CN111371822B - Industrial Internet of things system and data processing device thereof - Google Patents
Industrial Internet of things system and data processing device thereofDownload PDFInfo
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Abstract
Description
Technical Field
The present invention relates to a data collection method, and more particularly, to an industrial internet of things system for collecting operation information of components and parts in a mechanical device and a data processing device thereof.
Background
An existing machine can obtain specific information of the machine when the machine operates through a controller (Machine Controller) of the existing machine; however, the controller cannot obtain detailed information of the parts of the mechanical device during actual operation, such as vibration value of the spindle, backlash of the screw, refrigerant pressure of the cooler, etc. Therefore, when the controller determines that the mechanical equipment is abnormal, the controller can only know that the whole mechanical equipment is abnormal, but cannot know why the abnormal parts are caused and the actual operation information of the abnormal parts.
Moreover, for industrial 4.0 and industrial internet of things (IIoT) applications, the primary work is to collect accurate information and data with reference value, if the detailed information of the parts of the mechanical equipment during actual operation can be obtained, the fault prediction and elimination in the processing process can be facilitated, and the information and data can be further applied to an automatic production line or an unmanned intelligent factory.
Disclosure of Invention
The invention aims to provide an industrial Internet of things system for collecting operation information of various parts in mechanical equipment, which can overcome the defects of the prior art.
The invention provides an industrial Internet of things system which is suitable for collecting operation information of parts contained in mechanical equipment.
The data processing device is in communication connection with the user end through a wireless communication protocol, corresponds to a network name, is related to the wireless communication protocol, and is used for storing identification data and an operation rule set corresponding to the spare and accessory part, wherein the identification data comprises device identification data corresponding to the spare and accessory part and state data indicating the operation state of the spare and accessory part.
The data processing device is used for generating state data indicating the operation state of the spare and accessory parts according to the operation rule set, writing the generated state data into the identification data stored by the data processing device, setting the corresponding network name as the stored identification data by the data processing device, broadcasting the network name by the data processing device, and after the user end receives the network name from the data processing device, presenting the operation state of the spare and accessory parts according to the received network name by the user end.
The industrial internet of things system of the invention further comprises at least one sensor arranged on the spare and accessory parts, wherein the at least one sensor is used for sensing the operation attribute of the spare and accessory parts, the data processing device is further used for receiving at least one sensing signal sensed by the at least one sensor, and the data processing device is further used for generating the state data indicating the operation state of the spare and accessory parts according to the operation rule set and the at least one sensing signal.
According to the industrial Internet of things system, the data processing device further generates an operation result according to the operation rule set and the at least one sensing signal.
The industrial Internet of things system further comprises a server in communication connection with the user end, wherein after the user end and the data processing device establish one-to-one connection, the data processing device further transmits a data set comprising at least one of the at least one sensing signal, the state data and the operation result to the user end, and after the user end receives the data set from the data processing device, the user end transmits the data set to the server.
The industrial Internet of things system further comprises a server in communication connection with the data processing device, and the data processing device further transmits a data set comprising at least one of the at least one sensing signal, the state data and the operation result to the server.
The industrial internet of things system of the invention further comprises at least one sensor for sensing the operation attribute of the spare and accessory parts, and the data processing device generates the state data indicating the operation state of the spare and accessory parts according to the operation rule set and at least one sensing signal sensed by the at least one sensor.
According to the industrial Internet of things system, the data processing device further generates an operation result according to the operation rule set and the at least one sensing signal.
The industrial Internet of things system further comprises a server in communication connection with the user end, wherein after the user end and the data processing device establish one-to-one connection, the data processing device further transmits a data set comprising at least one of the at least one sensing signal, the state data and the operation result to the user end, and after the user end receives the data set from the data processing device, the user end further transmits the data set to the server.
The industrial Internet of things system further comprises a server in communication connection with the data processing device, and the data processing device further transmits a data set comprising at least one of the at least one sensing signal, the state data and the operation result to the server.
