data;

The notice information data of the bulletin of information memory cell news information memory cell can be announced at information server by information server, to be connected to the user of a little device servers of information server, the instant message that information server is announced can be consulted; And information server also by the flow monitoring subject specification advertisement data of the program monitoring publishing announcement information storage unit of information memory cell, can open and browse to the user being connected to the specific of information server or not specific device server.

Flow monitoring pattern, comprising: the sub-form of long-range subscription of flow monitoring; The sub-form of long-range subscription of flow monitoring, comprise: person to be used logins device server, user can be connected to the device information storage unit of device server via monitoring dispensing unit, and can be connected to the information memory cell of information server via device server; And user can at the correspondence monitoring configuration page of monitoring dispensing unit, carry out a little flow monitoring subject specification advertisement data of the program monitoring publishing announcement information storage unit of browsing information storage unit, and by flow monitoring subject specification advertisement data, subscription status can be configured to;

Then the flow monitoring of information memory cell can be issued the flow monitoring subject specification advertisement data of the tool subscription status of bulletin data bank by information server, be configured to flow monitoring subject specification bulletin subscribe to, and correspondingly can produce flow monitoring subject specification bulletin subscription record, so that the flow monitoring subject specification data of correspondence are stored in device server, and another storage subscribes to record at information server; Wherein, flow monitoring subject specification bulletin is subscribed to, it is then the flow monitoring subscription information storage unit of the device information storage unit being stored in device server in the form of data, program monitoring subject specification bulletin subscribes to record, be then that record information memory cell is subscribed in the flow monitoring of the information memory cell being stored in information server in the form of data;

User can announce subscription data by performing the flow monitoring subject specification being stored in the flow monitoring subscription information storage unit of the device information storage unit of device server, the a little sensor unit connect remote equipment server or a little unit carry out corresponding flow monitoring configuration, to configure or to change the using state of a little sensor unit or a little unit; And the program monitoring subject specification bulletin that record information memory cell is subscribed in the flow monitoring being stored in the information memory cell of information server subscribes to record data, then record has corresponding flow monitoring subject specification data, issues the device server of flow monitoring subject specification data and subscribe to the device server of flow monitoring subject specification data.

Flow monitoring form, comprising: the long-distance support subpattern of flow monitoring; The sub-form of long-distance support of flow monitoring, comprise: person to be used logins device server, user can be connected to the device information storage unit of device server via monitoring dispensing unit, and configure the page in the correspondence monitoring of monitoring dispensing unit, carry out the flow monitoring subject specification bulletin subscription data of the flow monitoring subscription information storage unit of actuating equipment information memory cell;

And device server is again via being connected to information server, and propose corresponding monitoring request according to program monitoring subject specification bulletin subscription data to information server, information server is then according to flow monitoring subject specification bulletin subscription data institute

Corresponding remote equipment server carries out monitoring request and confirms;

Treat remote equipment server receive information server monitoring request confirm, remote equipment server, then according to flow monitoring subject specification bulletin subscription data, confirms that program monitoring that correspondence is stored in the device information storage unit of remote equipment server releases news the flow monitoring subject specification data of storage unit; Remote equipment server according to flow monitoring subject specification data, confirms that correspondence is stored in the program monitoring configuration data of the flow monitoring configuration information storage unit of the device information storage unit of remote equipment server again; The flow monitoring configuration data of the remote equipment server then flow monitoring configuration information storage unit of actuating equipment information memory cell, and then with the application configuration of sequencing, configure or change a little sensor unit monitored corresponding to remote equipment server or the using state that unit is current a bit.

Flow monitoring stack; Program monitoring stack mode, comprising: the substantially sub-form of flow monitoring storehouse; Substantially the sub-form of program monitoring storehouse, comprise: person to be used logins device server, user can be connected to the device information storage unit of device server via monitoring dispensing unit, and configure the page in the correspondence monitoring of monitoring dispensing unit, the flow monitoring subject specification bulletin subscription data of data bank is subscribed in the flow monitoring of corresponding device information memory cell, carry out configuration flow monitoring stack arrangement, with the application configuration by sequencing, and on existing flow monitoring subject specification bulletin subscription data, integrate a little senses of configuration device server

Answer the using state of unit or a little unit; Wherein, flow monitoring stacks configuration is then the flow monitoring configuration information storage unit being stored in device information storage unit in the form of data;

And namely user can need according to specific user demand or situation, integrate the using state of a little sensor unit or a little unit monitored corresponding to configuration remote equipment server and device server simultaneously;

Person to be used logins device server, user can be connected to the device information storage unit of device server via monitoring dispensing unit, and configure the page in the correspondence monitoring of monitoring dispensing unit, carry out the flow monitoring stack arrangement data of the flow monitoring configuration information storage unit of actuating equipment information memory cell;

And device server is again via being connected to information server, and according to being stored in the flow monitoring subject specification bulletin subscription data of the flow monitoring subscription information storage unit of the device information storage unit of device server corresponding to program monitoring stack arrangement data, to information server, corresponding monitoring request is proposed, information server then carries out monitoring request according to the remote equipment server of flow monitoring subject specification bulletin corresponding to subscription data and confirms, and treats that remote equipment server is received information the monitoring request confirmation of server;

Device server is then directly connected to a little sensor unit or a little unit, and the program monitoring stack arrangement data of the flow monitoring configuration information storage unit of foundation device information storage unit, come a little sensor unit of corresponding configuration or a little unit, and then with the application configuration of sequencing, configure or change a little sensor unit monitored corresponding to device server or the using state that unit is current a bit;

Remote equipment server, according to flow monitoring subject specification bulletin subscription data, confirms that flow monitoring that correspondence is stored in the device information storage unit of remote equipment server releases news the flow monitoring subject specification data of storage unit; Remote equipment server according to flow monitoring subject specification data, confirms that correspondence is stored in the flow monitoring configuration data of the flow monitoring configuration information storage unit of the device information storage unit of remote equipment server again; The flow monitoring configuration data of the remote equipment server then flow monitoring configuration information storage unit of actuating equipment information memory cell, and then with the application configuration stylized, configure or change a little sensor unit monitored corresponding to remote equipment server or the using state that unit is current a bit;

Person to be used logins device server, user can be connected to the device information storage unit of device server via monitoring dispensing unit, and configure the page in the correspondence monitoring of monitoring dispensing unit, the flow monitoring in equipment goods material storehouse configuration is educated the flow monitoring stack arrangement data in material storehouse to be configured to the wall control program monitoring stack arrangement of wall control, with the application configuration by sequencing, integrate the using state of a little sensor unit or a little unit monitored corresponding to configuration remote equipment server and device server simultaneously; Wherein, wall control flow monitoring stacks configuration, be then the flow monitoring configuration greedy material storehouse being stored in device information storage unit in the form of data,

Device server is then through being connected to wall control, and the wall control flow monitoring stack arrangement data of the flow monitoring configuration information storage unit of foundation device information storage unit, carry out corresponding configuration wall control, then wall control can by direct control wall control

Button is arranged, and then with the application configuration of sequencing, configures or change remote equipment server and be connected a little sensor unit monitored or the using state that unit is current a bit corresponding to device server;

