CN112132519B - Bottled gas cross network system based on big data of Internet of things - Google Patents
Bottled gas cross network system based on big data of Internet of things Download PDFInfo
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Abstract
The invention discloses a bottled gas cross network system based on Internet of things big data, which comprises a gas bottle information collector, a gas bottle data storage, a gas bottle data processor and a gas bottle data output server, wherein the gas bottle information collector comprises an Internet of things gas bottle data collector, a gas bottle distribution personnel terminal and a gas bottle user terminal, the Internet of things gas bottle data collector is used for downloading gas bottle related data from an Internet of things data downloading platform, the Internet of things gas bottle data collector, the gas bottle distribution personnel terminal and the gas bottle user terminal are all electrically connected to the gas bottle data storage, the gas bottle data storage is electrically connected to the gas bottle data processor, the gas bottle data processor is electrically connected to the gas bottle data output server, and the gas bottle data output server is used for transmitting the gas bottle related data to the Internet of things data uploading platform.
Description
[ field of technology ]
The invention relates to a bottled gas cross network system based on big data of the Internet of things, and belongs to the field of gas distribution.
[ background Art ]
The liquefied gas steel cylinder belongs to dangerous chemicals and household articles, and the establishment of a liquefied gas steel cylinder data platform is a precondition for guaranteeing the safe use of the liquefied gas steel cylinder in terms of the acquisition, analysis and judgment of the full life cycle data of the liquefied gas steel cylinder, and is a protection for operators and users.
The existing liquefied gas steel cylinder data platform is often an accessory product of a product sold by the liquefied gas steel cylinder data platform, data of the sold product are collected as a core, for example, two-dimensional codes are installed on the liquefied gas steel cylinder, and in each circulation link, the mobile phone or other collection equipment scans the two-dimensional codes to perform corresponding link operations, such as distribution, recovery, detection and the like; a radio frequency chip is arranged on a valve of the liquefied gas steel cylinder, and corresponding link operation is carried out through near field reading of acquisition equipment; or corresponding marks are made on the guard ring of the liquefied gas steel cylinder, and corresponding link operation is carried out through shooting and identification by the camera. The acquisition mode is single, and the acquisition mode is excessively dependent on the active execution of people, if no manual operation is performed, a data blank is formed, so that the next analysis and judgment cannot be performed.
The system data has single generation source, only depends on the data collected by the system, and cannot realize both capacity and storage. In addition, the platform is closed, and the construction party of the system cannot achieve transverse and longitudinal compatibility in terms of architecture, so that the system has insufficient adaptability and expansibility.
[ invention ]
The invention aims to solve the technical problem of overcoming the defects of the prior art and providing a bottled gas cross network system based on big data of the Internet of things.
The technical problems are solved, and the invention adopts the following technical scheme:
the utility model provides a bottled gas cross network system based on thing networking big data, including gas bottle information acquisition ware, gas bottle data memory, gas bottle data processor and gas bottle data output server, gas bottle information acquisition ware includes thing networking gas bottle data acquisition ware, gas bottle delivery personnel terminal and gas bottle user terminal, thing networking gas bottle data acquisition ware downloads gas bottle relevant data from thing networking data download platform, thing networking gas bottle data acquisition ware, gas bottle delivery personnel terminal and gas bottle user terminal all are electrically connected to gas bottle data memory, thing networking gas bottle data acquisition ware, gas bottle delivery personnel terminal and gas bottle user terminal all are electrically connected to gas bottle data processor, gas bottle data memory electricity is connected to gas bottle data processor, gas bottle data processor electricity is connected to gas bottle data output server, gas bottle data output server is to thing networking data upload platform transmission gas bottle relevant data.
The beneficial effects of the invention are as follows:
the gas bottle information collector is added with the data collector of the gas bottle of the Internet of things on the basis of the existing mode information collection mode, the data collector of the gas bottle of the Internet of things downloads relevant data of the gas bottle from the data downloading platform of the Internet of things, the data obtained by the gas bottle distribution personnel terminal and the gas bottle user terminal are matched with each other and are provided for the gas bottle data storage together for storage, meanwhile, the data can be provided for the gas bottle data processor for preprocessing and simple processing, the result is output to the gas bottle data storage for storage on the one hand, and is uploaded to the data uploading platform of the Internet of things through the data output server of the gas bottle, so that the obtained data is processed and learned by the cloud of big data of the Internet of things, the processing result can be further downloaded and obtained by the data collector of the gas bottle of the Internet of things, and accordingly data iterative update is formed, and gas consumption of enterprises is guided. The data of the gas cylinder can be supplemented by the internet of things data downloading platform, and the data are uploaded to the internet of things for updating after the actual data are obtained, so that cloud big data are optimized, and the data obtained from the cloud by the internet of things gas cylinder data collector are more and more accurate.
