CN211056703U - Equipment thing of filling station allies oneself with management system - Google Patents
Equipment thing of filling station allies oneself with management system Download PDFInfo
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- CN211056703U CN211056703U CN201921953841.9U CN201921953841U CN211056703U CN 211056703 U CN211056703 U CN 211056703U CN 201921953841 U CN201921953841 U CN 201921953841U CN 211056703 U CN211056703 U CN 211056703U
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Abstract
The utility model discloses a filling station's equipment thing allies oneself with management system. The management system includes: the system comprises a plurality of gas station monitoring devices, a plurality of station-level processors, a plurality of city controllers and a provincial controller; the gas station monitoring equipment is connected with a city controller of a city where the gas station is located, and is used for acquiring operation data of the gas station and sending the operation data to the city controller; the city controller is connected with a provincial controller of a province where the city is located, and the city controller is used for sending the operation data of each gas station in the city to the provincial controller; the plurality of station-level processors in each city are respectively connected with city controllers of the cities; the provincial controller is used for monitoring the operation data of each gas station uploaded by each city in the province. The utility model discloses a data real-time acquisition to the supervisory equipment of filling station has realized carrying out centralized monitoring and real-time warning to all kinds of equipment safety of filling station and business operational aspect.
Description
Technical Field
The utility model relates to a filling station's equipment supervision field especially relates to a filling station's equipment thing allies oneself with management system.
Background
The key point of the operation management of the gas station is to ensure the safe and stable operation of the gas station equipment, and the premise of ensuring the safety of the equipment is to perform comprehensive monitoring and real-time early warning on all the equipment of the gas station, and the core requirements of a manager of the gas station are also provided.
At present, the following defects still exist in the gas station: 1) equipment manufacturers are independent, and no collector or a set of standard communication scheme can collect all equipment data in real time; 2) the gas station is characterized by being relatively dispersed, the data of each station can only be visible at the station, the utilization limitation of the data is very large, and the problems of inconsistent time axis, large deviation of data accuracy and the like exist; 3) province and city level units cannot really and real-timely master the conditions of all stations in the jurisdiction, and meanwhile, the equipment cannot be accurately maintained in advance (normal operation is not influenced, safety and environmental protection guarantee are guaranteed); 4) the original system can not master whether the use of each oil station equipment is in compliance or not.
SUMMERY OF THE UTILITY MODEL
The utility model aims at providing a filling station's equipment thing allies oneself with management system has realized the centralized monitoring to all kinds of equipment safety of filling station and business operational aspect.
In order to achieve the above object, the utility model provides a following scheme:
a gas station equipment internet of things management system, the management system comprising: the system comprises a plurality of gas station monitoring devices, a plurality of station-level processors, a plurality of city controllers and a provincial controller;
the gas station monitoring equipment is connected with the station-level processor and is used for acquiring operation data of a gas station and sending the operation data to the station-level processor;
the station-level processor is connected with a city controller of a city where the gas station is located, and is used for comparing the operation data of the gas station with a corresponding operation data threshold value to obtain a comparison result and sending the operation data and the comparison result to the city controller;
the city controller is connected with a provincial controller of a city, and the city controller is used for sending the running data and the comparison result of each gas station in the city to the provincial controller;
the provincial controller is used for monitoring the operation data and the comparison result of each gas station uploaded by each city in the province.