Person to be used logins device server, user can be connected to the device information storage unit of device server via monitoring dispensing unit, and configure the page in the correspondence monitoring of monitoring dispensing unit, the flow monitoring stack arrangement data of the flow monitoring configuration information storage unit of device information storage unit are configured to the voice controller program monitoring stack arrangement of voice controller, with the application configuration by sequencing, integrate the using state of a little sensor unit or a little unit monitored corresponding to configuration remote equipment server and device server simultaneously; Wherein, voice controller flow monitoring stacks configuration, be then the flow monitoring configuration information storage unit being stored in device information storage unit in the form of data;

Device server is then through being connected to voice controller, and the voice controller flow monitoring stack arrangement data of the flow monitoring configuration information storage unit of foundation device information storage unit, carry out corresponding configure sound controller, then voice controller can by the monitoring voice of direct sound import controller, and then with the application configuration of sequencing, configure or change remote equipment server and corresponding to device server, be connected a little sensor unit monitored or the using state that unit is current a bit;

Person to be used logins device server, user can be connected to the device information storage unit of device server via monitoring dispensing unit, and configure the page in the correspondence monitoring of monitoring dispensing unit, the flow monitoring stack arrangement data of the flow monitoring configuration information storage unit of device information storage unit are configured to the telepilot program monitoring stack arrangement of telepilot, with the application configuration by sequencing, integrate the using state of a little sensor unit or a little unit monitored corresponding to configuration remote equipment server and device server simultaneously; Wherein, telepilot flow monitoring stacks configuration, be then the flow monitoring configuration information storage unit being stored in device information storage unit in the form of data;

Device server is then through being connected to telepilot, and the telepilot flow monitoring stack arrangement data of the flow monitoring configuration information storage unit of foundation device information storage unit, carry out corresponding configuration telepilot, then telepilot can be arranged by the button on direct control telepilot, and then with the application configuration of sequencing, configure or change remote equipment server and corresponding to device server, be connected a little sensor unit monitored or the using state that unit is current a bit.

Wherein, flow monitoring stack, comprising: the long-range issue subpattern of program monitoring storehouse; The sub-form of long-range issue of flow monitoring storehouse, comprising:

Person to be used logins device server, user can be connected to the device information storage unit of device server via monitoring dispensing unit, and configure the page in the correspondence monitoring of monitoring dispensing unit, the flow monitoring stack arrangement data of the flow monitoring Configuration Database of corresponding device information memory cell, carry out configuration flow monitoring storehouse subject specification, after performing flow monitoring stack arrangement with devices illustrated server, and by sequencing application configuration integrate the using state of a little sensor unit of monitoring corresponding to configuration remote equipment server and device server or unit a bit, wherein, flow monitoring storehouse subject specification is then that the flow monitoring being stored in device information storage unit in the form of data releases news storage unit,

And device server is again via being connected to information server, and the flow monitoring storehouse subject specification data of the storage unit that the flow monitoring of device information storage unit released news are transferred to information server; Flow monitoring storehouse subject specification data are then configured to flow monitoring storehouse subject specification bulletin by information server, and correspondingly can produce notice information; So that flow monitoring storehouse subject specification data are disclosed in information server, and announce at information server in the mode of instant message; Wherein, flow monitoring storehouse subject specification is announced, it is then the flow monitoring publishing announcement information storage unit being stored in information memory cell in the form of data, notice information, it is then the notice information storage unit being stored in information memory cell in the form of data, the notice information data of the notice information storage unit of information memory cell can be announced at information server by information server, to be connected to the user of a little device servers of information server, the instant message that information server is announced can be consulted; And information server also by the flow monitoring storehouse subject specification of the program monitoring publishing announcement information storage unit of information memory cell bulletin data, can open and browse to the user being connected to the specific of information server or not specific device server.

Accompanying drawing explanation

Fig. 1 system construction drawing of the present invention (one);

Fig. 2 system construction drawing of the present invention (two);

The system block diagrams of Fig. 3 information server of the present invention and device server;

The structural representation of Fig. 4 monitoring configuration interface of the present invention and the sensor be connected, unit;

The schematic diagram of Fig. 5 monitoring form of the present invention;

The storage data of Fig. 6 device information storage unit of the present invention arranges schematic diagram;

The storage data of Fig. 7 information memory cell of the present invention arranges schematic diagram;

Embodiment

Refer to the ecodistrict home control system (1) of a kind of Internet of Things flow monitoring of Fig. 1 to Fig. 4, comprising: information server (2), a plurality of device server (3), a plurality of monitoring dispensing unit (41), a plurality of wall control (42), plurality of sounds controller (43), a plurality of telepilot (44), a plurality of sensor unit (51) and a plurality of unit (52); This information server (2), comprising: wireless network module (WLM2) and information memory cell (21); This device server (3), comprising: wireless network module (WLM3) and device information storage unit (31).

This device server (3) is then with cable network or wireless network to be linked to this information server (2), to carry out the transmission of data each other.This monitoring dispensing unit (41), this wall control (42) and this voice controller (43) are all then with cable network or wireless network to be connected to this device server (3), to carry out the transmission of data each other; This telepilot (44) is then with wireless network to be connected to this device server (3), to carry out the transmission of data each other.This sensor unit (51) is then with cable network or wireless network to be connected to this device server (3), to carry out the transmission of data each other; This unit (52) is then with cable network or wireless network to be connected to this device server (3), to carry out the transmission of data each other.

And this wireless network module (WLM2) (WLM3), be to carry out the transmission of data and monitor message with wireless network; This device information storage unit (31) is used in storage data and monitor message; This information memory cell (21) is used in storage data and monitor message.

This monitoring dispensing unit (41), comprising: touch control screen module (411), video module (412) and information display module (413).And this touch control screen module (411), be used in input data and configuration monitoring information; This video module (412) is used in image and transmission of sound signals; This information display module (413) is used in display Word message or sends the warning statement sound.

This device server (3) is linked to this information server (2) with cable network, refers to that this device server (3) is to be linked to this information server (2) with wired connection unit; This device server (3) is linked to this information server (2) with wireless network, refers to that this wireless network module (WLM3) of this device server (3) and this wireless network module (WLM2) of this information server (2) are connected to each other in the mode of wireless network.

This monitoring dispensing unit (41), this wall control (42) or this voice controller (43) are connected to this device server (3) with cable network, refer to that this monitoring dispensing unit (41), this wall control (42) or this voice controller (43) are to be connected to this device server (3) with external circuit, this monitoring dispensing unit (41), this wall control (42) or this voice controller (43) are connected to this device server (3) with wireless network, refer to this monitoring dispensing unit (41), this wall control (42) or this voice controller (43) are this wireless network modules (WLM3) being connected to this device server (3) with radio network unit (WLD4), and this radio network unit (WLD4) is correspondence is arranged on this monitoring dispensing unit (41), this wall control (42) or this voice controller (43), this telepilot (44) is connected to this device server (3) with wireless network, refer to that this telepilot (44) is this wireless network module (WLM3) being connected to this device server (3) with radio network unit (WLD4), and this radio network unit (WLD4) is correspondence is arranged on this telepilot (44).

This sensor unit (51) or this unit (52) are connected to this device server (3) with cable network, refer to that this sensor unit (51) or this unit (52) are to be connected to this device server (3) with external circuit; This sensor unit (51) or this unit (52) are connected to this device server (3) with wireless network, refer to that this sensor unit (51) or this unit (52) are this wireless network modules (WLM3) being connected to this device server (3) with radio network unit (WLD5), and this radio network unit (WLD5) is correspondence is arranged on this sensor unit (51) or this unit (52).

