CN101197038A - Vehicle oil consumption statistical method based on wireless transmission technology - Google Patents
Vehicle oil consumption statistical method based on wireless transmission technology Download PDFInfo
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Abstract
The invention discloses an automobile oil consumption statistical method based on wireless transmission technology which adopts that: a service center with the abilities of wireless communication as well as data storage and processing is established, the vehicle is provided with an on-board terminal with collection ability of vehicle driving mileage and wireless communication ability, the service center can achieve real-time driving mileage information of the vehicle through the wireless communication between the service center and the on-board terminal; when the vehicle management personnel needs to statisticize and analyze the oil consumption of the vehicle, the service center can respond to the statistical analysis request of the vehicle management personnel, display the corresponding relationship between the vehicle driving mileage and the oil consumption through a diagram so as to find out the factors impacting on the oil consumption through the statistics to standardize the driving behavior of the driver to achieve the intention of managing and reducing the oil consumption.
Description
Technical field
The present invention relates to a kind of vehicle oil consumption statistical method, particularly relate to a kind of vehicle oil consumption statistical method based on Radio Transmission Technology.
Background technology
Aggravation along with global energy crisis; oil price also climbs up and up; this also makes the operation cost of vehicle also in continuous increase; how to calculate the accurate oil consumption of automobile; therefrom find out the various factors that influences oil consumption; reduce oil consumption, cost saving better, become the major issue that automobile logistics enterprise has to face.Existing automobile logistics enterprise or vehicle management unit normally adopt simple computer management mode to the management control of automobile fuel consumption, promptly appraise and decide the oil consumption of some by single mileage number of sending a car, and with mileage number with in the oil mass input computer, carry out statistical study by computing machine then, because, mileage number wherein can not react real mileage number exactly, thereby, the result who carries out analytic statistics in this way also must bring bigger error, thereby has brought difficulty for the oil consumption management of automobile.
Summary of the invention
The objective of the invention is to overcome the deficiency of prior art, a kind of vehicle oil consumption statistical method based on Radio Transmission Technology is provided, obtain the actual travel mileage of automobile by Radio Transmission Technology, so that find out the factor that influences oil consumption by statistics, standard driver's driving behavior reaches management and reduces the purpose of oil consumption.
The technical solution adopted for the present invention to solve the technical problems is: a kind of vehicle oil consumption statistical method based on Radio Transmission Technology comprises the steps:
A. set up a service centre with ability of radio communication, data storage and processing, this service centre comprises at least:
One database is in order to preserve the archive information of each vehicle, the distance travelled information that the oiling record of vehicle management person's typing, car-mounted terminal are regularly uploaded;
One GPRS communication module is used to connect the GSM/GPRS network, is installed in the data that the car-mounted terminal on the vehicle is uploaded to realize receiving;
One data processing module is used for the data that come from car-mounted terminal that receive by the GPRS communication module are handled, and preserves in the database;
One oil consumption statistical module is used to respond vehicle management person's query analysis request, reads oil-filling data and mileage is analyzed from database, and uses chart shows result;
B. vehicle registration registration: on vehicle, install car-mounted terminal; Described car-mounted terminal comprises:
One satellite positioning receiver is used to gather gps data, and the positional information of vehicle is provided;
One mobile phone module is used to connect the GSM/GPRS network, to realize sending data to service centre;
One cpu central processing unit is analyzed, is handled input signal, and the output control signal corresponding;
Vehicle management person is by client software or use browser login service center website, device is had the identification archive information of the vehicle of car-mounted terminal be registered in the registration web page column that the service centre website provides; After service centre accepts registration, in database, set up the archives memory block of this vehicle, the identification archive information of vehicle is deposited in the corresponding vehicle archives memory block, and the car-mounted terminal that the identify label ID that will give this vehicle simultaneously sends to this vehicle uses during for data upload;
C. the distance travelled information of the real-time collection vehicle of car-mounted terminal, under the control of the cpu central processing unit of car-mounted terminal, the distance travelled information of vehicle regularly sends to service centre by mobile module by the GSM/GPRS network;
D. the data processing module of service centre is handled the information that receives, and the distance travelled information data of described vehicle is deposited in the archives memory block corresponding to this vehicle in the database;
