CN102708664B - Remote intelligent information collection system for induction cooker - Google Patents
Remote intelligent information collection system for induction cooker Download PDFInfo
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- CN102708664B CN102708664B CN 201210167463 CN201210167463A CN102708664B CN 102708664 B CN102708664 B CN 102708664B CN 201210167463 CN201210167463 CN 201210167463 CN 201210167463 A CN201210167463 A CN 201210167463A CN 102708664 B CN102708664 B CN 102708664B
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Abstract
The invention relates to the technical field of induction cookers, in particular to a remote intelligent information collection system for an induction cooker, the remote intelligent information collection system comprises an induction cooker, an induction cooker collection module, a wireless data transmission module and a server. Compared with the prior art, the remote data server system for high-end cookers is developed to monitor the working state of the cooker through the remote data collection module so as to effectively prevent the occurrence of accidents.
Description
Technical field
The present invention relates to the electromagentic furnace technology field, specifically a kind of electromagnetic oven long-distance intelligent information acquisition system.
Background technology
At present, the remote data acquisition module is mainly used in mobile field of data transmission, comprise the automobile navigation monitoring, intelligent meter data recording, fields such as remote data acquisition, and for the application of kitchen appliance seldom, kitchen appliance is in a high greasy dirt, high-temperature, high humility than rugged environment, be prone to fault, gently then electrical equipment can't operate as normal, heavy then cause fire or personal injury, so manufacturer for the kitchen electricity, have a responsibility for also obligatedly guaranteeing that in the life cycle of product but product remains the duty of a safety, in several years of future, the remote fault diagnosis of kitchen appliance, remote control will be a development trend.
Summary of the invention
The present invention at high-end cooker, develops the teledata service system of a cover cooker for overcoming the deficiencies in the prior art.
For achieving the above object, design a kind of electromagnetic oven long-distance intelligent information acquisition system, comprise electromagnetic oven, electromagnetic oven acquisition module, wireless data transfer module, server, it is characterized in that: be provided with the electromagnetic oven controller in the electromagnetic oven, the electromagnetic oven controller is provided with 5 output ports, and 5 output ports are respectively electromagnetic oven gear information output terminal, electromagnetic oven energy consumption output terminal, electromagnetic oven peak power output terminal, electromagnetic oven average power output terminal and electromagnetic oven minimum power output terminal; Be provided with electromagnetic oven acquisition module and main control unit in the electromagnetic oven data module, the electromagnetic oven acquisition module is provided with 5 input ports, 1 output port and 1 bidirectional port, and 5 input ports are respectively electromagnetic oven gear information input end, electromagnetic oven energy consumption input end, electromagnetic oven peak power input end, electromagnetic oven average power input end and electromagnetic oven minimum power input end; Be provided with the OS of system, service data reception processing unit and data acquisition and processing (DAP) unit in the main control unit, system OS is provided with 1 bidirectional port, service data receives processing unit and is provided with 1 bidirectional port and 1 input port, and the data acquisition and processing (DAP) unit is provided with 1 input port and 1 output port; Be provided with interface control module and GSM/3G transceiver module in the wireless data transfer module, interface control module is provided with 2 bidirectional ports, 1 output port and 1 input port, and the GSM/3G transceiver module is provided with 1 input port and 1 output port; Be provided with data server and long distance control system in the server, data server is provided with 1 input port and 1 output port, and long distance control system is provided with 1 bidirectional port; The electromagnetic oven gear information output terminal of electromagnetic oven controller, electromagnetic oven energy consumption output terminal, electromagnetic oven peak power output terminal, electromagnetic oven average power output terminal and electromagnetic oven minimum power output terminal respectively with the electromagnetic oven gear information input end of electromagnetic oven acquisition module, electromagnetic oven energy consumption input end, electromagnetic oven peak power input end, electromagnetic oven average power input end and electromagnetic oven minimum power input end connect, 1 output port of electromagnetic oven acquisition module is connected with 1 input port of data acquisition and processing (DAP) unit, 1 output port of data acquisition and processing (DAP) unit is connected with 1 input port that service data receives processing unit, 1 bidirectional port of 1 two-way connected system OS in 2 bidirectional ports of service data reception processing unit, 1 is passed through UART in addition, 1 bidirectional port of the two-way connecting interface control module of USB or SPI, 1 output port of interface control module is connected with 1 input port of GSM/3G transceiver module, 1 output port of GSM/3G transceiver module is connected with 1 input port of data server, 1 bidirectional port of 1 two-way connection long distance control system of bidirectional port of data server, 1 output port of data server is connected with 1 input port of interface control module, and 1 bidirectional port in addition of interface control module passes through UART, 1 bidirectional port of the two-way connection electromagnetic oven of USB or SPI acquisition module.