Optionally, the gas station monitoring device includes: the system comprises an oiling machine, a liquid level meter, a tertiary oil gas recovery device, a leak detection device, an oil gas online monitoring sensor, a combustible detector and a handheld densimeter;
the monitoring data output port of the oiling machine is connected with the station-level processor through an Ethernet, and the oiling machine is used for sending the oiling amount, the oil type and the oil unit price to the station-level processor;
the liquid level meter is arranged on an oil storage tank of the gas station, the signal output end of the liquid level meter is connected with the station-level processor, and the liquid level meter is used for acquiring the liquid level value of oil in the oil storage tank and sending the liquid level value to the station-level processor;
the tertiary oil gas recovery device is arranged on the oil storage tank, a monitoring data output port of the tertiary oil gas recovery device is connected with the station-level processor through Ethernet, and the tertiary oil gas recovery device is used for sending a gas pressure value of a tertiary oil gas recovery system to the station-level processor;
the monitoring data output port of the leakage detection device is connected with the station-level processor, and the leakage detection device is used for sending oil leakage detection data of the oil storage tank, the pipeline, the manhole well and the oiling machine bottom basin to the station-level processor;
the oil gas online monitoring sensor is arranged at an oil discharge position of an oil tank area, the oiling machine bottom basin and the tertiary oil gas recovery device, connected with the station-level processor and used for acquiring the oil gas recovery amount of the oil storage tank, the oil gas recovery amount of the oiling machine and the oil gas recovery amount of the tertiary oil gas recovery device and sending the oil gas recovery amount of the oil storage tank, the oil gas recovery amount of the oiling machine and the oil gas recovery amount of the tertiary oil gas recovery device to the station-level processor;
the combustible detector is arranged at the oil discharge position of the oil tank area, the oiling machine bottom basin and the tertiary oil-gas recovery device and is connected with the station-level processor, and the combustible detector is used for acquiring the concentration of combustible gas at the oil discharge position of the oil tank area, the concentration of combustible gas in the oiling machine bottom basin and the concentration of combustible gas in the tertiary oil-gas recovery device and sending the concentration of combustible gas at the oil discharge position of the oil tank area, the concentration of combustible gas in the oiling machine bottom basin and the concentration of combustible gas in the tertiary oil-gas recovery device to the station-level processor;
the handheld densimeter is installed on the oil storage tank, the current signal terminal of handheld densimeter with the station level treater is connected, handheld densimeter is used for acquireing the oil density of oil storage tank, and will oil density sends to the station level treater.
Optionally, the gas station monitoring device further comprises: the system comprises a camera, intelligent power distribution equipment, an uninterruptible power supply and a generator;
the camera is connected with the station-level processor and is used for sending the monitoring video of the gas station to the station-level processor;
the intelligent power distribution equipment is installed in a power distribution room of the gas station, a monitoring data output port of the intelligent power distribution equipment is connected with the station-level processor through Ethernet, and the intelligent power distribution equipment is used for sending the distribution proportion and power supply quantity data of the intelligent power distribution equipment for supplying power to the equipment of the gas station to the station-level processor;
the monitoring data output port of the uninterrupted power supply is connected with the station-level processor through Ethernet, and the uninterrupted power supply is used for sending electric quantity data provided by the uninterrupted power supply for a station-level cabinet, a computer, a BOS server and an oil product server to the station-level processor;
and the monitoring data output port of the generator is connected with the station-level processor, and the generator is used for sending the excitation regulator output voltage, the rotating speed regulation driving voltage and the engine oil quantity of the generator to the station-level processor.
Optionally, the station-level processor includes: the system comprises a data acquisition unit, a station-level memory and a station-level controller;
the input end of the data collector is connected with the monitoring equipment of the gas station, and the output end of the data collector is connected with the input end of the station level controller; the data acquisition unit is used for acquiring the operation data of the gas station monitoring equipment and sending the operation data to the station controller;
the station-level controller is connected with the station-level memory and is used for acquiring an operation data threshold value of the station-level memory, comparing the operation data with the operation data threshold value and sending the operation data and a comparison result to the station-level memory; and the output end of the station level controller is connected with the city controller, and the station level controller is used for sending the operation data and the comparison result to the city controller.
Optionally, the management system further comprises a plurality L ED lamps;
a plurality of L ED lamps are respectively connected with the control end of the station level controller.
Optionally, the city controller includes: the system comprises a city switch, a city memory and a city display;
the input end of the local city switch is connected with the station-level processor, and the output end of the local city switch is respectively connected with the local city memory, the local city display and the provincial level controller;
the local city switch is used for acquiring the operation data and the comparison result sent by the station-level processor and respectively transmitting the operation data and the comparison result to the local city memory, the local city display and the provincial level controller.
