阅读说明：本技术 一种基于区块链的车载信息处理系统 (Vehicle-mounted information processing system based on block chain ) 是由 徐桦 于 2021-06-11 设计创作，主要内容包括：本发明公开了一种基于区块链的车载信息处理系统,涉及车辆智慧服务技术领域,具体方案为：包括外置车载端和远程区块链系统；车载端包括信息收集模块、第一信息处理模块和第一信息传输模块；区块链系统包括第二信息处理模块、第二信息传输模块和储存模块；信息收集模块收集车辆信息,并通过第一信息传输模块、第二信息传输模块传输到第二信息处理模块,第二信息处理模块根据信息进行计算,并给与相应车辆进行积分,并将积分信息和收集到的车载端端的信息分别发送至储存模块进行储存,本发明能够辅助获取车辆信息,并在车辆出现异常时,及时匹配到相应的机构,以便对车辆进行护理,同时给与车辆奖励奖励制度,增加车主的配合积极性。(The invention discloses a block chain-based vehicle-mounted information processing system, which relates to the technical field of vehicle intelligent service, and the specific scheme is as follows: the system comprises an external vehicle-mounted end and a remote block chain system; the vehicle-mounted end comprises an information collection module, a first information processing module and a first information transmission module; the block chain system comprises a second information processing module, a second information transmission module and a storage module; the information collection module collects vehicle information and transmits the vehicle information to the second information processing module through the first information transmission module and the second information transmission module, the second information processing module calculates according to the information, integrates the vehicle information with the corresponding vehicle, and respectively transmits the integrated information and the collected vehicle-mounted end information to the storage module for storage.)

1. A vehicle-mounted information processing system based on a block chain is characterized by comprising an external vehicle-mounted end and a remote block chain system; the vehicle-mounted end comprises an information collection module, a first information processing module and a first information transmission module; the block chain system comprises a second information processing module, a second information transmission module and a storage module; the information collection module collects vehicle information and transmits the vehicle information to the second information processing module through the first information transmission module and the second information transmission module, the second information processing module calculates according to the information, integrates corresponding vehicles, and respectively transmits the integrated information and the collected information of the vehicle-mounted end to the storage module for storage; the calculation mode of the integral comprises the mileage of the vehicle after the vehicle is installed at the external vehicle-mounted end and the basic information quantity of the vehicle, the weight of the basic information quantity of the vehicle is set to obtain the real-time integral, and the integral is accumulated according to time to obtain the final integral.

2. The block chain-based vehicle-mounted information processing system according to claim 1, wherein the information collection module is used for collecting any one or more of travel data, working condition data, insurance data and driving behavior habit data; the working condition data comprises any one or more of speed data, residual oil mass data, tail gas emission of three-way catalysis, real-time vehicle speed, engine load, 3-axis accelerometer data arranged in the terminal, voltage and oil consumption of an automobile storage battery, vehicle track tracking, driving behavior monitoring, vehicle position query, acceleration, deceleration, turning, average speed per hour and historical running track playback.

3. The block chain-based vehicle-mounted information processing system according to claim 2, wherein the calculation mode of the integral includes that weight presetting is performed on each set information of the travel data, the working condition data, the insurance data and the driving behavior habit data, the integral is performed according to a preset fraction rule when the corresponding information is collected, and a real-time integral is obtained once in a period of time.

4. The block chain-based vehicle-mounted information processing system according to claim 1, wherein the external vehicle-mounted terminal further comprises an information sharing module, and the information sharing module is configured to send the vehicle information acquired by the information acquiring module to a vehicle owner.

5. The block chain-based vehicle-mounted information processing system according to claim 4, further comprising a mobile device end, wherein the mobile device end is in signal connection with the storage module, and the mobile device end is configured to obtain the point information of the user and implement the exchange service through the point information.

6. The blockchain-based vehicle-mounted information processing system according to claim 1, wherein the external vehicle-mounted terminal comprises a vehicle fault alarm module, and the vehicle fault alarm module is used for monitoring faults of sensors and actuators of the engine in real time and giving an alarm in real time when the faults occur.