Be provided with FLASH in the described electromagnetic oven controller.
Be provided with A/D converter in the described electromagnetic oven acquisition module.
Be provided with timer in the described system OS.
A kind of electromagnetic oven long-distance intelligent information acquisition system, it is characterized in that: the workflow of described electromagnetic oven is as follows: (a) beginning; (b) whether the electromagnetic oven acquisition module receives gear information, is then to main control unit request processing messages; Otherwise restart; (c) the electromagnetic oven acquisition module is to main control unit request processing messages; (d) main control unit is analyzed message; (e) analyzing message and whether draw 0 grade of work of electromagnetic oven above 10 seconds, is then to finish; Otherwise main control unit sends the 3G module to wireless data transfer module and powers up message; (f) main control unit sends the 3G module to wireless data transfer module and powers up message; (g) whether server end is received and is powered up stable message, is that then electromagnetic oven enters duty; Power up message otherwise resend; (h) electromagnetic oven enters duty; (i) server end calls the initialization function that the 3G module provides; (j) server end sends data to the 3G module; (k) whether data send success, are then to finish; Otherwise deposit message in internal memory and end.
The present invention compares with prior art, and at high-end cooker, the teledata service system of exploitation one cover cooker makes and undertaken the cooker duty is monitored by the remote data acquisition module, effectively prevents unexpected the generation.
Description of drawings
Fig. 1 is module frame chart of the present invention.
Fig. 2 is system works flow process figure of the present invention.
Embodiment
The present invention is described further with reference to the accompanying drawings below.
As Fig. 1, shown in Figure 2, be provided with the electromagnetic oven controller in the electromagnetic oven, the electromagnetic oven controller is provided with 5 output ports, and 5 output ports are respectively electromagnetic oven gear information output terminal, electromagnetic oven energy consumption output terminal, electromagnetic oven peak power output terminal, electromagnetic oven average power output terminal and electromagnetic oven minimum power output terminal; Be provided with electromagnetic oven acquisition module and main control unit in the electromagnetic oven data module, the electromagnetic oven acquisition module is provided with 5 input ports, 1 output port and 1 bidirectional port, and 5 input ports are respectively electromagnetic oven gear information input end, electromagnetic oven energy consumption input end, electromagnetic oven peak power input end, electromagnetic oven average power input end and electromagnetic oven minimum power input end; Be provided with the OS of system, service data reception processing unit and data acquisition and processing (DAP) unit in the main control unit, system OS is provided with 1 bidirectional port, service data receives processing unit and is provided with 1 bidirectional port and 1 input port, and the data acquisition and processing (DAP) unit is provided with 1 input port and 1 output port; Be provided with interface control module and GSM/3G transceiver module in the wireless data transfer module, interface control module is provided with 2 bidirectional ports, 1 output port and 1 input port, and the GSM/3G transceiver module is provided with 1 input port and 1 output port; Be provided with data server and long distance control system in the server, data server is provided with 1 input port and 1 output port, and long distance control system is provided with 1 bidirectional port; The electromagnetic oven gear information output terminal of electromagnetic oven controller, electromagnetic oven energy consumption output terminal, electromagnetic oven peak power output terminal, electromagnetic oven average power output terminal and electromagnetic oven minimum power output terminal respectively with the electromagnetic oven gear information input end of electromagnetic oven acquisition module, electromagnetic oven energy consumption input end, electromagnetic oven peak power input end, electromagnetic oven average power input end and electromagnetic oven minimum power input end connect, 1 output port of electromagnetic oven acquisition module is connected with 1 input port of data acquisition and processing (DAP) unit, 1 output port of data acquisition and processing (DAP) unit is connected with 1 input port that service data receives processing unit, 1 bidirectional port of 1 two-way connected system OS in 2 bidirectional ports of service data reception processing unit, 1 is passed through UART in addition, 1 bidirectional port of the two-way connecting interface control module of USB or SPI, 1 output port of interface control module is connected with 1 input port of GSM/3G transceiver module, 1 output port of GSM/3G transceiver module is connected with 1 input port of data server, 1 bidirectional port of 1 two-way connection long distance control system of bidirectional port of data server, 1 output port of data server is connected with 1 input port of interface control module, and 1 bidirectional port in addition of interface control module passes through UART, 1 bidirectional port of the two-way connection electromagnetic oven of USB or SPI acquisition module.
Be provided with FLASH in the electromagnetic oven controller; Be provided with A/D converter in the electromagnetic oven acquisition module; Be provided with timer in the system OS.