The industrial Internet of things system further comprises a server in communication connection with the data processing device, wherein the server stores a plurality of default operation rules, the data processing device transmits a data request containing the device identification data corresponding to the spare and accessory parts to the server, after the server receives the data request, the server determines a target operation rule set from the default operation rules according to the device identification data in the data request, and transmits the target operation rule set to the data processing device, and after the data processing device receives the target operation rule set from the server, the data processing device stores the target operation rule set as the operation rule set.
In the industrial internet of things system of the invention, the wireless communication protocol supported by the data processing device is a wireless fidelity protocol, and the network name corresponding to the data processing device is a Service Set Identifier (SSID).
In the industrial internet of things system of the present invention, the wireless communication protocol supported by the data processing device is a bluetooth transmission protocol, and the network name corresponding to the data processing device is a device name (device name).
Another object of the present invention is to provide a data processing device for collecting operation information of components in a machine, which overcomes the drawbacks of the prior art.
The invention provides a data processing device which is suitable for collecting operation information of parts contained in mechanical equipment, is arranged on the parts and corresponds to network names, and comprises a communication module, a storage module and a processing module electrically connected with the communication module and the storage module.
The communication module supports a wireless communication protocol, wherein the network name corresponding to the data processing device is related to the wireless communication protocol.
The storage module is used for storing identification data and an operation rule set corresponding to the spare and accessory parts, wherein the identification data comprises device identification data corresponding to the spare and accessory parts and state data indicating the operation state of the spare and accessory parts.
The processing module is used for generating the state data indicating the operation state of the spare and accessory parts according to the operation rule set stored by the storage module, writing the generated state data into the identification data stored by the storage module, setting the network name corresponding to the data processing device as the identification data stored by the storage module, and broadcasting the network name by the processing module through the communication module.
The data processing device of the invention further comprises at least one sensor arranged on the spare and accessory parts and used for sensing the operation attribute of the spare and accessory parts, the processing module is further used for receiving at least one sensing signal sensed by the at least one sensor, and the processing module is further used for generating the state data indicating the operation state of the spare and accessory parts according to the operation rule set and the at least one sensing signal.
In the data processing device of the present invention, the processing module further generates an operation result according to the operation rule set and the at least one sensing signal.
The data processing device of the invention is also in communication connection with the server, and the processing module also transmits a data set comprising at least one of the at least one sensing signal, the state data and the operation result to the server through the communication module.
The data processing device of the invention further comprises at least one operation attribute sensor for sensing the spare and accessory parts, and the processing module generates the state data indicating the operation state of the spare and accessory parts according to the operation rule set and at least one sensing signal sensed by the at least one sensor.
In the data processing device of the present invention, the processing module further generates an operation result according to the operation rule set and the at least one sensing signal.
The data processing device of the invention is also in communication connection with the server, and the processing module also transmits a data set comprising at least one of the at least one sensing signal, the state data and the operation result to the server through the communication module.
The data processing device of the invention is also connected with a server in a communication way, and the server stores a plurality of default operation rules:
the processing module also receives a target operation rule set selected from the default operation rule from the server through the communication module, and then stores the target operation rule set in the storage module as the operation rule set, wherein the target operation rule set is selected according to the device identification data corresponding to the spare part.
In the data processing device of the present invention, the wireless communication protocol supported by the communication module is a wireless fidelity protocol, and the network name corresponding to the data processing device is a Service Set Identifier (SSID).
In the data processing device of the present invention, the wireless communication protocol supported by the communication module is a bluetooth transmission protocol, and the network name corresponding to the data processing device is a device name (device name).
The invention has the beneficial effects that: the data processing device writes the status data indicating the operation status of the spare and accessory parts into the identification data after generating the status data, and broadcasts the identification data after setting the identification data as the network name; therefore, the user end presents the operation state of the spare and accessory parts according to the received network name.