Optionally, the provincial controller includes: a provincial switch, a provincial memory and a provincial display;
the input end of the provincial switch is connected with the city controller, and the output end of the provincial switch is respectively connected with the provincial memory and the provincial display;
the provincial switch is used for acquiring the operation data and the comparison result sent by the local controller and respectively transmitting the operation data and the comparison result to the provincial memory and the provincial display.
According to the utility model provides a concrete embodiment, the utility model discloses a following technological effect:
the utility model provides a pair of filling station's equipment thing allies oneself with management system, station level treater gather filling station's supervisory equipment's data in real time to send data for city controller and provincial level controller in proper order, realize local concentrated management and control, the function of branch company, head office operation center remote monitoring, thereby realized the centralized monitoring to all kinds of equipment safety of filling station and business operational aspect.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings required to be used in the embodiments will be briefly described below, and it is obvious that the drawings in the following description are only some embodiments of the present invention, and for those skilled in the art, other drawings can be obtained according to these drawings without inventive labor.
Fig. 1 is the utility model provides a filling station's equipment thing allies oneself with management system's structure chart.
Detailed Description
The technical solutions in the embodiments of the present invention will be described clearly and completely with reference to the accompanying drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only some embodiments of the present invention, not all embodiments. Based on the embodiments in the present invention, all other embodiments obtained by a person skilled in the art without creative work belong to the protection scope of the present invention.
The utility model aims at providing a filling station's equipment thing allies oneself with management system has realized carrying out centralized monitoring to all kinds of equipment safety of filling station and business operational aspect.
In order to make the above objects, features and advantages of the present invention more comprehensible, the present invention is described in detail with reference to the accompanying drawings and the detailed description.
The utility model provides a filling station's equipment thing allies oneself with management system, as shown in fig. 1, management system includes: a plurality of gas station monitoring devices, a plurality of station-level processors, a plurality of city controllers, and a provincial controller.
The gas station monitoring equipment is connected with the station-level processor and used for acquiring the operation data of the gas station and sending the operation data to the station-level processor; the station-level processor is connected with a city controller of a city where the gas station is located, and is used for comparing the operation data of the gas station with a corresponding operation data threshold value to obtain a comparison result and sending the operation data and the comparison result to the city controller; the city controller is connected with a provincial controller of a province where the city is located, and the city controller is used for sending the operation data and the comparison result of each gas station in the city to the provincial controller; the provincial level controller is used for monitoring the operation data and the comparison result of each gas station uploaded by each city in the province.
The gasoline station monitoring device comprises: the system comprises an oiling machine, a liquid level meter, a tertiary oil gas recovery device, a leak detection device, an oil gas online monitoring sensor, a combustible detector and a handheld densimeter.
The monitoring data output port of the oiling machine is connected with the station-level processor through the Ethernet, and the oiling machine is used for sending the oil adding amount, the oil product type and the oil product unit price to the station-level processor.
The liquid level meter is arranged on an oil storage tank of the gas station, the signal output end of the liquid level meter is connected with the station-level processor, and the liquid level meter is used for acquiring the liquid level value of oil in the oil storage tank and sending the liquid level value to the station-level processor.
The tertiary oil gas recovery device is arranged on the oil storage tank, a monitoring data output port of the tertiary oil gas recovery device is connected with the station-level processor through the Ethernet, and the tertiary oil gas recovery device is used for sending a gas pressure value of the tertiary oil gas recovery system to the station-level processor.
The monitoring data output port of the leakage detection device is connected with the station-level processor, and the leakage detection device is used for sending oil leakage detection data of the oil storage tank, the pipeline, the manhole well and the oiling machine bottom basin to the station-level processor.