The workflow of electromagnetic oven is as follows: (a) beginning; (b) whether the electromagnetic oven acquisition module receives gear information, is then to main control unit request processing messages; Otherwise restart; (c) the electromagnetic oven acquisition module is to main control unit request processing messages; (d) main control unit is analyzed message; (e) analyzing message and whether draw 0 grade of work of electromagnetic oven above 10 seconds, is then to finish; Otherwise main control unit sends the 3G module to wireless data transfer module and powers up message; (f) main control unit sends the 3G module to wireless data transfer module and powers up message; (g) whether server end is received and is powered up stable message, is that then electromagnetic oven enters duty; Power up message otherwise resend; (h) electromagnetic oven enters duty; (i) server end calls the initialization function that the 3G module provides; (j) server end sends data to the 3G module; (k) whether data send success, are then to finish; Otherwise deposit message in internal memory and end.
The electromagnetic oven controller: be the controller of electromagnetic oven inside, carry out the storage to electromagnetic oven duty and data, inside is provided with FLASH, and FLASH is used for storing non-volatile user data, for example the electromagnetic oven time of making the product, sequence number etc.
The dependence of electromagnetic oven data module carries battery operated, just can carry out following pattern surely and carry out work: (1) park mode: under this pattern, electromagnetic oven data module energy consumption is very low, quiescent current is very little, data collection task stops, and is suitable for detecting electromagnetic oven and does not have the situation of start and save battery electric quantity; (2) mode of operation: this pattern belongs to normal mode of operation, all functions are opened, data collection task begins, and generally is when being started working by electromagnetic oven or the OS of system timing wake-up or waken up by server, is waken up normal mode of operation from park mode.
The electromagnetic oven acquisition module: generally collecting is digital quantity, if analog quantity, its inside is provided with A/D converter can directly be converted to digital quantity with analog quantity, controlled by the OS of system, can set the timing acquiring pattern, how long gather once after for example electromagnetic oven brings into operation, perhaps come triggering collection by wireless data transfer module.
System OS: the operating system that is electromagnetic oven data module main control unit, be responsible for handling the message that each module sends, be used for controlling, notifying each module to carry out corresponding operating, inside is provided with timer and monitors the working time of electromagnetic oven and the transmitting time of corresponding data.
The data acquisition and processing (DAP) unit: the collection port by the electromagnetic oven acquisition module obtains directly to draw or calculate after the corresponding status information of electromagnetic oven controller of electromagnetic oven inside the status data of current electromagnetic oven, and its inside is provided with timer.For example obtain the average power of current electromagnetic oven according to the electromagnetic oven gear information, obtain the energy consumption that the on time calculates current electromagnetic oven by the OS of system, go out several stone or metal plate for standing a stove on as a precaution against fires in the energy consumption of carrying out work, each stone or metal plate for standing a stove on as a precaution against fire, minimum power, peak power according to current data computation again.
Server data receives processing unit: after server transmission order is come, can at first send to this unit and handle parsing, send the OS of message informing system then, system OS can carry out corresponding operating after receiving the message of sending.
Interface control module: be wireless data transfer module with the interface of the data transmission of electromagnetic oven data module, generally adopt UART, USB or SPI to carry out communication.
The GSM/3G transceiver module: the data that are used for receiving from the electromagnetic oven data module send to the server of appropriate address by note or TCP/IP form, perhaps the data that receive from server pass to its interface control module, and interface control module is transferred to the electromagnetic oven data module again.
Data server: be used for storing user data, server is put in the software database after resolving after receiving the data or note of sending.Sequence number or other information according to user's electromagnetic oven are fixed personal account, and the inside has data subitems such as the date of production, service time, current average power, energy consumption.
Long distance control system: be used for the user data of data server the inside is carried out pipeline, analysis, displaying, and the electromagnetic oven acquisition module is gathered control, for example send order and make a certain or all gather.Can carry out day statistics or month statistics etc. to user data.