Drawings
Other features and advantages of the present invention will become apparent from the following description of the embodiments with reference to the drawings, in which:
FIG. 1 is a block diagram illustrating one embodiment of an industrial Internet of things system and a plurality of mechanical devices according to the present invention;
FIG. 2 is a flow chart illustrating how the embodiment collects operation information of parts provided by a data processing apparatus through the data processing apparatus included therein; and
FIG. 3 is a schematic diagram illustrating an operation interface of a client in the embodiment after executing an application program.
Detailed Description
Referring to fig. 1, an embodiment of an industrial internet of things system 1 of the present invention is suitable for collecting operation information of each sparepart 22 of each of a plurality ofmechanical devices 2, where the number of themechanical devices 2 may be a plurality as shown in fig. 1 or may be only 1; since the operation of eachmachine 2 is similar, only asingle machine 2 will be described in the following description.
For eachmachine 2, themachine 2 includes acontroller 21, and a plurality ofspare parts 22 electrically connected to thecontroller 21. In this embodiment, themachine tool 2 is a machine tool, thecontroller 21 has network communication capability, and the spare andaccessory part 22 may be a spindle, a fourth spindle, a cooler, an oil press, a tool magazine, a pump, or a cutter exhauster, but not limited thereto. It should be noted that, in other embodiments, themechanical device 2 may also include only onespare part 22, which is not limited to the disclosure of the present embodiment.
The industrial internet of things system 1 comprises aserver 11, auser end 12 in communication connection with theserver 11, and a plurality of data processing devices 13 respectively arranged on the spare andaccessory parts 22 of eachmechanical equipment 2; wherein theserver 11 stores a plurality of default operation rules in advance; theuser end 12 is a mobile device.
Each data processing device 13 corresponds to a network name and includes acommunication module 131, aprocessing module 132 electrically connected to thecommunication module 131, and a memory module 133 electrically connected to theprocessing module 132, where in this embodiment, the data processing device 13 is integrated into a single chip, but not limited to this. Thecommunication module 131 supports a wireless communication protocol (such as Wi-Fi (Wi-Fi) protocol or bluetooth (bluetooth) protocol), and is communicatively connected to theserver 11 and theue 12 through the wireless communication protocol, wherein the network name corresponding to each data processing apparatus 13 is related to the wireless communication protocol supported by the data processing apparatus; for example, if the wireless communication protocol supported by thecommunication module 131 is a wireless fidelity protocol, the network name corresponding to the data processing device 13 is a Service Set Identifier (SSID), and if the wireless communication protocol supported by thecommunication module 131 is a bluetooth transmission protocol, the network name corresponding to the data processing device 13 is a device name (device name).
The storage module 133 is configured to store an identification data and an operation rule set corresponding to thecomponent 22 set by the data processing device 13, where the identification data includes a device identification data corresponding to thecomponent 22 set by the data processing device 13, and a status data indicating an operation status of thecomponent 22 set by the data processing device 13.
Furthermore, when the data processing device 13 is first installed on the corresponding spare andaccessory part 22, the initial identification data and the operation rule set are written into the storage module 133; then, only when the operation rule set in the storage module 133 needs to be updated, theprocessing module 132 transmits a data request containing the device identification data corresponding to thecomponent 22 to theserver 11 through thecommunication module 131; then, after theserver 11 receives the data request, theserver 11 selects a target operation rule set from the default operation rules according to the device identification data in the data request, and transmits the target operation rule set to the data processing device 13; finally, the data processing device 13 receives the target operation rule set and stores it in the storage module 133 as the updated operation rule set. In the present embodiment, the device identification data includes, for example, manufacturer identification information (e.g., manufacturer name, manufacturer basic information, language system supported by manufacturer, etc.), product identification information (e.g., product name, product classification, product basic information, product version, etc.), and production serial number of theparts 22 set in the data processing device 13, but not limited thereto.