The gas bottle data storage device is electrically connected to a gas bottle data output server.
The gas bottle information collector comprises a third-party gas bottle data collector, and the third-party gas bottle data collector is electrically connected to a gas bottle data processor and a gas bottle data memory.
The third party gas bottle data collector is electrically connected to the gas bottle data output server.
The bottled gas cross network system also comprises a third party gas distribution server, and the third party gas bottle data acquisition device is electrically connected to the third party gas distribution server.
The bottled gas cross network system also comprises a municipal gas management server, the third-party gas bottle data acquisition device is electrically connected to the municipal gas management server, and the third-party gas bottle data acquisition device is electrically connected to the gas bottle data processor through the municipal gas management server.
The gas bottle data processor comprises a unit converter and an adder, and the gas bottle information collector is electrically connected to the adder through the unit converter.
The bottled gas cross network system also comprises a display, and the gas bottle information collector and the gas bottle data processor are electrically connected to the display.
The number of the gas bottle information collectors and the number of the gas bottle data processors are multiple, and the gas bottle data processors are electrically connected to corresponding gas bottle distribution personnel terminal and gas bottle user terminal.
The gas bottle information collector also comprises a gas distribution server, and the gas bottle distribution personnel terminal and the gas bottle user terminal are electrically connected to the gas distribution server.
The gas cylinder data processor outputs a steel cylinder data analysis result, a gas service data analysis result, a user data analysis result and a distributor data analysis result to the gas cylinder data output server.
Other features and advantages of the present invention will be disclosed in the following detailed description of the invention and the accompanying drawings.
[ description of the drawings ]
The invention is further described with reference to the accompanying drawings:
fig. 1 is a schematic circuit diagram of a bottled gas cross network system based on internet of things big data according to embodiment 1 of the present invention.
[ detailed description ] of the invention
The technical solutions of the embodiments of the present invention will be explained and illustrated below with reference to the drawings of the embodiments of the present invention, but the following embodiments are only preferred embodiments of the present invention, and not all embodiments. Based on the examples in the implementation manner, other examples obtained by a person skilled in the art without making creative efforts fall within the protection scope of the present invention.
In the following description, directional or positional relationships such as the terms "inner", "outer", "upper", "lower", "left", "right", etc., are presented for convenience in describing the embodiments and simplifying the description, and do not indicate or imply that the devices or elements referred to must have a particular orientation, be constructed and operated in a particular orientation, and therefore should not be construed as limiting the invention.
Example 1:
referring to fig. 1, the embodiment provides a bottled gas cross network system based on internet of things big data, which comprises a gas bottle information collector, a gas bottle data storage 2, a gas bottle data processor 3 and a gas bottle data output server 4.
The gas bottle information collector is electrically connected to the gas bottle data storage device 2, and the gas bottle information collector collects and obtains data related to the gas bottle, including but not limited to the gas bottle distribution number, the gas bottle inventory number, the circulation path and the like, and the gas bottle data storage device 2 stores the data collected and obtained by the gas bottle information collector. The gas bottle information collector is also electrically connected to the gas bottle data processor 3, and the gas bottle data processor 3 processes the gas bottle data obtained by the gas bottle information collector. In addition, the gas bottle data memory 2 is electrically connected to the gas bottle data processor 3, and data processed by the gas bottle data processor 3 is stored by the gas bottle data memory 2.
Specifically, the gas bottle information collector of the embodiment comprises an internet of things gas bottle data collector 11, a gas bottle distribution personnel terminal 13 and a gas bottle user terminal 14. The internet of things gas bottle data collector 11, the gas bottle distribution personnel terminal 13 and the gas bottle user terminal 14 are all electrically connected to the gas bottle data storage 2, and the internet of things gas bottle data collector 11, the gas bottle distribution personnel terminal 13 and the gas bottle user terminal 14 are all electrically connected to the gas bottle data processor 3.