The oil gas on-line monitoring sensor is arranged at an oil discharge position of the oil tank area, on the oiling machine bottom basin and on the tertiary oil gas recovery device, the oil gas on-line monitoring sensor is connected with the station-level processor, and the oil gas on-line monitoring sensor is used for acquiring the oil gas recovery amount of the oil tank, the oil gas recovery amount of the oiling machine and the oil gas recovery amount of the tertiary oil gas recovery device, and sending the oil gas recovery amount of the oil tank, the oil gas recovery amount of the oiling machine and the oil gas recovery amount of the tertiary oil gas recovery device to the station-level processor.
The combustible detector is arranged at the oil discharge position of the oil tank area, the oiling machine bottom basin and the tertiary oil-gas recovery device and is connected with the station-level processor, and the combustible detector is used for acquiring the combustible gas concentration at the oil discharge position of the oil tank area, the combustible gas concentration of the oiling machine bottom basin and the combustible gas concentration of the tertiary oil-gas recovery device and sending the combustible gas concentration at the oil discharge position of the oil tank area, the combustible gas concentration of the oiling machine bottom basin and the combustible gas concentration of the tertiary oil-gas recovery device to the station-level processor.
The handheld densimeter is installed on the oil storage tank, and the current signal terminal of handheld densimeter is connected with station level treater, and the handheld densimeter is used for acquireing the oil density of oil storage tank to send the oil density to station level treater.
The gasoline station monitoring device further comprises: camera, intelligent distribution equipment, uninterrupted power source and generator.
The camera is connected with the station-level processor and is used for sending the monitoring video of the gas station to the station-level processor.
The intelligent power distribution equipment is installed in a power distribution room of a gas station, a monitoring data output port of the intelligent power distribution equipment is connected with the station-level processor through the Ethernet, and the intelligent power distribution equipment is used for sending the distribution proportion and the power supply quantity data of the intelligent power distribution equipment for supplying power to the equipment of the gas station to the station-level processor.
The monitoring data output port of the uninterrupted power supply is connected with the station-level processor through the Ethernet, and the uninterrupted power supply is used for sending electric quantity data provided by the uninterrupted power supply for the station-level cabinet, the computer, the BOS server and the oil product server to the station-level processor.
And the monitoring data output port of the generator is connected with the station-level processor, and the generator is used for sending the output voltage of an excitation regulator of the generator, the rotating speed regulation driving voltage and the engine oil quantity to the station-level processor.
The station-level processor includes: the system comprises a data acquisition unit, a station-level memory and a station-level controller; the input end of the data acquisition unit is connected with the monitoring equipment of the gas station, and the output end of the data acquisition unit is connected with the input end of the station level controller; the data acquisition unit is used for acquiring the operation data of the monitoring equipment of the gas station and sending the operation data to the station-level controller; the station level controller is connected with the station level memory and used for acquiring an operation data threshold value of the station level memory, comparing the operation data with the operation data threshold value and sending the operation data and a comparison result to the station level memory; and the output end of the station level controller is connected with the controller of the city, and the station level controller is used for sending the operation data and the comparison result to the controller of the city. Preferably, the station level controller is model number M258.
The management system further comprises a plurality of L ED lamps, the plurality of L ED lamps are respectively connected with a control end of the station level controller, the station level controller compares operation data with corresponding operation data threshold values, when the operation data are larger than the corresponding operation data threshold values, the station level controller controls L ED lamps to flicker, real-time alarm is given, a gas station worker is reminded that equipment of a gas station is abnormal, the equipment is found to be abnormal in operation in time and is maintained and repaired, preferably, the number of the L ED lamps is consistent with that of equipment in gas station monitoring equipment, one L ED lamp is correspondingly arranged on each equipment in the gas station monitoring equipment, and when L ED lamps flicker, specific equipment or equipment is or are judged to be in fault.
The controller of the city comprises: the system comprises a city switch, a city memory and a city display; the input end of the local city switch is connected with the station-level processor, and the output end of the local city switch is respectively connected with the local city memory, the local city display and the provincial level controller; the local city switch is used for acquiring the operation data and the comparison result sent by the station-level processor and respectively transmitting the operation data and the comparison result to the local city memory, the local city display and the provincial level controller.