It should be noted that the data processing device 13 may further include at least one built-insensor 134, or themechanical apparatus 2 may also include at least onesensor 134 disposed on thespare part 22; thesensor 134 is used for sensing operation properties of thecomponent 22, wherein each operation property includes, for example, a temperature associated with thecomponent 22, a pressure associated with thecomponent 22, a vibration associated with thecomponent 22, or a current value associated with thecomponent 22.
For example, theserver 11 pre-establishes a database (not shown) containing a plurality of device identification data and a plurality of default operation rules associated with the device identification data, and theserver 11 can select the target operation rule set corresponding to each device identification data from the database of theserver 11 by interpreting the device identification data of each data request received by the server. Assuming that the spare andaccessory part 22 provided by the data processing device 13 is a spindle (not shown), a device identification data corresponding to the spindle includes a manufacturer identification information of the spindle, a product identification information of the spindle, and a product serial number of the spindle; wherein the manufacturer identification information, the product identification information, and the production serial number of the spindle indicate: various sensors (e.g., vibration sensor, temperature sensor, current sensor, not shown) required for sensing the operation properties of the spindle, and a set of target operation rules required for operating the spindle. When theserver 11 receives the data request, it first obtains the manufacturer identification information, the product identification information, and the production serial number of the spindle by interpreting the device identification data in the data request; then, theserver 11 selects the target operation rule set required for calculating the operation state of the spindle from the database of theserver 11 according to the manufacturer identification information, the product identification information and the production serial number, and stores the target operation rule set in the storage module 133 as the updated operation rule set.
Hereinafter, with reference to fig. 1, 2 and 3, it will be described in detail how the industrial internet of things system 1 collects operation information of thespare parts 22 provided by any one of the data processing devices 13.
In step S31, theprocessing module 132 of the data processing apparatus 13 generates status data indicating the operation status of thespare part 22 set by the data processing apparatus 13 according to the operation rule set in the storage module 133; furthermore, theprocessing module 132 can receive the sensing signal sensed by the at least onesensor 134 and generate the status data according to the sensing signal and the operation rule set in the storage module 133; theprocessing module 132 may also generate an operation result according to the sensing signal and the operation rule set in the storage module 133, and further generate the status data according to the operation result and the operation rule set in the storage module 133.
Continuing with the above example, assuming the spare andaccessory part 22 is the spindle (not shown), the set of operation rules in the memory module 133 may include, for example, "if a spindle temperature sensed by the temperature sensor (not shown) is greater than a temperature threshold value, generating a status data indicating that the spindle temperature is abnormal; otherwise, generating the status data indicating that the spindle temperature is normal, and outputting time domain data of the vibration sensor (not shown) through Fast Fourier Transform (FFT) to obtain an operation result; judging whether the operation result falls in a preset range or not; if so, generating the status data indicating that the vibration detection of the spindle is normal, otherwise, generating the status data indicating that the vibration detection of the spindle is abnormal, etc., but not limited thereto.
It should be noted that, theprocessing module 132 may also generate the status data only according to the set of operation rules stored in the storage module 133, for example, somespecific components 22 need to be maintained after being used for a predetermined time, and the data processing device 13 installed on aspecific component 22 starts to accumulate an operation time of thespecific component 22 after thespecific component 22 leaves the factory, where the set of operation rules includes the following conditional expressions: if the run time > the predetermined time, the status data indicating that theparticular part 22 is to be serviced is generated.
In step S32, theprocessing module 132 of the data processing apparatus 13 writes the status data generated in step S31 into the identification data stored in the storage module 133 to update the identification data.
In step S33, theprocessing module 132 of the data processing apparatus 13 sets the network name corresponding to the data processing apparatus 13 as the updated identification data described in step S32. Furthermore, if the wireless communication protocol supported by thecommunication module 131 is a wifi protocol, theprocessing module 132 sets the service setting identifier corresponding to the data processing apparatus 13 as the updated identification data; if the wireless communication protocol supported by thecommunication module 131 is bluetooth transmission protocol, theprocessing module 132 sets the device name corresponding to the data processing device 13 as the updated identification data.