Claims (5)
1. electromagnetic oven long-distance intelligent information acquisition system, comprise electromagnetic oven, electromagnetic oven acquisition module, wireless data transfer module, server, it is characterized in that: be provided with the electromagnetic oven controller in the electromagnetic oven, the electromagnetic oven controller is provided with 5 output ports, and 5 output ports are respectively electromagnetic oven gear information output terminal, electromagnetic oven energy consumption output terminal, electromagnetic oven peak power output terminal, electromagnetic oven average power output terminal and electromagnetic oven minimum power output terminal; Be provided with electromagnetic oven acquisition module and main control unit in the electromagnetic oven data module, the electromagnetic oven acquisition module is provided with 5 input ports, 1 output port and 1 bidirectional port, and 5 input ports are respectively electromagnetic oven gear information input end, electromagnetic oven energy consumption input end, electromagnetic oven peak power input end, electromagnetic oven average power input end and electromagnetic oven minimum power input end; Be provided with the OS of system, service data reception processing unit and data acquisition and processing (DAP) unit in the main control unit, system OS is provided with 1 bidirectional port, service data receives processing unit and is provided with 1 bidirectional port and 1 input port, and the data acquisition and processing (DAP) unit is provided with 1 input port and 1 output port; Be provided with interface control module and GSM/3G transceiver module in the wireless data transfer module, interface control module is provided with 2 bidirectional ports, 1 output port and 1 input port, and the GSM/3G transceiver module is provided with 1 input port and 1 output port; Be provided with data server and long distance control system in the server, data server is provided with 1 input port and 1 output port, and long distance control system is provided with 1 bidirectional port; The electromagnetic oven gear information output terminal of electromagnetic oven controller, electromagnetic oven energy consumption output terminal, electromagnetic oven peak power output terminal, electromagnetic oven average power output terminal and electromagnetic oven minimum power output terminal respectively with the electromagnetic oven gear information input end of electromagnetic oven acquisition module, electromagnetic oven energy consumption input end, electromagnetic oven peak power input end, electromagnetic oven average power input end and electromagnetic oven minimum power input end connect, 1 output port of electromagnetic oven acquisition module is connected with 1 input port of data acquisition and processing (DAP) unit, 1 output port of data acquisition and processing (DAP) unit is connected with 1 input port that service data receives processing unit, 1 bidirectional port of 1 two-way connected system OS in 2 bidirectional ports of service data reception processing unit, 1 is passed through UART in addition, 1 bidirectional port of the two-way connecting interface control module of USB or SPI, 1 output port of interface control module is connected with 1 input port of GSM/3G transceiver module, 1 output port of GSM/3G transceiver module is connected with 1 input port of data server, 1 bidirectional port of 1 two-way connection long distance control system of bidirectional port of data server, 1 output port of data server is connected with 1 input port of interface control module, and 1 bidirectional port in addition of interface control module passes through UART, 1 bidirectional port of the two-way connection electromagnetic oven of USB or SPI acquisition module.
2. a kind of electromagnetic oven long-distance intelligent information acquisition system according to claim 1 is characterized in that: be provided with FLASH in the described electromagnetic oven controller.
3. a kind of electromagnetic oven long-distance intelligent information acquisition system according to claim 1 is characterized in that: be provided with A/D converter in the described electromagnetic oven acquisition module.
4. a kind of electromagnetic oven long-distance intelligent information acquisition system according to claim 1 is characterized in that: be provided with timer in the described system OS.
5. a kind of electromagnetic oven long-distance intelligent information acquisition system according to claim 1, it is characterized in that: the workflow of described electromagnetic oven is as follows: (a) beginning; (b) whether the electromagnetic oven acquisition module receives gear information, is then to main control unit request processing messages; Otherwise restart; (c) the electromagnetic oven acquisition module is to main control unit request processing messages; (d) main control unit is analyzed message; (e) analyzing message and whether draw 0 grade of work of electromagnetic oven above 10 seconds, is then to finish; Otherwise main control unit sends the 3G module to wireless data transfer module and powers up message; (f) main control unit sends the 3G module to wireless data transfer module and powers up message; (g) whether server end is received and is powered up stable message, is that then electromagnetic oven enters duty; Power up message otherwise resend; (h) electromagnetic oven enters duty; (i) server end calls the initialization function that the 3G module provides; (j) server end sends data to the 3G module; (k) whether data send success, are then to finish; Otherwise deposit message in internal memory and end.
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| CN 201210167463 CN102708664B (en) | 2012-05-25 | 2012-05-25 | Remote intelligent information collection system for induction cooker |
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| CN 201210167463 CN102708664B (en) | 2012-05-25 | 2012-05-25 | Remote intelligent information collection system for induction cooker |
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| CN102708664B true CN102708664B (en) | 2013-09-04 |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN103926096B (en) * | 2014-04-02 | 2017-08-29 | 广东鼎燊科技有限公司 | A kind of electromagnetic oven Remote Fault Diagnosis system and diagnostic method |
| CN103995520A (en) * | 2014-06-06 | 2014-08-20 | 广东万事泰集团有限公司 | Cooking system by means of internet of things |
| CN104930563B (en) * | 2015-04-10 | 2017-11-28 | 国家电网公司 | A kind of intelligent temperature control electromagnetic oven |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN201935245U (en) * | 2010-12-03 | 2011-08-17 | 九阳股份有限公司 | Remote control induction cooker |
| CN202615596U (en) * | 2012-05-25 | 2012-12-19 | 米技电子电器(上海)有限公司 | Remote intelligent information acquisition device for induction cooker |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN201935245U (en) * | 2010-12-03 | 2011-08-17 | 九阳股份有限公司 | Remote control induction cooker |
| CN202615596U (en) * | 2012-05-25 | 2012-12-19 | 米技电子电器(上海)有限公司 | Remote intelligent information acquisition device for induction cooker |
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