This wired connection unit, can use grid line or line of electric force.This wireless network module (WLM2) of this information server (2), comprising: WIFI transmission unit; This wireless network module (WLM3) of this device server (3), comprising: WIFI transmission unit and infrared transmission unit.This radio network unit (WLD4) of this monitoring dispensing unit (41), this wall control (42), this voice controller (43) or this telepilot (44) uses WIFI transmission unit.This radio network unit (WLD5) of this sensor unit (51) or this unit (52), can use WIFI transmission unit or infrared transmission unit.And this WIFI transmission unit, be the data and the monitor message that are used in transmission WIFI form; This infrared transmission unit is the data and the monitor message that are used in solution/coding and transmission infrared format.

This information server (2), comprising: line test module (22); This device server (3), comprise: unit testing module (32) and monitoring module (33), and this monitoring module (33), comprise information transmission unit (331) and monitoring loop unit (332).And this line test module (22), be used in the data transmission state that test is connected to this wired connection unit of this information server (2); This unit testing module (32) is used in the using state that test is connected to this monitoring dispensing unit (41) of this device server (3), this wall control (42), this voice controller (43), this telepilot (44), this sensor unit (51) and this unit (52); This information transmission unit (331) is to carry out the transmission of data and monitor message with communications protocol; This monitoring loop unit (332) is to carry out the transmission of data and monitor message with supervisory circuit.

This information memory cell (21), comprising: flow monitoring publishing announcement information storage unit (211), flow monitoring subscribe to record information memory cell (212), notice information storage unit (213) and line test report information storage unit (214).This device information storage unit (31), comprising: user logins information memory cell (311), monitor-interface definition information storage unit (312), unit monitors state information storage unit (313), unit input information memory cell (314), Unit Test Report information memory cell (315), flow monitoring configuration information storage unit (316), flow monitoring release news storage unit (317) and flow monitoring subscription information storage unit (318).

And this sensor unit (51) that this device server (3) connects, be general reference human perception device, temperature sensor, humidity perceptron, pressure perceptron, illumination perceptron, carbon monoxide perceptron or smog perceptron; This unit (52) is general reference electric light, electrically driven curtain, air-conditioning system, audio-visual unit, family's electric unit, electric heater, water sprinkler or pipeline switch valve.

Refer to Fig. 1 to Fig. 7; A kind of ecodistrict family method for supervising of Internet of Things flow monitoring, ecodistrict family monitoring management system (1) being applied in Internet of Things flow monitoring, the flow monitoring of being correlated with the equipment connected this ecodistrict home control system (1).This ecodistrict home control system (1), comprising: information server (2), a plurality of device server (3), a plurality of monitoring dispensing unit (41), a plurality of wall control (42), plurality of sounds controller (43), a plurality of telepilot (44), a plurality of sensor unit (51) and a plurality of unit (52); Wherein, this information server (2), comprising: wireless network module (WLM2) and information memory cell (21); This device server (3), comprising: wireless network module (WLM3) and device information storage unit (31).

The ecodistrict family method for supervising of this Internet of Things flow monitoring, comprising: substantially monitor form (M1); Wherein, this monitors form (M1) substantially, comprising: the substantially sub-form (M1S1) of basic monitoring.

This substantially sub-form (M1S1) substantially monitored, comprising:

This sensor unit (51) is through being connected to this device server (3), then this device server (3) by sensor unit monitor state configuration (313D1) corresponding to using state current for this sensor unit (51), can be stored in this unit monitors state information storage unit (313) of this device information storage unit (31) in the form of data; And when the using state of this sensor unit (51) changes, then this device server (3) also correspondingly can upgrade sensor unit monitor state configuration (313D1) data of this unit monitors state information storage unit (313) in this equipment data storehouse (31).

And this sensor unit (51) also can transmission sensor cell signal information (314D1) to this device server (3), with by the state of this sensor unit (51) institute sensor detecting external environment condition or internal arithmetic execution result, be transferred to this device server (3) with electronic signal or data message; This device server (3) then by sensor unit signal message (314D1), can be stored in this unit input information memory cell (314) of this device information storage unit (31) in the form of data.

This unit (52) is through being connected to this device server (3), then this device server (3) by unit monitor state configuration (313D2) corresponding to using state current for this unit (52), can be stored in this unit monitors state information storage unit (313) of this device information storage unit (31) in the form of data; And when the using state of this unit (52) changes, then this device server (3) also correspondingly can upgrade unit monitor state configuration (313D2) data of this unit monitors state information storage unit (313) in this equipment data storehouse (31).

And this unit (52) also can transmission equipment cell signal information (314D2) to this device server (3), with by the state of this unit (52) institute sensor detecting external environment condition or internal arithmetic execution result, be transferred to this device server (3) with electronic signal or data; This device server (3) then by unit signal message (314D2), can be stored in this unit input information memory cell (314) of this device information storage unit (31) in the form of data.

This unit testing module (32), be be used in the using state that test is connected to this monitoring dispensing unit (41) of this device server (3), this wall control (42), this voice controller (43), this telepilot (44), this sensor unit (51) and this unit (52), and unit testing result (315D) be stored in the form of data this Unit Test Report information memory cell (315) of this device information storage unit (31).

This device server (3) is through confirming unit testing result (315D) data of this Unit Test Report information memory cell (315) of this device information storage unit (31), if unit testing result (315D) tribute material has abnormal error message, then this device server (3) can show Word message via this information display module (413) of this monitoring dispensing unit (41) or send the warning statement sound, to inform, remind user.

This line test module (22) is used in the data transmission state that test is connected to this wired connection unit of this information server (2); And line test result (214D) is stored in the form of data this line test report information storage unit (214) of this information memory cell (21).

User can be connected to this device information storage unit (31) of this device server (3) via this monitoring dispensing unit (41), and configure the page in the correspondence monitoring of this monitoring dispensing unit (41), input user account and password (311D), then login the data of information memory cell (311) to confirm user identity via this user of this device information storage unit of this device server (3) comparison (31).

Person to be used logins this device server (3), user can be connected to this device information storage unit (31) of this device server (3) via this monitoring dispensing unit (41), and configure the page in the correspondence monitoring of this monitoring dispensing unit (41), to this wall control (42) carry out wall control unit link configuration (312D1), with configure or change this wall control (42) institute want corresponding to connection monitor those sensor units (51) or those units (52); Wherein, wall control unit link configuration (312D1) is then this monitor-interface definition information storage unit (312) being stored in this device information storage unit (31) in the form of data.

This device server (3) is then through being connected to this wall control (42), and configure (312D1) data according to the wall control unit link of this monitor-interface definition information storage unit (312) of this device information storage unit (31), carry out this wall control of corresponding configuration (42), then this wall control (42) can be arranged by the button on this wall control of direct control (42), configure or change corresponding connect monitoring those sensor units (51) or the current using state of those units (52).

Person to be used logins this device server (3), user can be connected to this device information storage unit (31) of this device server (3) via this monitoring dispensing unit (41), and configure the page in the correspondence monitoring of this monitoring dispensing unit (41), to this voice controller (43) carry out voice controller unit link configuration (312D2), with configure or change this voice controller (43) institute want corresponding to connection monitor those sensor units (51) or those units (52); Wherein, voice controller unit link configuration (312D2) is then this monitor-interface definition information storage unit (312) being stored in this device information storage unit (31) in the form of data.