In step S34, theprocessing module 132 of the data processing apparatus 13 broadcasts (broadcast) the network name set in step S33 through thecommunication module 131.
In step S35, theue 12 in the same communication range as the data processing apparatus 13 can receive the network name broadcasted by the data processing apparatus 13 in the scanning (scan) stage.
In step S36, theue 12 interprets the received network name to obtain the device identification data and the status data.
In step S37, theuser terminal 12 displays the operation status of thespare part 22 set by the data processing device 13 according to the device identification data and the status data interpreted in step S36.
In this embodiment, theuser terminal 12 installs an application program, and when the application program is executed, the steps S35 to S37 are performed and anoperation interface 4 shown in fig. 3 is presented. For example, theue 12 receives 4 network names in the scanning stage, and the application program decodes 4 device identification data and 4 status data from the network names, which correspond to the following 4 operation states of thespare parts 22 respectively: "A company's tool magazine A001 type, operational status: normal "," high pressure pump B01 type of company B, operating status: normal "," spindle type C001 of company C, operational status: warning ", and" D company vice D01 type, operating status: disable "; the application may present different operating states in blocks 41-43 of different colors, e.g., with ablock 41 of a first color indicating that the operating state is normal, ablock 42 of a second color indicating that the operating state is warning, and ablock 43 of a third color indicating that the operating state is disabled.
It should be noted that, although the present embodiment is described with asingle ue 12, in practical applications, the industrial internet of things system 1 often includes a plurality ofues 12, and anyue 12 located in the same communication range does not need to establish a one-to-one connection with each data processing device 13, so as to obtain the operation status of the spare andaccessory parts 22 set by the data processing device 13; instead, the network name corresponding to each data processing device 13 can be obtained in the scanning stage, and the operation state of thespare part 22 set by each data processing device 13 can be obtained according to the network name; in other words, theue 12 can acquire the operation status of all theparts 22 in the same communication range at the same time, so as to achieve many-to-many transmission, thereby greatly improving the efficiency and convenience of data acquisition.
After a user knows the operation state of the spare andaccessory parts 22 through theoperation interface 4 of theuser end 12, the user can further know the detailed operation information of one spare andaccessory part 22 through theoperation interface 4. For example, as shown in fig. 3, after the user finds that the operation status of the D01 type of the vise of the company D is "disabled", he can further know the detailed operation information of the vise D01 type by clicking acorresponding text 44 on theoperation interface 4 to establish a one-to-one connection between the data processing device 13 disposed on the vise D01 type and theuser terminal 12, and then theprocessing module 132 of the data processing device 13 transmits a data set related to the detailed operation information of the vise D01 type to theuser terminal 12 through thecommunication module 131 to enable theuser terminal 12 to present the data set, so that he can further know the reason why the "disabled" status of the vise D01 type occurs; wherein the data set includes the at least one sensing signal related to the D01 type of the vice, the status data, and the operation result. In this embodiment, the data set includes the at least one sensing signal, the status data, and the operation result, however, in other embodiments, the data set may also include at least one of the at least one sensing signal, the status data, and the operation result, which is not limited thereto.
It should be noted that, after theuser end 12 receives the data set related to thespare part 22 set by any one of the data processing devices 13, it can also transmit the data set to theserver 11; in addition, each data processing device 13 may also directly transmit the data set to theserver 11; alternatively, each data processing device 13 may transmit the data set to thecontroller 21, and then thecontroller 21 transmits the received data set to theserver 11. Therefore, theserver 11 can collect the operation information of each spare andaccessory part 22, which is not only helpful for predicting and eliminating faults in the processing process, but also can analyze big data of the collected operation information in the future and be applied to an automatic production line or an unmanned intelligent factory.