E. vehicle management person passes through client software or uses browser login service center website, the oiling record of the described vehicle of typing in the web interface that the service centre website provides, and deposit in the database;
F. the statistical study request of the oil consumption statistical module of service centre response vehicle management person's longitudinal comparison analysis, from database, read the distance travelled information of described vehicle and the record that refuels, generate distance travelled and use the corresponding oil consumption statistical graph of relation between the oil mass, and in the page that vehicle management person browsed, show the longitudinal comparison analysis; Described oil consumption statistical graph comprises the oil consumption statistics chronology, oil consumption statistics menology of described vehicle and by the oil consumption statistical form of self-defined time period of vehicle management person;
G. the statistical study request of the oil consumption statistical module of service centre response vehicle management person's lateral comparison analysis, from database, read the distance travelled information of described vehicle and comparison vehicle and the record that refuels, the distance travelled that generates described vehicle, comparison vehicle with the corresponding oil consumption statistical graph of relation between the oil mass, and demonstration lateral comparison analysis in the page that vehicle management person browsed; Described oil consumption statistical graph comprises the oil consumption statistics chronology, oil consumption statistics menology of described vehicle, comparison vehicle and by the oil consumption statistical form of self-defined time period of vehicle management person.
Described testing vehicle register identification archive information comprises terminal SIM card number, license plate number, car owner's name of described vehicle at least.
The distance travelled information that described vehicle is uploaded comprises: the time period of not uploading mileage number, this mileage accumulation of testing vehicle register sign (ID), this accumulation.
The distance travelled information of the real-time collection vehicle of described car-mounted terminal is for directly reading the mileometer reading of vehicle, the cpu central processing unit of car-mounted terminal is connected with the mileometer of vehicle, cpu central processing unit is exported to mobile module with the mileometer reading of vehicle, sends to service centre by mobile module by the GSM/GPRS network.
The distance travelled information of the real-time collection vehicle of described car-mounted terminal is for installing tachometer generator on the wheel of vehicle, the output of tachometer generator is connected to the cpu central processing unit of car-mounted terminal, tachometer generator reads the revolution of wheel and exports to cpu central processing unit, and cpu central processing unit calculates the distance travelled of vehicle.
The distance travelled information of the real-time collection vehicle of described car-mounted terminal is gps data of satellite positioning receiver per second collection and is defeated by cpu central processing unit that the method for cpu central processing unit utilization calculating sphere distance between two points is calculated the mileage of operating automobile and added up.
Described oiling record comprises refueling time, volume read-out, the oiling amount of money.
Described longitudinal comparison is analyzed and is each month oil consumption statistical form, the current year and oil consumption same period last year statistical form in the current year that shows described vehicle.
The oil consumption statistical form of the self-defined time period that described longitudinal comparison analysis is imported in the web interface that the service centre website provides according to vehicle management person for demonstration.
Described lateral comparison is analyzed to showing the moon oil consumption statistics contrast table between described vehicle, the comparison vehicle, year oil consumption statistics contrast table.
Described vehicle in the self-defined time period that described lateral comparison analysis is imported in the web interface that the service centre website provides according to vehicle management person for demonstration, the oil consumption statistics contrast table between the comparison vehicle.
Vehicle oil consumption statistical method of the present invention is based on the actual travel mileage that Radio Transmission Technology is obtained automobile, and the collection of distance travelled can be by three kinds of modes: the one, be connected with the mileometer of vehicle, and directly read mileage information.The 2nd, be connected with the sensor of vehicle, read the revolution of wheel, calculate according to the girth of wheel.The 3rd, vehicle mobile terminals is by the GPS locating device, when start, per second all utilizes the method for calculating the sphere distance between two points to calculate the mileage of operating automobile and add up, and this mode is relevant with gps signal, dual mode is big before the error ratio, but mounting process is comparatively simple; GPS, i.e. GPS (GlobalPositioning System), it is a middle distance circuit orbit global position system, can provide accurate in locating and high precision time benchmark for earth surface overwhelming majority areas; This system finishes by 24 gps satellites in the space; Minimum needs are 3 satellites wherein, just can determine position on earth rapidly; The satellite number that can receive is many more, and the position that decoding is come out is just accurate more; When bus location, it is just passable only the GPS module need to be housed on automobile.