This device server (3) is then through being connected to this voice controller (43), and configure (312D2) data according to the voice controller unit link of this monitor-interface definition information storage unit (312) of this device information storage unit (31), carry out this voice controller of corresponding configuration (43), then this voice controller (43) can by the monitoring voice directly inputting this voice controller (43), configure or change corresponding connect monitoring those sensor units (51) or the current using state of those units (52).

Person to be used logins this device server (3), user can be connected to this device information storage unit (31) of this device server (3) via this monitoring dispensing unit (41), and configure the page in the correspondence monitoring of this monitoring dispensing unit (41), to this telepilot (44) carry out remote control unit link configuration (312D3), with configure or change this telepilot (44) institute want corresponding to connection monitor those sensor units (51) or those units (52); Wherein, remote control unit link configuration (312D3) is then this monitor-interface definition information storage unit (312) being stored in this device information storage unit (31) in the form of data.

This device server (3) is then through being connected to this telepilot (44), and configure (312D3) data according to the remote control unit link of this monitor-interface definition information storage unit (312) of this device information storage unit (31), carry out this telepilot of corresponding configuration (44), then this telepilot (44) can be arranged by the button on this telepilot of direct control (44), configure or change corresponding connect monitoring those sensor units (51) or the current using state of those units (52).

Person to be used logins this device server (3), user can be connected to this device information storage unit (31) of this device server (3) via this monitoring dispensing unit (41), and configure the page in the correspondence monitoring of this monitoring dispensing unit (41), sensor unit monitor state configuration (313D1) is carried out to this sensor unit (51), to be configured the using state that (313D1) carrys out corresponding configuration or change this sensor unit (51) by sensor unit monitor state; Wherein, sensor unit monitor state configuration (313D1) is then this unit monitors state information storage unit (313) being stored in this device information storage unit (31) with the form of data.

This device server (3) is then through being connected to this sensor unit (51), and configure (313D1) data according to the sensor unit monitor state of this unit monitors state information storage unit (313) of this device information storage unit (31), carry out this sensor unit of corresponding configuration (51), to configure or to change the current using state of this sensor unit (51).

Person to be used logins this device server (3), user can be connected to this device information storage unit (31) of this device server (3) via this monitoring dispensing unit (41), and configure the page in the correspondence monitoring of this monitoring dispensing unit (41), unit monitor state configuration (313D2) is carried out to this unit (52), to be configured the using state that (313D2) carrys out corresponding configuration or change this unit (52) by unit monitor state; Wherein, unit monitor state configuration (313D2) is then this unit monitors state information storage unit (313) being stored in this device information storage unit (31) with the form of data.

This device server (3) is then through being connected to this unit (52), and configure (313D2) data according to the unit monitor state of this unit monitors state information storage unit (313) of this device information storage unit (31), carry out this unit of corresponding configuration (52), to configure or to change the current using state of this unit (52).

The ecodistrict family method for supervising of this Internet of Things flow monitoring, comprising: flow monitoring form (M2); Wherein, this flow monitoring form (M2), comprising: the substantially sub-form (M2S1) of flow monitoring.

The basic subpattern (M2S1) of this flow monitoring, comprising:

Person to be used logins this device server (3), user can be connected to this device information storage unit (31) of this device server (3) via this monitoring dispensing unit (41), and configure the page in the correspondence monitoring of this monitoring dispensing unit (41), flow monitoring configuration (316D1) is carried out to specific those sensor units (51) or those units (52), with the application configuration by sequencing, integrate the using state of those sensor units of configuration (51) or those units (52); Wherein, this program monitoring configuration (316D1) is then this flow monitoring configuration information storage unit (316) being stored in this device information storage unit (31) in the form of data.

And namely user can need according to specific user demand or situation, integrate corresponding those sensor units (51) of monitoring of configuration or the using state of those units (52); And under the monitoring condition configured user, in the mode of sequential monitoring or synchronization monitoring, carry out sequential start or close those sensor units (51) or those units (52) of corresponding monitoring, or at the same time between start or close corresponding those sensor units (51) of monitoring or those units (52).

Person to be used logins this device server (3), user can be connected to this device information storage unit (31) of this device server (3) via this monitoring dispensing unit (41), and configuring the page in the correspondence monitoring of this monitoring dispensing unit (41), 5 profound program monitorings configuration (316D1) data of material storehouse (316) are educated in this flow monitoring configuration performing this equipment tribute material storehouse (31).

This device server (3) is then directly connected to those sensor units (51) or those units (52), and configure (316D1) data according to this flow monitoring of this flow monitoring configuration information storage unit (316) of this device information storage unit (31), come those sensor units of corresponding configuration (51) or those units (52), and then with the application configuration of sequencing, configure or change those sensor units (51) of corresponding monitoring or the current using state of those units (52).

Person to be used logins this device server (3), user can be connected to this device information storage unit (31) of this device server (3) via this monitoring dispensing unit (41), and configure the page in the correspondence monitoring of this monitoring dispensing unit (41), this flow monitoring of this flow monitoring configuration information storage unit (316) of this device information storage unit (31) configuration (316D1) data are configured to wall control flow monitoring configuration (316D2) of this wall control (42), with the application configuration by sequencing, integrate the using state of those sensor units of configuration (51) or those units (52), wherein, wall control program monitoring configuration (316D2) is then this flow monitoring configuration information storage unit (316) being stored in this device information storage unit (31) in the form of data.

This device server (3) is then through being connected to this wall control (42), and configure (316D2) data according to the wall control program monitoring of this flow monitoring configuration information storage unit (316) of this device information storage unit (31), carry out this wall control of corresponding configuration (42), then this wall control (42) can be arranged by the button on this wall control of direct control (42), and then with the application configuration of sequencing, configure or change corresponding connect monitoring those sensor units (51) or the current using state of those units (52).

Person to be used logins this device server (3), user can be connected to this device information storage unit (31) of this device server (3) via this monitoring dispensing unit (41), and configure the page in the correspondence monitoring of this monitoring dispensing unit (41), this flow monitoring of this flow monitoring configuration information storage unit (316) of this device information storage unit (31) configuration (316D1) data are configured to voice controller flow monitoring configuration (316D3) of this voice controller (43), with the application configuration by sequencing, integrate the using state of those sensor units of configuration (51) or those units (52), wherein, voice controller program monitoring configuration (316D3) is then this flow monitoring configuration information storage unit (316) being stored in this device information storage unit (31) in the form of data.

This device server (3) is then through being connected to this voice controller (43), and configure (316D3) data according to the voice controller program monitoring of this flow monitoring configuration information storage unit (316) of this device information storage unit (31), carry out this voice controller of corresponding configuration (43), then this voice controller (43) can by the monitoring voice directly inputting this voice controller (43), and then with the application configuration stylized, configure or change corresponding connect monitoring those sensor units (51) or the current using state of those units (52).

Person to be used logins this device server (3), user can be connected to this device information storage unit (31) of this device server (3) via this monitoring dispensing unit (41), and configure the page in the correspondence monitoring of this monitoring dispensing unit (41), this flow monitoring of this flow monitoring configuration information storage unit (316) of this device information storage unit (31) configuration (316D1) data are configured to telepilot flow monitoring configuration (316D4) of this telepilot (44), with the application configuration by sequencing, integrate the using state of those sensor units of configuration (51) or those units (52), wherein, telepilot program monitoring configuration (316D4) is then this flow monitoring configuration information storage unit (316) being stored in this device information storage unit (31) in the form of data.