In summary, the industrial internet of things system 1 of the present invention is suitable for collecting the operation information of eachpart 22 of eachmechanical device 2, and has the following effects: thefirst user end 12 located in the same communication range can obtain the network name corresponding to each data processing device 13 in the scanning stage, and the operating state of the spare andaccessory part 22 arranged in the network name can be obtained, so that the transmission of many-to-many data in the same time is achieved, and the efficiency and convenience of data acquisition are greatly improved; secondly, the user can check the operation state of the spare andaccessory parts 22 set by each data processing device 13 in real time through theuser end 12, so that when any one of themechanical equipment 2 is abnormal, the user can clearly know which spare andaccessory part 22 in themechanical equipment 2 has a problem, thereby avoiding time cost misplacement and human resource waste; third, theserver 11 can collect the operation information of thespare parts 22 through each data processing device 13 for the analysis and processing of the subsequent data, so the purpose of the present invention can be achieved.
The foregoing is merely illustrative of the present invention and is not intended to limit the scope of the invention, which is defined by the appended claims and their equivalents.
Claims (22)
1. An industrial internet of things system suitable for collecting operation information of parts contained in mechanical equipment, which is characterized in that: the industrial Internet of things system comprises:
a use end; and
The data processing device is arranged on the spare and accessory part and is connected with the user end through wireless communication protocol communication, the data processing device corresponds to a network name, the network name is related to the wireless communication protocol, the data processing device is used for storing identification data and an operation rule set corresponding to the spare and accessory part, and the identification data comprises device identification data corresponding to the spare and accessory part and state data indicating the operation state of the spare and accessory part;
the data processing device is used for generating the state data indicating the operation state of the spare and accessory parts according to the operation rule set, writing the generated state data into the identification data stored by the data processing device, setting the corresponding network name as the stored identification data by the data processing device, broadcasting the network name by the data processing device, and after the user end receives the network name from the data processing device, presenting the operation state of the spare and accessory parts by the user end according to the received network name.
2. The industrial internet of things system of claim 1, wherein: the mechanical equipment further comprises at least one sensor arranged on the spare and accessory part, wherein the at least one sensor is used for sensing the operation attribute of the spare and accessory part, the data processing device is further used for receiving at least one sensing signal sensed by the at least one sensor, and the data processing device is further used for generating the state data indicating the operation state of the spare and accessory part according to the operation rule set and the at least one sensing signal.
3. The industrial internet of things system of claim 2, wherein: the data processing device also generates an operation result according to the operation rule set and the at least one sensing signal.
4. The industrial internet of things system of claim 3, wherein: the data processing device also comprises a server which is connected with the user end in a communication way, wherein after the user end establishes one-to-one connection with the data processing device, the data processing device also transmits a data set comprising at least one of the at least one sensing signal, the state data and the operation result to the user end, and after the user end receives the data set from the data processing device, the user end transmits the data set to the server.
5. The industrial internet of things system of claim 3, wherein: the data processing device also transmits a data set comprising at least one of the at least one sensing signal, the state data and the operation result to the server.
6. The industrial internet of things system of claim 1, wherein: the data processing device also comprises at least one sensor for sensing the operation attribute of the spare and accessory parts, and generates the state data indicating the operation state of the spare and accessory parts according to the operation rule set and at least one sensing signal sensed by the at least one sensor.
7. The industrial internet of things system of claim 6, wherein: the data processing device also generates an operation result according to the operation rule set and the at least one sensing signal.
8. The industrial internet of things system of claim 7, wherein: the server is connected with the user end in a communication way, wherein after the user end establishes one-to-one connection with the data processing device, the data processing device also transmits a data set comprising at least one of the at least one sensing signal, the state data and the operation result to the user end, and after the user end receives the data set from the data processing device, the user end also transmits the data set to the server.
9. The industrial internet of things system of claim 7, wherein: the data processing device also transmits a data set comprising at least one of the at least one sensing signal, the state data and the operation result to the server.