The invention has the beneficial effects as follows, owing to adopted and set up one and have radio communication, the service centre of the ability of data storage and processing, and installation one has the acquisition capacity of Vehicle-Miles of Travel data and the car-mounted terminal of wireless communication ability on vehicle, by identification archive information at the service center stores vehicle, set up the radio communication of car-mounted terminal and service centre, in real time the distance travelled information of described vehicle is sent to service centre by car-mounted terminal, database by service centre is preserved, the database of service centre is also preserved the oiling record by vehicle management person's typing simultaneously, when vehicle management person needs the oil consumption of statistical study vehicle, service centre can respond vehicle management person's statistical study request, by the corresponding relation between chart demonstration Vehicle-Miles of Travel and the oil consumption, so that find out the factor that influences oil consumption by statistics, standard driver's driving behavior reaches management and reduces the purpose of oil consumption.After adopting this method, the present invention has following advantage: one, and the present invention can realize the mileage statistics in the oil consumption statistics automatically; Two, the present invention can realize oil consumption contrast automatically, is convenient to search the factor that influences oil consumption and standard driver's driving behavior.
Description of drawings
Below in conjunction with drawings and Examples the present invention is described in further detail; But a kind of vehicle oil consumption statistical method based on Radio Transmission Technology of the present invention is not limited to embodiment.
Fig. 1 is the formation synoptic diagram that embodiment one realizes the car-mounted terminal of the inventive method;
Fig. 2 is that the system that realizes the inventive method constitutes synoptic diagram;
Fig. 3 is the formation synoptic diagram that embodiment two realizes the car-mounted terminal of the inventive method;
Fig. 4 is the formation synoptic diagram that embodiment three realizes the car-mounted terminal of the inventive method.
Embodiment
Embodiment one, and referring to Fig. 1, shown in Figure 2, Fig. 1 is the formation synoptic diagram of the car-mounted terminal of realization the inventive method; This car-mounted terminal 1 comprises:
One satellite positioning receiver 11 is used to gather gps data, and the positional information of vehicle is provided;
One mobile phone module 12 is used to connect the GSM/GPRS network, to realize sending data to service centre;
One cpu central processing unit 13 is analyzed, is handled input signal, and the output control signal corresponding;
The output of satellite positioning receiver 11 is connected to cpu central processing unit 13, and mobile module 12 is connected with cpu central processing unit 13.
Fig. 2 is that the system that realizes the inventive method constitutes synoptic diagram, and service centre 2 comprises a database 21, a GPRS communication module 22, a data processing module 23, an oil consumption statistical module 24 at least; Wherein:
Oil consumption statistical module 24 is used to respond vehicle management person's query analysis request, reads oil-filling data and mileage is analyzed from database 21, and uses chart shows result.
Vehicle oil consumption statistical method of the present invention, be based on Radio Transmission Technology and obtain the actual travel mileage of automobile, the collection of distance travelled is that vehicle mobile terminals is by GPS locating device 11, when start, per second all utilizes the method for calculating the sphere distance between two points to calculate the mileage of operating automobile and add up; GPS, i.e. GPS (Global Positioning System), it is a middle distance circuit orbit global position system, can provide accurate in locating and high precision time benchmark for earth surface overwhelming majority areas; This system finishes by 24 gps satellites in the space; Minimum needs are 3 satellites wherein, just can determine position on earth rapidly; The satellite number that can receive is many more, and the position that decoding is come out is just accurate more; When bus location, it is just passable only the GPS module need to be housed on automobile.