7. The block chain-based vehicle-mounted information processing system according to claim 1, wherein the vehicle-mounted terminal further comprises a positioning module, and the positioning module adopts a butterfly algorithm.

Technical Field

The invention relates to the technical field of vehicle intelligent service, in particular to a vehicle-mounted information processing system based on a block chain.

Background

The world health organization has pointed out that 90% of people breathe polluted air, and automobile exhaust pollution becomes an important source of air pollution, particularly haze formation in China.

According to research, harmful waste gas discharged by one car in one year is 3 times heavier than the weight of the car; the sulfur dioxide in the tail gas has strong pungent smell, and the sulfur dioxide reaches a certain concentration, which easily causes the generation of acid rain, causes the acidification of soil and water sources, and influences the growth of crops and forests; the tail gas aggravates the greenhouse effect, and glacier melting, sea level rising, the early nuno phenomenon, the lanina phenomenon and the like all bring extremely serious challenges to the survival of human beings.

The speed of combining carbon monoxide in tail gas with hemoglobin in blood is 250 times faster than that of oxygen, so that the dire anoxic injury can be caused, and the mild patient can be dizzy and headache, and the severe patient can be permanently injured by brain cells; the nitrogen oxide and the hydrogen oxide can cause the irritative reaction of susceptible people to suffer from eye diseases and laryngitis; benzopyrene contained in nitrogen-hydrogen compound is carcinogenic substance, can suspend in air for several days and nights, can not be discharged after being inhaled by human body, and can be excited to form malignant tumor when accumulated to critical concentration.

The intelligent automobile era has come, and the technology and tools are used for solving the existing vehicle detection problem and timely processing the abnormal exhaust emission, which is the problem to be solved at present.

Disclosure of Invention

In order to solve the technical problems, the invention provides a vehicle-mounted information processing system based on a block chain, which assists in obtaining vehicle information and matches the vehicle information with a corresponding mechanism in time when the vehicle is abnormal so as to nurse the vehicle, and meanwhile, a reward system is awarded to the vehicle, so that the coordination enthusiasm of a vehicle owner is increased.

The technical purpose of the invention is realized by the following technical scheme:

a vehicle-mounted information processing system based on a block chain comprises an external vehicle-mounted end and a remote block chain system; the vehicle-mounted end comprises an information collection module, a first information processing module and a first information transmission module; the block chain system comprises a second information processing module, a second information transmission module and a storage module; the information collection module collects vehicle information and transmits the vehicle information to the second information processing module through the first information transmission module and the second information transmission module, the second information processing module calculates according to the information, integrates corresponding vehicles, and respectively transmits the integrated information and the collected information of the vehicle-mounted end to the storage module for storage; the calculation mode of the integral comprises the mileage of the vehicle after the vehicle is installed at the external vehicle-mounted end and the basic information quantity of the vehicle, the weight of the basic information quantity of the vehicle is set to obtain the real-time integral, and the integral is accumulated according to time to obtain the final integral.

In the scheme, after the vehicle information is obtained, the travel data, the maintenance data, the insurance data, the traffic violation data, the refueling data, the exhaust emission data, the emission reduction data and the like of the vehicle can be linked into a complete vehicle financial data chain by combining a third-party networking equipment manufacturer, a vehicle maintenance system developer, an insurance SaaS system developer, a vehicle traffic violation data facilitator, a vehicle refueling data facilitator and a second-hand vehicle platform facilitator, so that better service is provided for the vehicle, the whole vehicle service flow can be standardized, the data of the vehicle is transparent, and the situations of concealing, deceiving and the like are avoided.

As a preferred scheme, the information collection module is used for collecting any one or more of travel data, working condition data, insurance data and driving behavior habit data; the working condition data comprises any one or more of speed data, residual oil mass data, tail gas emission of three-way catalysis, real-time vehicle speed, engine load, 3-axis accelerometer data arranged in the terminal, voltage and oil consumption of an automobile storage battery, vehicle track tracking, driving behavior monitoring, vehicle position query, acceleration, deceleration, turning, average speed per hour and historical running track playback.