This device server (3) is then through being connected to this telepilot (44), and configure (316D4) data according to the telepilot program monitoring of this flow monitoring configuration information storage unit (316) of this device information storage unit (31), carry out this telepilot of corresponding configuration (44), then this telepilot (44) can be arranged by the button on this telepilot of direct control (44), and then with the application configuration of sequencing, configure or change corresponding connect monitoring those sensor units (51) or the current using state of those units (52).

This wall control (42) can be arranged by the button in this wall control of operation (42), and via being connected to this device information storage unit (31) of this device server (3), and by those sensor unit monitor states of this unit monitors state information storage unit (313) of this device information storage unit (31) configuration (313D1) data or those unit monitor states configuration (313D2) data, be configured to wall control program monitoring configuration (316D2) of this wall control (42), with the application configuration by sequencing, integrate the using state of those sensor units of configuration (51) or those units (52), wherein, wall control flow monitoring configuration (316D2) is then this flow monitoring configuration information storage unit (316) being stored in this device information storage unit (31) in the form of data.

This voice controller (43) can by the monitoring voice of this voice controller of input (43), and via being connected to this device information storage unit (31) of this device server (3), and by those sensor unit monitor states of this unit monitors state information storage unit (313) of this device information storage unit (31) configuration (313D1) data or those unit monitor states configuration (313D2) data, be configured to voice controller flow monitoring configuration (316D3) of this voice controller (43), with the application configuration by sequencing, integrate the using state of those sensor units of configuration (51) or those units (52), wherein, voice controller flow monitoring configuration (316D3) is then this flow monitoring configuration information storage unit (316) being stored in this device information storage unit (31) in the form of data.

This telepilot (44) can be arranged by the button in this telepilot of operation (44), and via being connected to this device information storage unit (31) of this device server (3), and by those sensor unit monitor states of this unit monitors state information storage unit (313) of this device information storage unit (31) configuration (313D1) data or those unit monitor states configuration (313D2) data, be configured to telepilot program monitoring configuration (316D4) of this telepilot (44), with the application configuration by sequencing, integrate the using state of those sensor units of configuration (51) or those units (52), wherein, telepilot flow monitoring configuration (316D4) is then this flow monitoring configuration information storage unit (316) being stored in this device information storage unit (31) in the form of data.

The ecodistrict family method for supervising of this Internet of Things flow monitoring, wherein, this flow monitoring form (M2), comprising: the sub-form of long-range issue (M2S2) of flow monitoring.

The long-range issue subpattern (M2S2) of this flow monitoring, comprising:

Person to be used logins this device server (3), user can be connected to this device information storage unit (31) of this device server (3) via this monitoring dispensing unit (41), and configure the page in the correspondence monitoring of this monitoring dispensing unit (41), to should device information storage unit (31) this flow monitoring configuration information storage unit (316) this flow monitoring configuration (316D1) data, carry out configuration flow monitor theme and (317D1) is described, after illustrating that this device server (3) performs this flow monitoring configuration (316D1), and by sequencing application configuration integrate those sensor units of configuration (51) or the using state of those units (52), wherein, this flow monitoring subject specification (317D1) is then that this flow monitoring being stored in this device information storage unit (31) in the form of data releases news storage unit (317).

And this device server (3) is again via being connected to this information server (2), and these program monitoring subject specification (317D1) data of the storage unit (317) that this flow monitoring of this device information storage unit (31) released news are transferred to this information server (2); These flow monitoring subject specification (317D1) data are then configured to program monitoring subject specification bulletin (211D1) by this information server (2), and correspondingly can produce notice information (213D); So that these flow monitoring subject specification (317D1) data are disclosed in this information server (2), and announce in this information server (2) in the mode of instant message; Wherein, this flow monitoring subject specification bulletin (211D1), it is then this flow monitoring publishing announcement information storage unit (211) being stored in this information memory cell (21) in the form of data, this notice information (213D) is then this notice information storage unit (213) being stored in this information memory cell (21) in the form of data.

These notice information (213D) data of this notice information storage unit (213) of this information memory cell (21) can be announced in this information server (2) by this information server (2), to be connected to the user of those device servers (3) of this information server (2), the instant message that this information server (2) is announced can be consulted; And this information server (2) also by this flow monitoring subject specification of this flow monitoring publishing announcement information storage unit (211) of this information memory cell (21) bulletin (211D1) data, can open and browse to the user being connected to the specific of this information server (2) or not specific those device servers (3).

The ecodistrict family method for supervising of this Internet of Things flow monitoring, wherein, this flow monitoring form (M2), comprising: the sub-form of long-range subscription (M2S3) of flow monitoring.

The long-range subscription subpattern (M2S3) of this flow monitoring, comprising:

Person to be used logins this device server (3), user can be connected to this device information storage unit (31) of this device server (3) via this monitoring dispensing unit (41), and can be connected to this information memory cell (21) of this information server (2) via this device server (3); And user can at the correspondence monitoring configuration page of this monitoring dispensing unit (41), browse those flow monitoring subject specification bulletin (211D1) data of this flow monitoring publishing announcement information storage unit (211) of this information memory cell (21), and by this flow monitoring subject specification bulletin (211D1) data, subscription status can be configured to.

Then this information server (2) can by this flow monitoring subject specification of the tool subscription status of this program monitoring publishing announcement information storage unit (211) of this information memory cell (21) bulletin (211D1) data, be configured to flow monitoring subject specification bulletin and subscribe to (318D1), and correspondingly can produce flow monitoring subject specification bulletin subscription record (212D1), so that these flow monitoring subject specification (317D1) data of correspondence are stored in this device server (3), and another storage subscribes to record in this information server (2), wherein, this flow monitoring subject specification bulletin subscribes to (318D1), it is then this program monitoring subscription information storage unit (318) being stored in this device information storage unit (31) of this device server (3) with the form of data, this flow monitoring subject specification bulletin subscribes to record (212D1), be then that record information memory cell (212) is subscribed in this flow monitoring of this information memory cell (21) being stored in this information server (2) in the form of data.

User can be stored in this flow monitoring subject specification bulletin subscription (318D1) data of this flow monitoring subscription information storage unit (318) of this device information storage unit (31) of this device server (3) by execution, those sensor units (51) connect long-range this device server (3) or those units (52) carry out corresponding this program monitoring configuration (316D1), to configure or to change the using state of those sensor units (51) or those units (52); And this flow monitoring subject specification bulletin that record information memory cell (212) is subscribed in this flow monitoring being stored in this information memory cell (21) of this information server (2) subscribes to record (212D1) data, then record has this corresponding flow monitoring subject specification (317D1) data, issues this device server (3) of these flow monitoring subject specification (317D1) data and subscribe to this device server (3) of these flow monitoring subject specification (317D1) data.

The ecodistrict family method for supervising of this Internet of Things flow monitoring, wherein, this flow monitoring form (M2), comprising: the sub-form of long-distance support (M2S4) of flow monitoring.

The long-distance support subpattern (M2S4) of this flow monitoring, comprising:

Person to be used logins this device server (3), user can be connected to this device information storage unit (31) of this device server (3) via this monitoring dispensing unit (41), and configuring the page in the correspondence monitoring of this monitoring dispensing unit (41), this program monitoring subject specification bulletin performing this flow monitoring subscription information storage unit (318) of this device information storage unit (31) subscribes to (318D1) data.