10. The industrial internet of things system of claim 1, wherein: the data processing device transmits a data request containing the device identification data corresponding to the spare part to the server, the server determines a target operation rule set from the default operation rules according to the device identification data in the data request after receiving the data request, and transmits the target operation rule set to the data processing device, and the data processing device stores the target operation rule set as the operation rule set after receiving the target operation rule set from the server.
11. The industrial internet of things system of claim 1, wherein: the wireless communication protocol supported by the data processing device is a wireless fidelity protocol, and the network name corresponding to the data processing device is a service setting identifier.
12. The industrial internet of things system of claim 1, wherein: the wireless communication protocol supported by the data processing device is a bluetooth transmission protocol, and the network name corresponding to the data processing device is a device name.
13. A data processing device adapted to collect operation information of components included in a machine, the data processing device being provided in the components, characterized in that: the data processing device corresponds to a network name and includes:
the communication module supports a wireless communication protocol, wherein the network name corresponding to the data processing device is related to the wireless communication protocol;
a storage module for storing identification data and operation rule set corresponding to the spare and accessory parts, wherein the identification data comprises device identification data corresponding to the spare and accessory parts, state data indicating the operation state of the spare and accessory parts, and
the processing module is electrically connected with the communication module and the storage module;
the processing module is used for generating the state data indicating the operation state of the spare and accessory parts according to the operation rule set stored by the storage module, writing the generated state data into the identification data stored by the storage module, setting the network name corresponding to the data processing device as the identification data stored by the storage module, and broadcasting the network name by the processing module through the communication module.
14. The data processing apparatus according to claim 13, wherein: the mechanical equipment further comprises at least one sensor arranged on the spare and accessory parts and used for sensing operation attributes of the spare and accessory parts, wherein the processing module is further used for receiving at least one sensing signal sensed by the at least one sensor, and the processing module is further used for generating the state data indicating the operation state of the spare and accessory parts according to the operation rule set and the at least one sensing signal.
15. The data processing apparatus of claim 14, wherein: the processing module also generates an operation result according to the operation rule set and the at least one sensing signal.
16. The data processing apparatus of claim 15, wherein: the processing module is also in communication connection with a server, wherein the processing module also transmits a data set comprising at least one of the at least one sensing signal, the state data and the operation result to the server through the communication module.
17. The data processing apparatus according to claim 13, wherein: the data processing device also comprises at least one sensor for sensing the operation attribute of the spare and accessory parts, and the processing module also generates the state data indicating the operation state of the spare and accessory parts according to the operation rule set and at least one sensing signal sensed by the at least one sensor.
18. The data processing apparatus of claim 17, wherein: the processing module also generates an operation result according to the operation rule set and the at least one sensing signal.
19. The data processing apparatus of claim 18, wherein: the processing module is also in communication connection with a server, wherein the processing module also transmits a data set comprising at least one of the at least one sensing signal, the state data and the operation result to the server through the communication module.
20. The data processing apparatus according to claim 13, wherein: the server is also communicatively connected to a plurality of default operation rules, wherein:
the processing module also receives a target operation rule set selected from the default operation rule from the server through the communication module, and then stores the target operation rule set in the storage module to serve as the operation rule set, wherein the target operation rule set is selected according to the device identification data corresponding to the spare part.
21. The data processing apparatus according to claim 13, wherein: the wireless communication protocol supported by the communication module is a wireless fidelity protocol, and the network name corresponding to the data processing device is a service setting identifier.
22. The data processing apparatus according to claim 13, wherein: the wireless communication protocol supported by the communication module is a Bluetooth transmission protocol, and the network name corresponding to the data processing device is a device name.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811599225.8ACN111371822B (en) | 2018-12-26 | 2018-12-26 | Industrial Internet of things system and data processing device thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811599225.8ACN111371822B (en) | 2018-12-26 | 2018-12-26 | Industrial Internet of things system and data processing device thereof |
Publications (2)
| Publication Number | Publication Date |
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| CN111371822A CN111371822A (en) | 2020-07-03 |
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