As a preferred scheme, the calculation mode of the integral includes that weight presetting is carried out on each set information of the travel data, the working condition data, the insurance data and the driving behavior habit data, integration is carried out according to a preset fraction rule after corresponding information is collected, and a real-time integral is obtained once in a period of time.

As a preferred scheme, the external vehicle-mounted terminal further comprises an information sharing module, and the information sharing module is used for sending the vehicle information acquired by the information acquisition module to a vehicle owner.

As a preferred scheme, the vehicle-mounted information processing system further comprises a mobile equipment end, the mobile equipment end is in signal connection with the storage module, and the mobile equipment end is used for acquiring the point information of the user and realizing the exchange service through the point information.

As a preferred scheme, the external vehicle-mounted end comprises a vehicle fault alarm module, and the vehicle fault alarm module is used for monitoring faults of various sensors and actuators of the engine in real time and giving an alarm in real time when the faults occur.

As a preferred scheme, the vehicle-mounted end further comprises a positioning module, and the positioning module adopts a butterfly algorithm.

In conclusion, the invention has the following beneficial effects:

the vehicle-mounted information processing system based on the block chain can assist in obtaining vehicle information, and timely matches with a corresponding mechanism when the vehicle is abnormal so as to be convenient for nursing the vehicle, and meanwhile, a reward system is given to the vehicle, and the coordination enthusiasm of a vehicle owner is increased.

Drawings

Fig. 1 is a schematic structural diagram of a remote blockchain system according to an embodiment of the present invention.

Detailed Description

This specification and claims do not intend to distinguish between components that differ in name but not function. In the following description and in the claims, the terms "include" and "comprise" are used in an open-ended fashion, and thus should be interpreted to mean "include, but not limited to. "substantially" means within an acceptable error range, and a person skilled in the art can solve the technical problem within a certain error range to substantially achieve the technical effect.

The terms in upper, lower, left, right and the like in the description and the claims are combined with the drawings to facilitate further explanation, so that the application is more convenient to understand and is not limited to the application.

The present invention will be described in further detail with reference to the accompanying drawings.

A vehicle-mounted information processing system based on a block chain comprises an external vehicle-mounted end and a remote block chain system; the vehicle-mounted end comprises an information collection module, a first information processing module and a first information transmission module; the block chain system comprises a second information processing module, a second information transmission module and a storage module; the information collection module collects vehicle information and transmits the vehicle information to the second information processing module through the first information transmission module and the second information transmission module, the second information processing module calculates according to the information, integrates corresponding vehicles, and respectively transmits the integrated information and the collected information of the vehicle-mounted end to the storage module for storage; the calculation mode of the integral comprises the mileage of the vehicle after the vehicle is installed at the external vehicle-mounted end and the basic information quantity of the vehicle, the weight of the basic information quantity of the vehicle is set to obtain the real-time integral, and the integral is accumulated according to time to obtain the final integral.

In the above embodiment, after the vehicle information is acquired, the third-party networking device manufacturer, the vehicle maintenance system developer, the insurance SaaS system developer, the vehicle traffic violation data facilitator, the vehicle fueling data facilitator, and the second-hand vehicle platform facilitator may be combined to link the travel data, the maintenance data, the insurance data, the traffic violation data, the fueling data, the exhaust emission data, the emission reduction data, and the like of the vehicle into a complete vehicle financial data chain, so that a better service is provided for the vehicle, the whole vehicle service flow can be standardized, the data of the vehicle is transparent, and the situations of concealment, deception, and the like are avoided.

As a preferred embodiment, the information collection module is used for collecting any one or more of journey data, working condition data, insurance data and driving behavior habit data; the working condition data comprises any one or more of speed data, residual oil mass data, tail gas emission of three-way catalysis, real-time vehicle speed, engine load, 3-axis accelerometer data arranged in the terminal, voltage and oil consumption of an automobile storage battery, vehicle track tracking, driving behavior monitoring, vehicle position query, acceleration, deceleration, turning, average speed per hour and historical running track playback.