And this device server (3) is again via being connected to this information server (2), and subscribe to the monitoring request of (318D1) data to this information server (2) proposition correspondence according to this flow monitoring subject specification bulletin, this information server (2) then carries out monitoring request confirmation according to this program monitoring subject specification bulletin long-range this device server (3) of subscribing to corresponding to (318D1) data.

Treat that long-range this device server (3) accepts the monitoring request confirmation of this information server (2), long-range this device server (3) then subscribes to (318D1) data according to this flow monitoring subject specification bulletin, confirms that this flow monitoring that correspondence is stored in this device information storage unit (31) of long-range this device server (3) releases news these program monitoring subject specification (317D1) data of storage unit (317); Long-range this device server (3), again according to these program monitoring subject specification (317D1) data, confirms that correspondence is stored in this flow monitoring configuration (316D1) data of this flow monitoring configuration information storage unit (316) of this device information storage unit (31) of long-range this device server (3); Long-range this device server (3) then performs this program monitoring configuration (316D1) data of this flow monitoring configuration information storage unit (316) of this device information storage unit (31), and then with the application configuration of sequencing, configure or change those sensor units (51) of the corresponding monitoring of long-range this device server (3) or the current using state of those units (52).

The ecodistrict family method for supervising of this Internet of Things flow monitoring, comprising: flow monitoring stack (M3);

Wherein, this flow monitoring stack (M3), comprising: the substantially sub-form (M3S1) of flow monitoring storehouse.

The basic subpattern (M3S1) of this flow monitoring storehouse, comprising:

Person to be used logins this device server (3), user can be connected to this device information storage unit (31) of this device server (3) via this monitoring dispensing unit (41), and configure the page in the correspondence monitoring of this monitoring dispensing unit (41), to should device information storage unit (31) this flow monitoring subscription information storage unit (318) this flow monitoring subject specification bulletin subscribe to (318D1) data, carry out configuration flow monitoring stack arrangement (316D5), with the application configuration by sequencing, and subscribe in (318D1) data at this existing flow monitoring subject specification bulletin, integrate those sensor units (51) of this device server of configuration (3) or the using state of those units (52), wherein, this flow monitoring stack arrangement (316D5) is then this flow monitoring configuration lean storehouse (316) being stored in this equipment tribute material storehouse (31) in the form of data.

And namely user can need according to specific user demand or situation, integrate the using state of those sensor units (51) or those units (52) monitored corresponding to long-range this device server (3) of configuration and this device server (3) simultaneously.

Person to be used logins this device server (3), user can be connected to this device information storage unit (31) of this device server (3) via this monitoring dispensing unit (41), and configure the page in the correspondence monitoring of this monitoring dispensing unit (41), perform these program monitoring stack arrangement (316D5) data of this flow monitoring configuration information storage unit (316) of this device information storage unit (31).

And this device server (3) is again via being connected to this information server (2), and subscribe to (318D1) data according to this flow monitoring subject specification bulletin being stored in this flow monitoring subscription information storage unit (318) of this device information storage unit (31) of this device server (3) corresponding to these flow monitoring stack arrangement (316D5) data, to this information server (2), corresponding monitoring request is proposed, this information server (2) then carries out monitoring request according to this program monitoring subject specification bulletin long-range this device server (3) of subscribing to corresponding to (318D1) data and confirms, and treat that long-range this device server (3) accepts the monitoring request confirmation of this information server (2).

This device server (3) is then directly connected to those sensor units (51) or those units (52), and these flow monitoring stack arrangement (316D5) data of this flow monitoring configuration information storage unit (316) according to this device information storage unit (31), come those sensor units of corresponding configuration (51) or those units (52), and then with the application configuration of sequencing, configure or change those sensor units (51) of the corresponding monitoring of this device server (3) or the current using state of those units (52).

Long-range this device server (3) then subscribes to (318D1) data according to this flow monitoring subject specification bulletin, confirms that this flow monitoring that correspondence is stored in this device information storage unit (31) of long-range this device server (3) releases news these program monitoring subject specification (317D1) data of storage unit (317); Long-range this device server (3), again according to these program monitoring subject specification (317D1) data, confirms that correspondence is stored in this flow monitoring configuration (316D1) data of this flow monitoring configuration information storage unit (316) of this device information storage unit (31) of long-range this device server (3); Long-range this device server (3) then performs this program monitoring configuration (316D1) data of this flow monitoring configuration information storage unit (316) of this device information storage unit (31), and then with the application configuration of sequencing, configure or change those sensor units (51) of the corresponding monitoring of long-range this device server (3) or the current using state of those units (52).

Person to be used logins this device server (3), user can be connected to this device information storage unit (31) of this device server (3) via this monitoring dispensing unit (41), and configure the page in the correspondence monitoring of this monitoring dispensing unit (41), this flow monitoring of this flow monitoring configuration information storage unit (316) of this device information storage unit (31) is stacked configuration (316D5) data to be configured to the wall control flow monitoring stack arrangement (316D6) of this wall control (42), with the application configuration by sequencing, integrate the using state of those sensor units (51) or those units (52) monitored corresponding to long-range this device server (3) of configuration and this device server (3) simultaneously, wherein, wall control flow monitoring stack arrangement (316D6) is then this flow monitoring configuration tribute material storehouse (316) being stored in this equipment tribute material storehouse (31) in the form of data.

This device server (3) is then through being connected to this wall control (42), and wall control program monitoring stack arrangement (316D6) data of this flow monitoring configuration information storage unit (316) according to this device information storage unit (31), carry out this wall control of corresponding configuration (42), then this wall control (42) can be arranged by the button on this wall control of direct control (42), and then with the application configuration of sequencing, configure or change that long-range this device server (3) and this device server (3) are corresponding is connected those sensor units (51) of monitoring or the current using state of those units (52).

Person to be used logins this device server (3), user can be connected to this device information storage unit (31) of this device server (3) via this monitoring dispensing unit (41), and configure the page in the correspondence monitoring of this monitoring dispensing unit (41), this flow monitoring of this flow monitoring configuration information storage unit (316) of this device information storage unit (31) is stacked configuration (316D5) data to be configured to the voice controller flow monitoring stack arrangement (316D7) of this voice controller (43), with the application configuration by sequencing, integrate the using state of those sensor units (51) or those units (52) monitored corresponding to long-range this device server (3) of configuration and this device server (3) simultaneously, wherein, voice controller flow monitoring stack arrangement (316D7) is then this flow monitoring configuration information storage unit (316) being stored in this device information storage unit (31) in the form of data.

This device server (3) is then through being connected to this voice controller (43), and voice controller program monitoring stack arrangement (316D7) data of this flow monitoring configuration information storage unit (316) according to this device information storage unit (31), carry out this voice controller of corresponding configuration (43), then this voice controller (43) can by the monitoring voice directly inputting this voice controller (43), and then with the application configuration of sequencing, configure or change that long-range this device server (3) and this device server (3) are corresponding is connected those sensor units (51) of monitoring or the current using state of those units (52).

Person to be used logins this device server (3), user can be connected to this device information storage unit (31) of this device server (3) via this monitoring dispensing unit (41), and configure the page in the correspondence monitoring of this monitoring dispensing unit (41), this flow monitoring of this flow monitoring configuration information storage unit (316) of this device information storage unit (31) is stacked configuration (316D5) data to be configured to the telepilot flow monitoring stack arrangement (316D8) of this telepilot (44), with the application configuration by sequencing, integrate the using state of those sensor units (51) or those units (52) monitored corresponding to long-range this device server (3) of configuration and this device server (3) simultaneously, wherein, telepilot flow monitoring stack arrangement (316D8) is then this flow monitoring configuration information storage unit (316) being stored in this device information storage unit (31) in the form of data.