The provincial controller comprises: a provincial switch, a provincial memory and a provincial display; the input end of the provincial switch is connected with a city controller, and the output end of the provincial switch is respectively connected with a provincial memory and a provincial display; the provincial switch is used for acquiring the operation data and the comparison result sent by the local controller and respectively transmitting the operation data and the comparison result to the provincial memory and the provincial display.
The utility model provides a pair of filling station's equipment thing allies oneself with management system, through to the tanker aircraft, the vacuum pump, the liquid level appearance, the detection device leaks hunting, a video camera, handheld densimeter, combustible detector, the generator, oil gas recovery device etc. carries out real-time communication, real-time data collection, in time discern unusually, realize the automatic monitoring of the important link of filling station's management and management, automatic alarm, realize local concentrated management and control, the branch company, the function of company's operation center remote monitoring, the centralized monitoring and the real-time alarm to all kinds of equipment safety of filling station and business operation condition have been realized.
The principle and the implementation of the present invention are explained herein by using specific examples, and the above description of the embodiments is only used to help understand the method and the core idea of the present invention; meanwhile, for the general technical personnel in the field, according to the idea of the present invention, there are changes in the concrete implementation and the application scope. In summary, the content of the present specification should not be construed as a limitation of the present invention.
Claims (7)
1. A gas station equipment thing allies oneself with management system, its characterized in that, management system includes: the system comprises a plurality of gas station monitoring devices, a plurality of station-level processors, a plurality of city controllers and a provincial controller;
the gas station monitoring equipment is connected with the station-level processor and is used for acquiring operation data of a gas station and sending the operation data to the station-level processor;
the station-level processor is connected with a city controller of a city where the gas station is located, and is used for comparing the operation data of the gas station with a corresponding operation data threshold value to obtain a comparison result and sending the operation data and the comparison result to the city controller;
the city controller is connected with a provincial controller of a city, and the city controller is used for sending the running data and the comparison result of each gas station in the city to the provincial controller;
the provincial controller is used for monitoring the operation data and the comparison result of each gas station uploaded by each city in the province.
2. The gas station equipment internet of things management system of claim 1, wherein the gas station monitoring equipment comprises: the system comprises an oiling machine, a liquid level meter, a tertiary oil gas recovery device, a leak detection device, an oil gas online monitoring sensor, a combustible detector and a handheld densimeter;
the monitoring data output port of the oiling machine is connected with the station-level processor through an Ethernet, and the oiling machine is used for sending the oiling amount, the oil type and the oil unit price to the station-level processor;
the liquid level meter is arranged on an oil storage tank of the gas station, the signal output end of the liquid level meter is connected with the station-level processor, and the liquid level meter is used for acquiring the liquid level value of oil in the oil storage tank and sending the liquid level value to the station-level processor;
the tertiary oil gas recovery device is arranged on the oil storage tank, a monitoring data output port of the tertiary oil gas recovery device is connected with the station-level processor through Ethernet, and the tertiary oil gas recovery device is used for sending a gas pressure value of a tertiary oil gas recovery system to the station-level processor;
the monitoring data output port of the leakage detection device is connected with the station-level processor, and the leakage detection device is used for sending oil leakage detection data of the oil storage tank, the pipeline, the manhole well and the oiling machine bottom basin to the station-level processor;
the oil gas online monitoring sensor is arranged at an oil discharge position of an oil tank area, the oiling machine bottom basin and the tertiary oil gas recovery device, connected with the station-level processor and used for acquiring the oil gas recovery amount of the oil storage tank, the oil gas recovery amount of the oiling machine and the oil gas recovery amount of the tertiary oil gas recovery device and sending the oil gas recovery amount of the oil storage tank, the oil gas recovery amount of the oiling machine and the oil gas recovery amount of the tertiary oil gas recovery device to the station-level processor;
the combustible detector is arranged at the oil discharge position of the oil tank area, the oiling machine bottom basin and the tertiary oil-gas recovery device and is connected with the station-level processor, and the combustible detector is used for acquiring the concentration of combustible gas at the oil discharge position of the oil tank area, the concentration of combustible gas in the oiling machine bottom basin and the concentration of combustible gas in the tertiary oil-gas recovery device and sending the concentration of combustible gas at the oil discharge position of the oil tank area, the concentration of combustible gas in the oiling machine bottom basin and the concentration of combustible gas in the tertiary oil-gas recovery device to the station-level processor;
the handheld densimeter is installed on the oil storage tank, the current signal terminal of handheld densimeter with the station level treater is connected, handheld densimeter is used for acquireing the oil density of oil storage tank, and will oil density sends to the station level treater.