The gas cylinder distribution person terminal 13 is held by a gas cylinder distribution person, and the gas cylinder user terminal 14 is held by a gas cylinder user. The user performs operations such as gas ordering through the gas bottle user terminal 14 to generate data changes related to the gas bottle, such as increase or decrease of the number of ordered gas bottles, and the data changes are transmitted to the gas bottle data storage 2 for storage and simultaneously transmitted to the gas bottle data processor 3 for processing by the gas bottle data processor 3. In the gas bottle distribution process, gas bottle distribution personnel operate the gas bottle distribution personnel terminal 13 to generate information changes such as gas bottle distribution quantity and circulation process, and the information changes are transmitted to the gas bottle data storage 2 for storage on one hand and the gas bottle data processor 3 on the other hand for processing by the gas bottle data processor 3. The gas bottle distribution personnel terminal 13 and the gas bottle user terminal 14 can provide the information provided by the gas bottle data processor 3 as the closed information which can be obtained by the company where the distribution personnel are located, the information quantity is very limited, the overall arrangement of gas bottle distribution is very unfavorable, and large errors are easy to generate.
In order to cope with the above problem, the data collector 11 of the gas bottle of the internet of things can download additional data related to the gas bottle from the cloud server 7 of the internet of things through the data download platform 71 of the internet of things, for example, information such as historical consumption change of the gas bottle in a certain area is transmitted to the data storage 2 of the gas bottle and the data processor 3 of the gas bottle, the data storage 2 of the gas bottle stores and records the additional information so as to keep a backup, and the data processor 3 of the gas bottle can process the additional information.
The gas bottle data processor 3 is electrically connected to the gas bottle data output server 4, the gas bottle data processor 3 processes the processed data and transmits the processed data to the gas bottle data output server 4, and the gas bottle data output server 4 uploads the processed data to the internet of things data uploading platform 72 so as to further enrich and perfect the data in the internet of things cloud server 7. Taking a first gas distribution company and a second gas distribution company as examples, the bottled gas cross network system used by the first gas distribution company and the bottled gas cross network system used by the second gas distribution company are electrically connected to the internet of things cloud server 7, so that uploading and downloading of data between the bottled gas cross network system and the internet of things cloud server 7 are realized.
The data obtained by processing the gas bottle data processor 3 in the bottled gas cross network system used by the first gas distribution company perfects the data in the internet of things cloud server 7, and then the internet of things gas bottle data collector 11 in the bottled gas cross network system used by the second gas distribution company can download the data, so that the gas bottle data processor 3 in the bottled gas cross network system used by the second gas distribution company performs secondary processing and application, and the data in the internet of things cloud server 7 is perfected secondarily. The cloud server 7 of the Internet of things after secondary perfection can be utilized again by the bottled gas cross network system used by the first gas distribution company, and iterative optimization is performed continuously, so that sufficient and perfect data are provided for the first gas distribution company and the second gas distribution company at the same time to perform overall optimization of gas distribution.
When a sufficient number of gas companies use the bottled gas cross network system, the cloud server 7 of the internet of things can obtain a sufficient data volume. In some gas bottle distribution links, if data blanks are generated in the gas bottle information acquired by the gas bottle information acquisition device, the cloud server 7 of the internet of things can output and fill the blanks by utilizing big data learning capacity and based on the existing gas bottle data, and the gas bottle information acquisition device is output by the gas bottle data acquisition device 11 of the internet of things, so that the normal operation of a bottled gas cross network system is not influenced. And once the actual numerical value of the blank data is obtained, the actual numerical value can be uploaded to the cloud server 7 of the Internet of things again, so that data correction and update are carried out, and the accuracy of data stored in the cloud server 7 of the Internet of things is further improved.
Preferably, the gas cylinder data storage 2 is directly and electrically connected to the gas cylinder data output server 4, so that the gas cylinder data storage 2 transmits raw gas cylinder data to the gas cylinder data output server 4, and the internet of things cloud server 7 obtains raw gas cylinder data and processed gas cylinder data at the same time to further expand the storage data volume of the internet of things cloud server 7.
All bottled gas cross network systems cooperate with the Internet of things cloud server 7 to form a gas bottle Internet of things cross system. In order to incorporate some units which are not directly electrically connected with the internet of things cloud server 7 to form a signal transmission relationship into the whole cross system of the internet of things of the gas cylinder, the gas cylinder information collector further comprises a third party gas cylinder data collector 15, and the third party gas cylinder data collector 15 is electrically connected to the gas cylinder data processor 3 and the gas cylinder data memory 2. The third party gas bottle data collector 15 collects the relevant information of the gas bottle of the third party gas company, then transmits the relevant information to the gas bottle data processor 3 for processing, and transmits the relevant information to the gas bottle data memory 2 for storage, and the third party gas bottle data collector 15 is electrically connected to the gas bottle data output server 4 through the gas bottle data processor 3 and the gas bottle data memory 2 so as to transmit the relevant original and processed information of the gas bottle of the third party gas company to the internet of things cloud server 7 through the gas bottle data output server 4.