This device server (3) is then through being connected to this telepilot (44), and telepilot program monitoring stack arrangement (316D8) data of this flow monitoring configuration information storage unit (316) according to this device information storage unit (31), carry out this telepilot of corresponding configuration (44), then this telepilot (44) can be arranged by the button on this telepilot of direct control (44), and then with the application configuration of sequencing, configure or change that long-range this device server (3) and this device server (3) are corresponding is connected those sensor units (51) of monitoring or the current using state of those units (52).

The ecodistrict family method for supervising of this Internet of Things flow monitoring, wherein, this flow monitoring stack (M3), comprising: the sub-form of long-range issue (M3S2) of flow monitoring storehouse.

The long-range issue subpattern (M3S2) of this flow monitoring storehouse, comprising:

Person to be used logins this device server (3), user can be connected to this device information storage unit (31) of this device server (3) via this monitoring dispensing unit (41), and configure the page in the correspondence monitoring of this monitoring dispensing unit (41), to should these flow monitoring stack arrangement (316D5) data of this flow monitoring configuration information storage unit (316) of device information storage unit (31), carry out configuration flow monitoring storehouse subject specification (317D2), after illustrating that this device server (3) performs this flow monitoring stack arrangement (316D5), and by sequencing application configuration integrate the using state of corresponding those sensor units (51) monitored of configuration long-range this device server (3) and this device server (3) or those units (52), wherein, this flow monitoring storehouse subject specification (317D2) is then that this flow monitoring being stored in this device information storage unit (31) in the form of data releases news storage unit (317).

And this device server (3) is again via being connected to this information server (2), and these program monitoring storehouse subject specification (317D2) data of the storage unit (317) that this flow monitoring of this device information storage unit (31) released news are transferred to this information server (2); This flow monitoring storehouse subject specification (317D2) data is then configured to flow monitoring storehouse subject specification bulletin (211D2) by this information server (2), and correspondingly can produce notice information (213D); So that these flow monitoring storehouse subject specification (317D2) data are disclosed in this information server (2), and announce in this information server (2) in the mode of instant message; Wherein, this flow monitoring storehouse subject specification bulletin (211D2), it is then this program monitoring publishing announcement information storage unit (211) being stored in this information memory cell (21) in the form of data, this notice information (213D) is then this notice information storage unit (213) being stored in this information memory cell (21) in the form of data.

This bulletin of this information memory cell (21) can be interrogated by this information server (2), these notice information (213D) data of soap information memory cell (213) are announced in this information server (2), to be connected to the user of those device servers (3) of this information server (2), the instant message that this information server (2) is announced can be consulted; And this information server (2) also by this flow monitoring storehouse subject specification of this flow monitoring publishing announcement information storage unit (211) of this information memory cell (21) bulletin (211D2) data, can open and browse to the user being connected to the specific of this information server (2) or not specific those device servers (3).

The ecodistrict family method for supervising of this Internet of Things flow monitoring, wherein, this flow monitoring stack (M3), comprising: the sub-form of long-range subscription (M3S3) of flow monitoring storehouse.

The long-range subscription subpattern (M3S3) of this flow monitoring storehouse, comprising:

Person to be used logins this device server (3), user can be connected to this device information storage unit (31) of this device server (3) via this monitoring dispensing unit (41), and can be connected to this information memory cell (21) of this information server (2) via this device server (3); And user can at the correspondence monitoring configuration page of this monitoring dispensing unit (41), browse those flow monitoring storehouse subject specification bulletin (211D2) data of this flow monitoring publishing announcement information storage unit (211) of this information memory cell (21), and by this flow monitoring storehouse subject specification bulletin (211D2) data, subscription status can be configured to.

Then this information server (2) can by this flow monitoring storehouse subject specification of the tool subscription status of this program monitoring publishing announcement information storage unit (211) of this information memory cell (21) bulletin (211D2) data, be configured to flow monitoring storehouse subject specification bulletin and subscribe to (318D2), and correspondingly can produce flow monitoring storehouse subject specification bulletin subscription record (212D2), so that these flow monitoring storehouse subject specification (317D2) data of correspondence are stored in this device server (3), and another storage subscribes to record in this information server (2), wherein, this flow monitoring storehouse subject specification bulletin subscribes to (318D2), it is then this flow monitoring subscription information storage unit (318) of this device information storage unit (31) being stored in this device server (3) in the form of data, this flow monitoring storehouse subject specification bulletin subscribes to record (212D2), be then that record data bank (212) is subscribed in this flow monitoring of this information memory cell (21) being stored in this information server (2) in the form of data.

User can be stored in this flow monitoring storehouse subject specification bulletin subscription (318D2) data of this flow monitoring subscription information storage unit (318) of this device information storage unit (31) of this device server (3) by execution, those sensor units (51) connect long-range those device servers (3) or those units (52) carry out corresponding this flow monitoring configuration (316D1), to configure or to change the using state of those sensor units (51) or those units (52); And this flow monitoring storehouse subject specification bulletin that record information memory cell (212) is subscribed in this flow monitoring being stored in this information memory cell (21) of this information server (2) subscribes to record (212D2) data, then record has these corresponding flow monitoring storehouse subject specification (317D2) data, issues this device server (3) of these program monitoring storehouse subject specification (317D2) data and subscribe to this device server (3) of these flow monitoring storehouse subject specification (317D2) data.

The ecodistrict family method for supervising of this Internet of Things flow monitoring, wherein, this flow monitoring stack (M3), comprising: the sub-form of long-distance support (M3S4) of flow monitoring storehouse.

The long-distance support subpattern (M3S4) of this flow monitoring storehouse, comprising:

Person to be used logins this device server (3), user can be connected to this device information storage unit (31) of this device server (3) via this monitoring dispensing unit (41), and configuring the page in the correspondence monitoring of this monitoring dispensing unit (41), this program monitoring storehouse subject specification bulletin performing this flow monitoring subscription information storage unit (318) of this device information storage unit (31) subscribes to (318D2) data.

And this device server (3) is again via being connected to this information server (2), and subscribe to the monitoring request of (318D2) data to this information server (2) proposition correspondence according to this flow monitoring storehouse subject specification bulletin, this information server (2) is then subscribed to (318D2) data institute according to this program monitoring storehouse subject specification bulletin and distinguish corresponding long-range those device servers (3) and carry out monitoring and ask confirmation, and treats that long-range those device servers (3) all accept the monitoring request confirmation of this information server (2).

Long-range this device server (3) then subscribes to (318D2) data according to this flow monitoring storehouse subject specification bulletin, confirms that this flow monitoring that correspondence is stored in this device information storage unit (31) of long-range this device server (3) releases news this flow monitoring storehouse subject specification (317D2) data of storage unit (317); Long-range this device server (3), again according to these flow monitoring storehouse subject specification (317D2) data, confirms that correspondence is stored in these flow monitoring stack arrangement (316D5) data of this flow monitoring configuration information storage unit (316) of this device information storage unit (31) of long-range this device server (3); Long-range this device server (3) then performs these flow monitoring stack arrangement (316D5) data of this flow monitoring configuration information storage unit (316) of this device information storage unit (31), and then with the application configuration of sequencing, configure or change those sensor units (51) of the corresponding monitoring of long-range this device server (3) or the current using state of those units (52).