Below in conjunction with Fig. 1, Fig. 2 a kind of vehicle oil consumption statistical method based on Radio Transmission Technology of the present invention is described, comprises the steps:
Step a. sets up a service centre 2 with ability of radio communication, data storage and processing;
The step b. registration of registering vehicle: device car-mounted terminal 1 on vehicle;
The distance travelled information of step c car-mounted terminal 1 real-time collection vehicle, under the control of the cpu central processing unit 13 of car-mounted terminal 1, the distance travelled information of vehicle sends to service centre 2 by mobile module 12 by GSM/GPRS network 3, and mobile module 12 can be set at 2 minutes and send once;
The distance travelled information that vehicle is uploaded comprises: the time period of not uploading mileage number, this mileage accumulation of testing vehicle register sign (ID), this accumulation;
The distance travelled information of car-mounted terminal 1 real-time collection vehicle is by GPS locating device 11, when start, satellite positioning receiver 11 is set at gps data of per minute collection and is defeated by cpu central processing unit 13, and the method for cpu central processing unit 13 utilization calculating sphere distance between two points is calculated the mileage of operating automobile and added up;
Steps d. the information of 22 pairs of receptions of data processing module of service centre 2 is handled, and the distance travelled information data of described vehicle is deposited in the archives memory block corresponding to this vehicle in the database 21;
Step e. vehicle management person 6 is by client software or use browser 5 through 2 websites, Internet network 4 login service centers, the oiling record of the described vehicle of typing in the web interface that service centre 2 websites provide, and deposit in the database 21;
The record that refuels comprises refueling time, volume read-out, the oiling amount of money;
The statistical study request that the oil consumption statistical module 24 response vehicle management persons' 6 of step f. service centre longitudinal comparison is analyzed, from database 21, read the distance travelled information of described vehicle and the record that refuels, generate distance travelled and use the corresponding oil consumption statistical graph of relation between the oil mass, and in the page that vehicle management person 6 is browsed, show the longitudinal comparison analysis; Described oil consumption statistical graph comprises the oil consumption statistics chronology, oil consumption statistics menology of described vehicle and by the oil consumption statistical form of self-defined time period of vehicle management person;
Wherein, the longitudinal comparison analysis can be to show each month oil consumption statistical form, the current year and oil consumption same period last year statistical form in the current year of described vehicle; The oil consumption statistical form that also can show the self-defined time period of in the web interface that service centre 2 websites provide, being imported according to vehicle management person 6;
Step g. the statistical study request that the oil consumption statistical module 24 response vehicle management persons' 6 of service centre lateral comparison is analyzed, from database 21, read the distance travelled information of described vehicle and comparison vehicle and the record that refuels, the distance travelled that generates described vehicle, comparison vehicle with the corresponding oil consumption statistical graph of relation between the oil mass, and demonstration lateral comparison analysis in the page that vehicle management person 6 is browsed; Described oil consumption statistical graph comprises the oil consumption statistics chronology, oil consumption statistics menology of described vehicle, comparison vehicle and by the oil consumption statistical form of self-defined time period of vehicle management person;
Wherein, the lateral comparison analysis can be to show month oil consumption statistics contrast table between the two cars (be described vehicle and relatively vehicle), and contrast table is added up in year oil consumption; It also can be the oil consumption statistics contrast table between the two cars that shows in the self-defined time period of in the web interface that service centre 2 websites provide, being imported according to vehicle management person 6.
Embodiment two, referring to shown in Figure 3, a kind of vehicle oil consumption statistical method of the present invention based on Radio Transmission Technology, be with the difference of embodiment one, the mode difference of the distance travelled information of car-mounted terminal 1 real-time collection vehicle, the mode of the distance travelled information of car-mounted terminal 1 real-time collection vehicle is directly to read mileometer 14 readings of vehicle, the cpu central processing unit 13 of car-mounted terminal is connected with the mileometer 14 of vehicle, cpu central processing unit 13 is exported to mobile module 12 with mileometer 14 readings of vehicle, sends to service centre 2 by mobile module 12 by GSM/GPRS network 3.
Embodiment three, referring to shown in Figure 4, a kind of vehicle oil consumption statistical method of the present invention based on Radio Transmission Technology, be with the difference of embodiment one, the mode difference of the distance travelled information of car-mounted terminal 1 real-time collection vehicle, the mode of the distance travelled information of car-mounted terminal 1 real-time collection vehicle is that tachometer generator 16 is installed on the wheel 15 of vehicle, the output of tachometer generator 16 is connected to the cpu central processing unit 13 of car-mounted terminal, tachometer generator 16 reads the revolution of wheel 15 and exports to cpu central processing unit 13, cpu central processing unit 13 calculates the distance travelled of vehicle and exports to mobile module 12, sends to service centre 2 by mobile module 12 by GSM/GPRS network 3.