The bottled gas cross network system of the embodiment further comprises a third-party gas distribution server 6, wherein the third-party gas distribution server 6 is arranged at a third-party gas company, and original information related to a gas bottle of the third-party gas company is input to the third-party gas distribution server 6. The third party gas bottle data collector 15 is electrically connected to the third party gas distribution server 6, and further, the third party gas bottle data collector 15 directly performs data acquisition from the third party gas distribution server 6, so that hardware erection required for information acquisition at the third party gas company is simplified.
Preferably, the bottled gas cross network system of this embodiment further includes a municipal gas management server 5, the third party gas bottle data collector 15 is directly electrically connected to the municipal gas management server 5, the third party gas distribution server 6 is electrically connected to the municipal gas management server 5 through the third party gas bottle data collector 15, the third party gas bottle data collector 15 is electrically connected to the gas bottle data processor 3 and the gas bottle data memory 2 through the municipal gas management server 5, wherein the municipal gas management server 5 is directly electrically connected to the gas bottle data processor 3. According to the structure, on one hand, the municipal gas management server 5 is incorporated into the whole cross system of the gas cylinder Internet of things, on the other hand, authority management of uploading and downloading data in the municipal gas management server 5 is utilized, the municipal gas management server 5 can acquire comprehensive data in the third-party gas distribution server 6, a part of information which does not relate to business sensitive content is transmitted to the gas cylinder data processor 3 for processing and is transmitted to the gas cylinder data memory 2 for storage, the information of the third-party gas distribution server 6, the gas cylinder data memory 2 and the gas cylinder data processor 3 can be transmitted and provided to the municipal gas management server 5, and the municipal gas management server 5 can acquire the information from the Internet cloud server 7 at the same time, so that overall planning of municipal parts is facilitated.
Preferably, the gas bottle data processor 3 comprises a unit converter and an adder, the gas bottle information collector is electrically connected to the adder through the unit converter, and then is electrically connected to the gas bottle data memory 2 and the gas bottle data processor 3 through the adder so as to form unified standard gas bottle data, and the gas bottle data processor is convenient for accumulating, storing and outputting the quantity of the gas bottles, so that scattered data form a regular large data production layer.
In addition, the gas bottle information collector in this embodiment further includes a gas distribution server 12, the gas bottle distribution personnel terminal 13 and the gas bottle user terminal 14 are electrically connected to the gas distribution server 12, so as to be electrically connected to the gas bottle data storage 2 and the gas bottle data processor 3 through the gas distribution server 12, data generated by the gas bottle distribution personnel terminal 13 and the gas bottle user terminal 14 are firstly transmitted to the gas distribution server 12, and some noise information data is removed from the gas distribution server 12 through a manual processing manner, so that the effectiveness of transmitting data from the gas bottle distribution personnel terminal 13 and the gas bottle user terminal 14 to the internet of things cloud server 7 is improved.
One application mode of the bottled gas cross network system of this embodiment is that the gas bottle data processor 3 outputs a steel bottle data analysis result, a gas service data analysis result, a user data analysis result and a distributor data analysis result to the gas bottle data output server 4. For example, the gas bottle distribution personnel terminal 13 uploads the number of gas distribution bottles, distribution frequency, distribution range and the like, the gas bottle user terminal 14 uploads the gas bottle demand, demand type, gas ordering frequency of a specific user and the like of the user, the data are subjected to historical data analysis through the gas bottle data processor 3, then data fitting is performed based on the historical data to obtain expected data, the historical data and the expected data are uploaded to the internet of things cloud server 7, and the internet of things cloud server 7 analyzes and compares different expected data to correct the different expected data and then outputs the corrected data to the internet of things gas bottle data collector 11 for overall reference of a specific gas bottle distribution station.
For example, the steel cylinder demand of the area a is gradually increased in the previous two weeks, the steel cylinder demand of the area B is gradually decreased in the previous two weeks, the steel cylinder demand change data is uploaded to the internet of things cloud server 7, and the internet of things cloud server 7 makes a judgment that the steel cylinder demand of the area a is further increased and the steel cylinder demand of the area B is further decreased in the next several weeks according to the change trend. The same gas distribution company can also obtain the demand prediction of the unit in the area A and the area B in the next weeks through the cloud server 7 of the Internet of things, and the distribution personnel number and the advertisement release frequency of the area A and the area B in the next weeks are allocated according to the prediction result.