3. The gas station equipment internet of things management system of claim 2, wherein the gas station monitoring equipment further comprises: the system comprises a camera, intelligent power distribution equipment, an uninterruptible power supply and a generator;
the camera is connected with the station-level processor and is used for sending the monitoring video of the gas station to the station-level processor;
the intelligent power distribution equipment is installed in a power distribution room of the gas station, a monitoring data output port of the intelligent power distribution equipment is connected with the station-level processor through Ethernet, and the intelligent power distribution equipment is used for sending the distribution proportion and power supply quantity data of the intelligent power distribution equipment for supplying power to the equipment of the gas station to the station-level processor;
the monitoring data output port of the uninterrupted power supply is connected with the station-level processor through Ethernet, and the uninterrupted power supply is used for sending electric quantity data provided by the uninterrupted power supply for a station-level cabinet, a computer, a BOS server and an oil product server to the station-level processor;
and the monitoring data output port of the generator is connected with the station-level processor, and the generator is used for sending the excitation regulator output voltage, the rotating speed regulation driving voltage and the engine oil quantity of the generator to the station-level processor.
4. The gas station equipment internet of things management system of claim 1, wherein the station-level processor comprises: the system comprises a data acquisition unit, a station-level memory and a station-level controller;
the input end of the data collector is connected with the monitoring equipment of the gas station, and the output end of the data collector is connected with the input end of the station level controller; the data acquisition unit is used for acquiring the operation data of the gas station monitoring equipment and sending the operation data to the station controller;
the station-level controller is connected with the station-level memory and is used for acquiring an operation data threshold value of the station-level memory, comparing the operation data with the operation data threshold value and sending the operation data and a comparison result to the station-level memory; and the output end of the station level controller is connected with the city controller, and the station level controller is used for sending the operation data and the comparison result to the city controller.
5. The gas station equipment internet of things management system of claim 4, further comprising a plurality L ED lights;
a plurality of L ED lamps are respectively connected with the control end of the station level controller.
6. The gas station equipment internet of things management system of claim 1, wherein the city controller comprises: the system comprises a city switch, a city memory and a city display;
the input end of the local city switch is connected with the station-level processor, and the output end of the local city switch is respectively connected with the local city memory, the local city display and the provincial level controller;
the local city switch is used for acquiring the operation data and the comparison result sent by the station-level processor and respectively transmitting the operation data and the comparison result to the local city memory, the local city display and the provincial level controller.
7. The gas station equipment internet of things management system of claim 1, wherein the provincial controller comprises: a provincial switch, a provincial memory and a provincial display;
the input end of the provincial switch is connected with the city controller, and the output end of the provincial switch is respectively connected with the provincial memory and the provincial display;
the provincial switch is used for acquiring the operation data and the comparison result sent by the local controller and respectively transmitting the operation data and the comparison result to the provincial memory and the provincial display.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201921953841.9U CN211056703U (en) | 2019-11-13 | 2019-11-13 | Equipment thing of filling station allies oneself with management system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201921953841.9U CN211056703U (en) | 2019-11-13 | 2019-11-13 | Equipment thing of filling station allies oneself with management system |
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| Publication Number | Publication Date |
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| CN211056703U true CN211056703U (en) | 2020-07-21 |
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| CN201921953841.9U Active CN211056703U (en) | 2019-11-13 | 2019-11-13 | Equipment thing of filling station allies oneself with management system |
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| CN (1) | CN211056703U (en) |
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