The foregoing description only is used for further specifying the vehicle oil consumption statistical method based on Radio Transmission Technology of the present invention; but the present invention is not limited to embodiment; every foundation technical spirit of the present invention all falls in the protection domain of technical solution of the present invention any simple modification, equivalent variations and modification that above embodiment did.
Claims (9)
1. the vehicle oil consumption statistical method based on Radio Transmission Technology is characterized in that: comprise the steps:
A. set up a service centre with ability of radio communication, data storage and processing, this service centre comprises at least:
One database is in order to preserve the archive information of each vehicle, the distance travelled information that the oiling record of vehicle management person's typing, car-mounted terminal are regularly uploaded;
One GPRS communication module is used to connect the GSM/GPRS network, is installed in the data that the car-mounted terminal on the vehicle is uploaded to realize receiving;
One data processing module is used for the data that come from car-mounted terminal that receive by the GPRS communication module are handled, and preserves in the database;
One oil consumption statistical module is used to respond vehicle management person's query analysis request, reads oil-filling data and mileage is analyzed from database, and uses chart shows result;
B. vehicle registration registration: on vehicle, install car-mounted terminal; Described car-mounted terminal comprises:
One satellite positioning receiver is used to gather gps data, and the positional information of vehicle is provided;
One mobile phone module is used to connect the GSM/GPRS network, to realize sending data to service centre;
One cpu central processing unit is analyzed, is handled input signal, and the output control signal corresponding;
Vehicle management person is by client software or use browser login service center website, device is had the identification archive information of the vehicle of car-mounted terminal be registered in the registration web page column that the service centre website provides; After service centre accepts registration, in database, set up the archives memory block of this vehicle, the identification archive information of vehicle is deposited in the corresponding vehicle archives memory block, and the car-mounted terminal that the identify label ID that will give this vehicle simultaneously sends to this vehicle uses during for data upload;
C. the distance travelled information of the real-time collection vehicle of car-mounted terminal, under the control of the cpu central processing unit of car-mounted terminal, the distance travelled information of vehicle regularly sends to service centre by mobile module by the GSM/GPRS network;
D. the data processing module of service centre is handled the information that receives, and the distance travelled information data of described vehicle is deposited in the archives memory block corresponding to this vehicle in the database;
E. vehicle management person passes through client software or uses browser login service center website, the oiling record of the described vehicle of typing in the web interface that the service centre website provides, and deposit in the database;
F. the statistical study request of the oil consumption statistical module of service centre response vehicle management person's longitudinal comparison analysis, from database, read the distance travelled information of described vehicle and the record that refuels, generate distance travelled and use the corresponding oil consumption statistical graph of relation between the oil mass, and in the page that vehicle management person browsed, show the longitudinal comparison analysis; Described oil consumption statistical graph comprises the oil consumption statistics chronology, oil consumption statistics menology of described vehicle and by the oil consumption statistical form of self-defined time period of vehicle management person;
G. the statistical study request of the oil consumption statistical module of service centre response vehicle management person's lateral comparison analysis, from database, read the distance travelled information of described vehicle and comparison vehicle and the record that refuels, the distance travelled that generates described vehicle, comparison vehicle with the corresponding oil consumption statistical graph of relation between the oil mass, and demonstration lateral comparison analysis in the page that vehicle management person browsed; Described oil consumption statistical graph comprises the oil consumption statistics chronology, oil consumption statistics menology of described vehicle, comparison vehicle and by the oil consumption statistical form of self-defined time period of vehicle management person.
2. a kind of vehicle oil consumption statistical method based on Radio Transmission Technology according to claim 1 is characterized in that: described testing vehicle register identification archive information comprises terminal SIM card number, license plate number, car owner's name of described vehicle at least.
3. a kind of vehicle oil consumption statistical method based on Radio Transmission Technology according to claim 1 is characterized in that: the distance travelled information that described vehicle is uploaded comprises: the time period of not uploading mileage number, this mileage accumulation of testing vehicle register sign (ID), this accumulation.