Example 2:
the difference between the embodiment and the embodiment 1 is that the bottled gas cross network system based on the big data of the internet of things further comprises a display, the gas bottle information collector and the gas bottle data processor are electrically connected to the display, and the display displays the original data information obtained by the gas bottle information collector and the gas bottle data information processed by the gas bottle data processor, so that the visual monitoring of the data is convenient for people.
In addition, the number of the gas bottle information collectors and the number of the gas bottle data processors are multiple and the same, the gas bottle data processors are electrically connected to the corresponding gas bottle information collectors, and each gas bottle distribution personnel terminal and each gas bottle user terminal collect gas bottle distribution information in different area ranges and then transmit the gas bottle distribution information to the corresponding gas bottle data processors for independent processing.
While the invention has been described in terms of embodiments, it will be appreciated by those skilled in the art that the invention is not limited thereto but rather includes the drawings and the description of the embodiments above. Any modifications which do not depart from the functional and structural principles of the present invention are intended to be included within the scope of the appended claims.
Claims (10)
1. The bottled gas cross network system based on big data of the Internet of things is characterized by comprising a gas bottle information collector, a gas bottle data storage, a gas bottle data processor and a gas bottle data output server, wherein the gas bottle information collector comprises an Internet of things gas bottle data collector, a gas bottle distribution personnel terminal and a gas bottle user terminal, the Internet of things gas bottle data collector downloads related data of a gas bottle from an Internet of things data downloading platform, the Internet of things gas bottle data collector, the gas bottle distribution personnel terminal and the gas bottle user terminal are all electrically connected to the gas bottle data storage, the Internet of things gas bottle data collector, the gas bottle distribution personnel terminal and the gas bottle user terminal are all electrically connected to the gas bottle data processor, the gas bottle data storage is electrically connected to the gas bottle data processor, the gas bottle data processor is electrically connected to the gas bottle data output server, and the gas bottle data output server transmits related data of the gas bottle to the Internet of things data uploading platform.
2. The internet of things big data based bottled gas cross network system of claim 1, wherein the gas bottle data storage is electrically connected to a gas bottle data output server.
3. The internet of things big data-based bottled gas cross network system of claim 1, wherein the gas bottle information collector comprises a third party gas bottle data collector electrically connected to the gas bottle data processor and the gas bottle data storage.
4. The internet of things big data-based bottled gas cross network system of claim 3, wherein the third party gas bottle data collector is electrically connected to a gas bottle data output server.
5. The internet of things big data based bottled gas cross network system of claim 3, wherein the gas cross network system further comprises a third party gas distribution server, and the third party gas bottle data collector is electrically connected to the third party gas distribution server.
6. The internet of things big data-based bottled gas cross network system of claim 5, further comprising a municipal gas management server, wherein the third party gas bottle data collector is electrically connected to the municipal gas management server, and wherein the third party gas bottle data collector is electrically connected to the gas bottle data processor through the municipal gas management server.
7. The internet of things big data-based bottled gas cross network system of claim 1, wherein the gas bottle data processor comprises a unit converter and an adder, and the gas bottle information collector is electrically connected to the adder through the unit converter.
8. The internet of things big data-based bottled gas cross network system of claim 1, wherein the gas cylinder data processor outputs a steel cylinder data analysis result, a gas service data analysis result, a user data analysis result, and a distributor data analysis result to the gas cylinder data output server.
9. The internet of things big data-based bottled gas cross network system of claim 1, wherein the number of gas bottle information collectors and gas bottle data processors is plural, and the gas bottle data processors are electrically connected to corresponding gas bottle distribution personnel terminals and gas bottle user terminals.
10. The internet of things big data-based bottled gas cross network system of claim 1, wherein the gas bottle information collector further comprises a gas distribution server, and the gas bottle distribution personnel terminal and the gas bottle user terminal are electrically connected to the gas distribution server.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202011060170.0A CN112132519B (en) | 2020-09-30 | 2020-09-30 | Bottled gas cross network system based on big data of Internet of things |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202011060170.0A CN112132519B (en) | 2020-09-30 | 2020-09-30 | Bottled gas cross network system based on big data of Internet of things |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN112132519A CN112132519A (en) | 2020-12-25 |
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