阅读说明：本技术 一种氢能汽车加氢智能提醒策略 (Intelligent hydrogen energy automobile hydrogenation reminding strategy ) 是由 梅文 郝义国 于 2019-08-30 设计创作，主要内容包括：本发明公开了一种氢能汽车加氢智能提醒策略,实施本发明的有益效果是,氢能汽车能及时获取车辆剩余氢气量和车辆以往行驶里程及所耗氢气量的对应信息,推算出车辆的续航里程,结合附近加氢站位置信息,在需要加氢的情况下提醒用户,极大的缓解用户在使用氢能汽车时因担心未及时加氢而引起的焦虑。(The invention discloses an intelligent hydrogen energy automobile hydrogenation reminding strategy which has the beneficial effects that a hydrogen energy automobile can timely acquire the residual hydrogen quantity of the automobile and the corresponding information of the past driving mileage and consumed hydrogen quantity of the automobile, calculate the endurance mileage of the automobile, and remind a user under the condition of hydrogenation by combining the position information of a nearby hydrogenation station, so that the anxiety of the user caused by worrying about untimely hydrogenation when the hydrogen energy automobile is used is greatly relieved.)

1. The utility model provides a strategy is reminded to hydrogen energy car hydrogenation intelligence, the hydrogen energy car has well accuse host computer, cell-phone APP, hydrogen tank detecting system and communication module, a serial communication port, strategy is reminded to hydrogen energy car hydrogenation intelligence includes following step:

(1) after the hydrogen energy automobile is powered on, a hydrogen tank detection system detects the hydrogen residual amount information of the hydrogen energy automobile;

(2) after the hydrogen energy automobile is powered on, the central control host is in a monitoring state and waits for the message of the communication module;

(3) the hydrogen tank detection system sends the information of the residual amount of the hydrogen to the central control host through the communication module;

(4) the central control host receives the hydrogen residual amount information sent by the communication module, so that the cruising mileage of the hydrogen energy automobile is calculated, the distance information of the nearby hydrogenation stations is obtained through map GPS positioning, the distance of the nearest hydrogenation station is obtained by the central control host, and the difference value x between the cruising mileage and the distance of the nearest hydrogenation station is calculated;

(5) if the difference x between the cruising mileage of the hydrogen energy automobile and the distance between the nearest hydrogen station is less than or equal to 10km and more than 0km, the central control host sends a reminding popup window for reminding hydrogenation on the central control screen, and the reminding hydrogenation popup window is provided with two buttons, namely 'one-key navigation hydrogenation' and 'ignoring the reminding'; meanwhile, pushing the reminding pop-up window to a mobile phone APP of a driver;

(6) if the user does not operate the central control screen within 5 seconds after the central control host sends out a prompt pop-up window, the central control host directly searches for the nearest hydrogen station after waiting for 5 seconds and enters navigation application; if the user selects 'neglect this time of reminding' within 5 seconds, the reminding popup window on the central control screen is directly closed, if the difference x between the endurance mileage of the hydrogen energy automobile and the distance of the nearest hydrogen refueling station is less than or equal to 0km, a warning popup window 'one-key call hydrogen refueling car' is popped up on the central control screen, and the central control host dials a service telephone to call the mobile hydrogen refueling car for service; if the difference value between the endurance mileage of the hydrogen energy automobile and the distance between the nearest hydrogen refueling station is greater than 0km, the central control screen does not give a prompt;

(7) after a user selects a one-key navigation hydrogenation button on a prompting popup window 'prompting hydrogenation' interface, the central control host can directly search a nearest hydrogenation station and enter a navigation application.

2. The intelligent reminding strategy for the hydrogenation of the hydrogen energy automobile of claim 1, wherein the central control screen pops out the reminding only once in one period, and in the next power-on period, if the reminding condition is continuously met, the central control screen pops out the reminding again, and the frequency of pushing the mobile phone APP message and the pop-up window of the central control screen are kept the same.

3. The intelligent reminding strategy for the hydrogenation of the hydrogen energy automobile according to claim 1, wherein the "one-touch calling hydrogenation vehicle" can acquire the position of the vehicle, assign the nearest mobile hydrogenation vehicle to the "brand service center", and push the moving path of the hydrogenation vehicle to the central control host.

4. The intelligent hydrogen energy automobile hydrogenation reminding strategy of claim 1, wherein each control host has a unique identification code, a driver binds a mobile phone APP to a central control host of a corresponding hydrogen energy automobile through the identification code, and each time a reminding is popped up by the central control screen, a reminding message is simultaneously pushed to the mobile phone APP bound to the corresponding central control host.

Technical Field

The invention relates to the field of hydrogen energy automobiles, in particular to an intelligent hydrogen energy automobile hydrogenation reminding strategy.

Background

Since hydrogen has little influence on the environment, hydrogen energy has gradually entered the research and discussion range of researchers, and hydrogen plays an important role in the whole clean energy system. In order to utilize renewable energy and clean energy more effectively, an energy system centered on hydrogen energy is indispensable. The hydrogen energy automobile has a wide application market as a clean energy vehicle. The putting amount of domestic hydrogen energy passenger cars tends to increase year by year, but because the construction scale of a hydrogen station is large, the period is long, and the hydrogen station cannot be densely distributed in a short time, users can worry about whether hydrogen can be added in time when using hydrogen energy cars.

Disclosure of Invention

The invention aims to solve the technical problems that the hydrogen station in the prior art has large construction scale, long period and can not be densely distributed in short time, and provides an intelligent reminding strategy for hydrogen energy automobile hydrogenation.

The utility model provides a strategy is reminded to hydrogen energy car hydrogenation intelligence, the hydrogen energy car has well accuse host computer, cell-phone APP, hydrogen tank detecting system and communication module, a serial communication port, strategy is reminded to hydrogen energy car hydrogenation intelligence includes following step:

(1) after the hydrogen energy automobile is powered on, a hydrogen tank detection system detects the hydrogen residual amount information of the hydrogen energy automobile;

(2) after the hydrogen energy automobile is powered on, the central control host is in a monitoring state and waits for the message of the communication module;

(3) the hydrogen tank detection system sends the information of the residual amount of the hydrogen to the central control host through the communication module;

(4) the central control host receives the hydrogen residual amount information sent by the communication module, so that the cruising mileage of the hydrogen energy automobile is calculated, the distance information of the nearby hydrogenation stations is obtained through map GPS positioning, the distance of the nearest hydrogenation station is obtained by the central control host, and the difference value x between the cruising mileage and the distance of the nearest hydrogenation station is calculated;

(5) if the difference x between the cruising mileage of the hydrogen energy automobile and the distance of the nearest hydrogen station is less than or equal to 10km, the central control host sends a reminding popup window for reminding hydrogenation on the central control screen, and the reminding hydrogenation popup window is provided with two buttons which are respectively 'one-key navigation hydrogenation' and 'neglecting the reminding'; meanwhile, pushing the reminding pop-up window to a mobile phone APP of a driver;

(6) if the user does not operate the central control screen within 5 seconds after the central control host sends out a prompt pop-up window, the central control host directly searches for the nearest hydrogen station after waiting for 5 seconds and enters navigation application; if the user selects 'ignore the reminding' within 5 seconds, the reminding popup window on the central control screen is directly closed. If the difference x between the cruising mileage of the hydrogen energy automobile and the distance of the nearest hydrogen refueling station is less than or equal to 0km, a warning popup window 'calling the hydrogen refueling automobile by one key' is popped up on a central control screen, and a central control host dials a service telephone to call the mobile hydrogen refueling automobile for service; if the difference value between the endurance mileage of the hydrogen energy automobile and the distance between the nearest hydrogen refueling station is greater than 0km, the central control screen does not give a prompt;

(7) after a user selects a one-key navigation hydrogenation button on a prompting popup window 'prompting hydrogenation' interface, the central control host can directly search a nearest hydrogenation station and enter a navigation application.

Further, in a period, the central control screen pops out the reminding only once, in the next power-on period, if the reminding condition is continuously met, the central control screen pops out the reminding again, and the frequency of pushing the mobile phone APP message and the popup window of the central control screen is kept the same.

Further, the principle of 'calling the hydrogenated vehicle by one key' is that the 'brand service center' can obtain the position of the vehicle, the 'brand service center' assigns the nearest mobile hydrogenated vehicle to the front, and pushes the moving path of the hydrogenated vehicle to the central control host.

Furthermore, each control host has a unique identification code, a driver binds the mobile phone APP to the central control host of the corresponding hydrogen energy automobile through the identification code, and when the central control screen pops up the reminding every time, the reminding message can be simultaneously pushed to the mobile phone APP bound with the corresponding central control host.

The implementation of the intelligent hydrogen energy automobile hydrogenation reminding strategy has the following beneficial effects: the function of popping up hydrogenation warning interface and one-key navigation on the central control screen and the mobile phone APP, at the present that the hydrogenation station is not yet popularized, the hydrogen anxiety of the user is greatly relieved, and the user is enabled to drive the hydrogen energy automobile more safely.

Drawings

The invention will be further described with reference to the accompanying drawings and examples, in which:

FIG. 1 is a flow chart of an intelligent hydrogen energy automobile hydrogenation reminding strategy;

fig. 2 is a popup prompt page view of 'one-touch calling the hydrogen vehicle'.

Detailed Description

For a more clear understanding of the technical features, objects and effects of the present invention, embodiments of the present invention will now be described in detail with reference to the accompanying drawings.

A hydrogen energy automobile hydrogenation intelligent reminding strategy comprises the following systems: communication module, well accuse host computer, cell-phone APP and hydrogen tank detecting system. The communication module is used for communication between the central control host and the hydrogen tank detection system; the hydrogen tank detection system detects the data of the hydrogen energy controller; the mobile phone APP is used for receiving push message prompts sent by the central control host; and the central control host calculates the endurance mileage of the hydrogen energy automobile.

A hydrogen energy automobile hydrogenation intelligent reminding strategy comprises the following steps:

after the hydrogen energy automobile is powered on, the hydrogen tank detection system detects the data of the hydrogen energy controller, acquires the information of the residual hydrogen quantity of the hydrogen energy automobile, and sends the data to the central control host through the communication module;

after the hydrogen energy automobile is powered on, the central control host is in a monitoring state and waits for the information of the communication module. The hydrogen tank detection system is communicated with the central control host through the communication module, the central control host acquires the residual hydrogen quantity of the hydrogen energy automobile in real time, and the continuous voyage mileage of the hydrogen quantity available for the hydrogen energy automobile is calculated through the central control host;

and the central control host receives the residual hydrogen amount information sent by the communication module, and then obtains the distance information of the nearby hydrogen filling station through map GPS positioning. Calculating the difference x between the endurance mileage and the distance of the hydrogen station by the endurance mileage of the central control host and the acquired distance of the nearest hydrogen station;

as shown in fig. 1, when the difference x between the cruising mileage of the hydrogen energy automobile and the distance of the hydrogen refueling station is less than or equal to 10km, the central control host sends a reminding popup window for reminding hydrogenation on the central control screen, and the reminding hydrogenation popup window is provided with two buttons, namely 'one-key navigation hydrogenation' and 'ignoring the reminding'. And simultaneously, the message is synchronously sent to the mobile phone APP of the driver. The binding mode of the mobile phone APP and the running hydrogen energy automobile is as follows: each control host has a unique identification code, and a driver binds a mobile phone APP to a central control host of a corresponding hydrogen energy automobile through the identification code; sending the reminding message to a mobile phone APP bound with a corresponding central control host;

after a user selects a button of one-key navigation hydrogenation on a prompting popup window 'prompting hydrogenation' interface, if the central control host is insufficient to support driving to the latest hydrogenation vehicle by comparing the driving mileage, the central control host pops up a warning popup window 'one-key calling hydrogenation vehicle' on a central control screen, and fig. 2 is a 'one-key calling hydrogenation vehicle' prompting page diagram, wherein the central control screen displays that the residual amount of hydrogen is possibly insufficient to support driving to the nearest hydrogenation station, whether to call the mobile hydrogenation vehicle, and the buttons 'one-key calling' and 'ignoring reminding' are displayed. If the user clicks the 'one-key calling' button, the central control host computer can call the 'brand service center' in a one-key mode, the 'brand service center' can acquire the position of the vehicle, the 'brand service center' assigns the nearest mobile hydrogen adding vehicle to the center, and pushes the mobile path of the hydrogen adding vehicle to the central control host computer and the mobile phone APP.

If the user does not operate the central control screen within 5 seconds after the central control host sends out a prompt pop-up window, the central control host directly searches for the nearest hydrogen station after waiting for 5 seconds and enters navigation application; if the user selects 'ignore the reminding' within 5 seconds, the reminding popup window on the central control screen is directly closed. If the difference x between the cruising mileage of the hydrogen energy automobile and the distance of the nearest hydrogen refueling station is less than or equal to 0km, a warning popup window 'calling the hydrogen refueling automobile by one key' is popped up on a central control screen, and a central control host dials a service telephone to call the mobile hydrogen refueling automobile for service; in one period, the central control screen pops out the reminding once, in the next power-on period, if the reminding condition is continuously met, the central control screen pops out the reminding again, and the frequency of pushing the mobile phone APP message and the popup window of the central control screen is kept the same; and if the difference value between the endurance mileage of the hydrogen energy automobile and the distance between the nearest hydrogen refueling station is greater than 0km, the central control screen does not give a prompt.

While the present invention has been described with reference to the embodiments shown in the drawings, the present invention is not limited to the embodiments, which are illustrative and not restrictive, and it will be apparent to those skilled in the art that various changes and modifications can be made therein without departing from the spirit and scope of the invention as defined in the appended claims.