4. a kind of vehicle oil consumption statistical method according to claim 1 based on Radio Transmission Technology, it is characterized in that: the distance travelled information of the real-time collection vehicle of described car-mounted terminal is for directly reading the mileometer reading of vehicle, the cpu central processing unit of car-mounted terminal is connected with the mileometer of vehicle, cpu central processing unit is exported to mobile module with the mileometer reading of vehicle, sends to service centre by mobile module by the GSM/GPRS network.
5. a kind of vehicle oil consumption statistical method according to claim 1 based on Radio Transmission Technology, it is characterized in that: the distance travelled information of the real-time collection vehicle of described car-mounted terminal is for installing tachometer generator on the wheel of vehicle, the output of tachometer generator is connected to the cpu central processing unit of car-mounted terminal, tachometer generator reads the revolution of wheel and exports to cpu central processing unit, and cpu central processing unit calculates the distance travelled of vehicle.
6. a kind of vehicle oil consumption statistical method according to claim 1 based on Radio Transmission Technology, it is characterized in that: the distance travelled information of the real-time collection vehicle of described car-mounted terminal is gps data of satellite positioning receiver per second collection and is defeated by cpu central processing unit that the method for cpu central processing unit utilization calculating sphere distance between two points is calculated the mileage of operating automobile and added up.
7. a kind of vehicle oil consumption statistical method based on Radio Transmission Technology according to claim 1 is characterized in that: described oiling record comprises refueling time, volume read-out, the oiling amount of money.
8. a kind of vehicle oil consumption statistical method based on Radio Transmission Technology according to claim 1 is characterized in that: described longitudinal comparison is analyzed and is each month oil consumption statistical form, the current year and oil consumption same period last year statistical form in the current year that shows described vehicle; Or
The oil consumption statistical form of the self-defined time period that demonstration is imported in the web interface that the service centre website provides according to vehicle management person.
9. a kind of vehicle oil consumption statistical method based on Radio Transmission Technology according to claim 1 is characterized in that: described lateral comparison is analyzed to showing the moon oil consumption statistics contrast table between described vehicle, the comparison vehicle, year oil consumption statistics contrast table; Or
Described vehicle in the self-defined time period that demonstration is imported in the web interface that the service centre website provides according to vehicle management person, the statistics of the oil consumption between comparison vehicle contrast table.
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| CN104217471B (en) * | 2014-09-03 | 2016-07-06 | 上汽大众汽车有限公司 | A kind of statistical method and system of refueling |
| CN104504773A (en) * | 2014-11-20 | 2015-04-08 | 株洲南车时代电气股份有限公司 | Transmission method and device for locomotive running state data |
| CN106652082A (en) * | 2015-07-30 | 2017-05-10 | 福特全球技术公司 | Improvements relating to distributed vehicular data management systems |
| CN108475359B (en) * | 2015-12-15 | 2021-12-07 | 格瑞特坦有限责任公司 | Method and system for evaluating driver's trip performance |
| CN108475359A (en) * | 2015-12-15 | 2018-08-31 | 格瑞特坦有限责任公司 | Method and system for the stroke performance for evaluating driver |
| CN108768959A (en) * | 2018-05-08 | 2018-11-06 | 深圳市泰洲科技有限公司 | A kind of integrated vehicle data processing and shared system and its method |
| CN110263072A (en) * | 2019-06-18 | 2019-09-20 | 成都九洲电子科技有限公司 | A kind of public organizations' energy consumption statistic system and method |
| CN112240792A (en) * | 2019-07-18 | 2021-01-19 | 四川省派瑞克斯光电科技有限公司 | System for monitoring oil consumption by using volumetric flowmeter |
| CN112863004A (en) * | 2021-01-06 | 2021-05-28 | 深圳市金晓科技有限公司 | Method and system for preventing oil stealing and leakage of vehicle |
| CN112763010A (en) * | 2021-01-12 | 2021-05-07 | 慧加油(北京)物联科技有限公司 | Method and device for determining vehicle comprehensive oil consumption |
| CN112863165A (en) * | 2021-01-14 | 2021-05-28 | 深圳市子瑜杰恩科技有限公司 | Logistics enterprise fleet management method and system based on 5G |
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Application publication date: 20080611 |