As a preferred embodiment, the calculation method of the integral includes that weight presetting is performed on each set information of the travel data, the working condition data, the insurance data and the driving behavior habit data, integration is performed according to a preset score rule when corresponding information is collected, and a real-time integral is obtained once in a period of time.

As a preferred embodiment, the external vehicle-mounted terminal further includes an information sharing module, and the information sharing module is configured to send the vehicle information acquired by the information acquiring module to the vehicle owner.

As a preferred embodiment, the vehicle-mounted information processing system further comprises a mobile device end, the mobile device end is in signal connection with the storage module, and the mobile device end is used for acquiring the user point information and realizing the exchange service through the point information.

As a preferred embodiment, the external vehicle-mounted end comprises a vehicle fault alarm module, and the vehicle fault alarm module is used for monitoring faults of various sensors and actuators of the engine in real time and giving an alarm in real time when the faults occur.

As a preferred embodiment, the vehicle-mounted end further comprises a positioning module, and the positioning module adopts a butterfly algorithm

The external vehicle-mounted end can be connected with the vehicle through an OBD standard interface or a conversion line, so that a public protocol of the vehicle can be acquired, and new energy vehicles and diesel heavy truck vehicle protocol development can be supported; meanwhile, the sleep and awakening extreme value in a low power consumption mode can be adopted, so that the influence of the vehicle-mounted terminal on the original storage battery of the vehicle can be greatly reduced.

The driving behavior can be monitored by the external vehicle-mounted terminal, and data such as three-way catalytic exhaust emission, real-time vehicle speed of a vehicle, engine load, a 3-axis accelerometer built in the terminal and the like can be acquired; and the system can also monitor vehicle faults, tail gas emission indexes, automobile storage battery voltage and vehicle safety states in real time.

The vehicle fault alarm module is used for monitoring faults of various sensors and actuators of the engine in real time and giving an alarm in real time when the faults occur; the vehicle track tracking module is used for monitoring the driving behavior, inquiring the current position information of the vehicle at any time and any place, and playing back historical running tracks of vehicle acceleration, deceleration, turning, average speed per hour and the like.

The butterfly algorithm is adopted to optimize the track of the GPS, so that the track of the GPS cannot drift and the positioning is accurate; when no network signal blind area exists, blind area data can be reported additionally, the external vehicle-mounted terminal can store vehicle information, and after the signal is obtained again, the data is reported additionally.

The vehicle information detection comprises a driving track, vehicle physical examination, vehicle basic information, battery jar detection and the like, wherein the driving track comprises a driving track, driving time, driving mileage, oil consumption, rapid acceleration, average speed and highest speed per hour; the vehicle physical examination comprises detection of a vehicle body system, a chassis system, fuel oil or air, an ignition system, vehicle speed and idle speed control, a gearbox, a hybrid power system, cylinder deactivation, a network communication system and the like; the basic information of the vehicle comprises the display of the vehicle, the voltage of a battery jar, the rotating speed of an engine, the load of the engine, the temperature of cooling liquid, positioning and the like; the storage battery detects under including the flameout parking state of vehicle, regularly detects to the voltage of storage battery, when lasting insufficient voltage, sends the low-voltage and reminds, can set up certain time interval and detect in proper order.

The block chain is an internet core bottom layer technology with subversive value, has unique advantages on data mining, truth storage, source tracing and transaction, and is the latest application front of financial technology (FINTECH) in the financial industry, particularly automobile finance, not only the driving data and the tail gas emission data of the automobile, but also the automobile finance field closely related to the automobile after market. Automobile finance and automobile finance are natural chain reconstruction application scenes which are very suitable for block chain technology to carry out digital reconstruction.

The present embodiment is only for explaining the present invention, and it is not limited to the present invention, and those skilled in the art can make modifications of the present embodiment without inventive contribution as needed after reading the present specification, but all of them are protected by patent law within the scope of the claims of the present invention.