Or, long-range this device server (3) then subscribes to (318D2) data according to this flow monitoring storehouse subject specification bulletin, confirms that this flow monitoring that correspondence is stored in this device information storage unit (31) of long-range this device server (3) releases news this flow monitoring subject specification (317D1) data of storage unit (317); Long-range this device server (3), again according to these flow monitoring subject specification (317D1) data, confirms that correspondence is stored in this flow monitoring configuration (316D1) data of this flow monitoring configuration information storage unit (316) of this device information storage unit (31) of long-range this device server (3); Long-range this device server (3) then performs this flow monitoring configuration (316D1) data of this flow monitoring configuration information storage unit (316) of this device information storage unit (31), and then with the application configuration of sequencing, configure or change those sensor units (51) of the corresponding monitoring of long-range this device server (3) or the current using state of those units (52).

Above-described embodiment is only and principle of the present invention and effect thereof is described, and unrestricted the present invention; Therefore, the personage practised in this technology modifies to above-described embodiment and changes still de-spirit of the present invention.

Claims

1. the ecodistrict home control system of an Internet of Things flow monitoring, it is characterized in that, comprising: information server, a plurality of device server, a plurality of monitoring dispensing unit, a plurality of wall control, plurality of sounds controller, a plurality of telepilot, a plurality of sensor unit and a plurality of unit; Wherein, information server, comprising: wireless network module and information memory cell; Device server, comprising: wireless network module and device information storage unit;

2. an ecodistrict family method for supervising for Internet of Things flow monitoring is the ecodistrict home control system being applied in Internet of Things flow monitoring, the flow monitoring of being correlated with the equipment connected ecodistrict home control system; It is characterized in that comprising: substantially monitor form; Wherein, substantially monitor form, comprising: the substantially sub-form of basic monitoring; Substantially the sub-form of basic monitoring, comprise: sensor unit is through being connected to device server, then device server by the sensor unit monitor state configuration corresponding to using state current for sensor unit, can be stored in the unit monitors state information storage unit of device information storage unit with the form of data; And when the using state of sensor unit changes, then device server also can corresponding be updated the equipment the sensor unit monitor state configuration data of unit monitors state information storage unit of information memory cell;

3. the ecodistrict family method for supervising of the Internet of Things flow monitoring according to claims 2, it is characterized in that, flow monitoring form, comprising: the substantially sub-form of flow monitoring; Substantially the sub-form of flow monitoring, comprise: person to be used logins device server, user can be connected to the device information storage unit of device server via monitoring dispensing unit, and configure the page in the correspondence monitoring of monitoring dispensing unit, flow monitoring configuration is carried out to more specific sensor unit or a little unit, with the application configuration by sequencing, integrate the using state of a little sensor unit of configuration or a little unit; Wherein, flow monitoring configuration is then the program monitoring configuration information storage unit being stored in device information storage unit with the form of lean;

Device server is then directly connected to a little sensor unit or a little unit, and the program monitoring configuration data of the flow monitoring configuration information storage unit of foundation device information storage unit, come a little sensor unit of corresponding configuration or a little unit, and then with the application configuration of sequencing, configure or change a little sensor unit of corresponding monitoring or the current using state of a little unit; Person to be used logins device server, user can be connected to the device information storage unit of device server via monitoring dispensing unit, and configure the page in the correspondence monitoring of monitoring dispensing unit, the flow monitoring configuration data of the flow monitoring configuration information storage unit of device information storage unit is configured to the wall control program monitoring configuration of wall control, with the application configuration by sequencing, integrate the using state of a little sensor unit of configuration or a little unit; Its, wall control flow monitoring configures, be then the flow monitoring Configuration Database being stored in device information storage unit in the form of data,

4. the ecodistrict family method for supervising of the Internet of Things flow monitoring according to claims 3, it is characterized in that, flow monitoring pattern, comprising: the sub-form of long-range issue of flow monitoring; The sub-form of long-range issue of flow monitoring, comprise: person to be used logins device server, user can be connected to the device information storage unit of device server via monitoring dispensing unit, and configure the page in the correspondence monitoring of monitoring dispensing unit, the flow monitoring configuration data of the flow monitoring Configuration Database of corresponding device information memory cell, carry out the explanation of configuration flow monitor theme, after performing flow monitoring configuration with devices illustrated server, and integrated the using state of a little sensor unit of configuration or a little unit by the application configuration institute of sequencing; Wherein, flow monitoring subject specification is then that the flow monitoring being stored in device information storage unit in the form of data releases news storage unit;

5. the ecodistrict family method for supervising of the Internet of Things flow monitoring according to claims 4, it is characterized in that, flow monitoring pattern, comprising: the sub-form of long-range subscription of flow monitoring; The sub-form of long-range subscription of flow monitoring, comprise: person to be used logins device server, user can be connected to the device information storage unit of device server via monitoring dispensing unit, and can be connected to the information memory cell of information server via device server; And user can at the correspondence monitoring configuration page of monitoring dispensing unit, carry out a little flow monitoring subject specification advertisement data of the program monitoring publishing announcement information storage unit of browsing information storage unit, and by flow monitoring subject specification advertisement data, subscription status can be configured to;

6. the ecodistrict family method for supervising of the Internet of Things flow monitoring according to claims 5, it is characterized in that, flow monitoring form, comprising: the long-distance support subpattern of flow monitoring; The sub-form of long-distance support of flow monitoring, comprise: person to be used logins device server, user can be connected to the device information storage unit of device server via monitoring dispensing unit, and configure the page in the correspondence monitoring of monitoring dispensing unit, carry out the flow monitoring subject specification bulletin subscription data of the flow monitoring subscription information storage unit of actuating equipment information memory cell;

7. the ecodistrict family method for supervising of the Internet of Things flow monitoring according to claims 6, is characterized in that, flow monitoring stack, program monitoring stack mode, comprising: the substantially sub-form of flow monitoring storehouse, substantially the sub-form of program monitoring storehouse, comprise: person to be used logins device server, user can be connected to the device information storage unit of device server via monitoring dispensing unit, and configure the page in the correspondence monitoring of monitoring dispensing unit, the flow monitoring subject specification bulletin subscription data of data bank is subscribed in the flow monitoring of corresponding device information memory cell, carry out configuration flow monitoring stack arrangement, with the application configuration by sequencing, and on existing flow monitoring subject specification bulletin subscription data, integrate a little sensing unit of configuration device server or the using state of a little unit, wherein, flow monitoring stacks configuration is then the flow monitoring configuration information storage unit being stored in device information storage unit in the form of data,

Device server is then through being connected to wall control, and the wall control flow monitoring stack arrangement data of the flow monitoring configuration information storage unit of foundation device information storage unit, carry out corresponding configuration wall control, then wall control can be arranged by the button on direct control wall control, and then with the application configuration of sequencing, configure or change remote equipment server and corresponding to device server, be connected a little sensor unit monitored or the using state that unit is current a bit;

8. the ecodistrict family method for supervising of the Internet of Things flow monitoring according to claims 7, is characterized in that, wherein, flow monitoring stack, comprising: the long-range issue subpattern of program monitoring storehouse; The sub-form of long-range issue of flow monitoring storehouse, comprising: